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PXI Product Guide
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PXI PRODUCT GUIDE CONTENTS
PXI PRODUCT GUIDE INTRODUCTION
Page 4
BUILT IN RELAY SELF TEST
Page 5
PXI APPLICATION EXAMPLES
Page 6
PXI CHASSIS AND REMOTE CONTROLLERS
Page 7
PXI INSTRUMENT & UTILITY MODULE SELECTION GUIDE
Page 8
CONTENTS
MULTIMETERS
Page 9
WAVEFORM GENERATION
AND ACQUISITION
Page 10
AMPLIFIERS AND ATTENUATORS
Page 11
POWER SUPPLIES &
BATTERY SIMULATORS
Page 12
PROGRAMMABLE RESISTORS
Page 13
PRECISION PROGRAMMABLE
RESISTORS
Page 14
DIGITAL I/O, PROTOTYPING
& SWITCH SIMULATORS
Page 15
BUS INTERFACES
Page 16
PXI INSTRUMENT
AND UTILITY
MODULES
2
PXI PRODUCT GUIDE CONTENTS
PXI SWITCHING MODULE SELECTION GUIDE
GENERAL
PURPOSE
MATRIX
Page 17, 18, 19
LOW DENSITY REED RELAY
Page 20
HIGH DENSITY RELAY
Page 21
MEDIUM POWER RELAY
Page 22
HIGH POWER RELAY
Page 23
HIGH VOLTAGE SWITCHING
Page 24
LOW DENSITY MATRIX
Page 25
MEDIUM DENSITY MATRIX
Page 26
HIGH DENSITY MATRIX
Page 27
POWER MATRIX
Page 28
LARGE MATRIX
Page 29, 30, 31
2 AMP LARGE MATRIX
Page 32
FAULT INSERTION MATRIX
Page 33
FAULT INSERTION SWITCH
Page 34
LOW DENSITY MULTIPLEXER
Page 35
HIGH DENSITY MULTIPLEXER
Page 36
POWER MULTIPLEXER
Page 37
SOLID STATE MULTIPLEXER
Page 38
RF SWITCHING
Page 39, 40
MICROWAVE SWITCHING
Page 41
OPTICAL SWITCHING
Page 42
TELECOMS/DIFFERENTIAL
SWITCHING
Page 43
ARINC 608A SWITCHING
Page 44
SOFTWARE SUPPORT
Page 45, 46
PXI MATRIX TEST TOOL PI-MXT
Page 47
APPLICATIONS INFORMATION
Page 47
PXI ACCESSORIES
Page 48
PXI MASS INTERCONNECT
Page 49
MULTIPLEXER
CONTENTS
FAULT INSERTION
RF AND
MICROWAVE
SPECIAL
PURPOSE
SOFTWARE
SUPPORT
6U PXI SWITCHING MODULES
Page 49
OTHER SWITCH AND INSTRUMENT SYSTEMS
Page 50, 51
3
PXI PRODUCT GUIDE INTRODUCTION
Pickering Interfaces are Sponsor members of the
PXI Systems Alliance and a leading innovator in the
development of PXI products. We provide the widest
range of PXI switching solutions from any vendor with
over 600 modules available. Each model is available
in a variety of densities to suit different applications.
Our products have set the benchmarks by which
others are judged, providing the densest and highest
performance solutions available in PXI.
Our PXI modules can be installed in any PXI
compliant chassis and are supported in all the
popular software environments used in PXI systems
through the provision of Kernel, VISA and IVI drivers.
40-560A BRIC4 High Density Matrix Module
With Built In Self Test (BIRST)
INTRODUCTION
Pickering Interfaces switch modules offer the
densest switching solutions available, whether in
single slot or multi-slot modules. We use only high
quality relays that have been tested to ensure their
suitability for the module they are used in. All reed
relays are manufactured by our sister company
Pickering Electronics using instrument grade reeds
to ensure a long service life and repeatable contact
performance.
Our award winning BRIC modules provide solutions
for larger switching applications requiring matrices,
fault insertion capabilities or microwave switching.
Pickering Instruments Modules provide a range of
solutions for waveform generation, power supplies,
RF attenuators, programmable resistors and bus
analyzers.
40-260 Precision
Programmable
Resistor Module
40-541 Ultra High
Density Matrix Module
Our PXI Chassis are fully PXI compliant and support
all Pickering’s PXI modules as well as those from third
parties. There is a choice of 8, 14, 18 and 19 slot 3U
chassis with options to reduce acoustic noise and
versions that can be powered from a DC source.
For further information on our PXI product range visit
www.pickeringtest.com where you can download this
and other catalogues, obtain electronic copies of data
sheets, manuals, software drivers and regional pricing
for our products.
40-515
Low Cost
2 Amp
Matrix
Module
41-180 3GHz Programmable
Attenuator Module
Ever Wondered What PXI Is All About?
Pickering has published a 160 page
book explaining PXI basics and provides
useful data for engineers working on
Functional Test Systems. Now in its 4th
edition, the book contains examples
of test systems based on the PXI
standard, useful contact information
and engineering data.
Hardback copies or PDF downloads
can be obtained free of charge
by contacting your local Pickering
Interfaces sales office or by filling in
the enquiry form on our web site:
www.pickeringtest.com/pximate
4
40-595 10 Amp FIBO BRIC Matrix for
Fault Insertion Applications
BUILT IN RELAY SELF TEST
Verification and diagnosis of complex switching operation in
a test system has always been an issue, especially in the PXI
platform. For this reason, Pickering Interfaces has introduced
built in self test to select models in the PXI switching range. This
feature is called BIRST™, or Built In Relay Self Test.
•
•
•
•
•
•
•
•
•
•
•
•
40-560A BRIC™ 150 Volt, 0.5 Amp, 1 Pole Matrix Relay Family (see page 29)
50-561A BRIC™ 150 Volt, 0.5 Amp, 1 Pole, 1 Pole Screened, or 2 Pole Relay Matrix Family (see page 29)
40-562A BRIC™ 150 Volt, 1 Amp, 1 Pole, 1 Pole Screened, or 2 Pole Relay Matrix Family (see page 29)
40-563A BRIC™ 40 Volt, 0.25 Amp, 1 Pole Solid State Matrix Family (see page 29)
40-565A & 40-566A BRIC™ 300 Volt, 2 Amp, 2 Pole Matrix Family (see page 32)
40-584 128 X 2, 300 Volt, 2 Amp, 1-Pole VHD Matrix Module (see page 27)
40-585 64 X 4, 300 Volt, 2 Amp, 1-Pole VHD Matrix Module (see page 27)
40-586 32X 8, 300 Volt, 2 Amp, 1-Pole VHD Matrix Module (see page 27)
40-587 16 X 16, 300 Volt, 2 Amp, 1-Pole VHD Matrix Module (see page 27)
40-527 64×2, 300V, 2Amp, 1-Pole HD Matrix Module (see page 26)
40-528 32x4, 300V, 2Amp, 1-Pole HD Matrix Module (see page 26)
40-529 16x8, 300V, 2Amp, 1-Pole HD Matrix Module (see page 26)
The BIRST tool allows the user to very easily check system switching operation on command. BIRST will identify
any relay failures in the switch module and is capable of detecting relays with deteriorating contacts which may
indicate they are in the process of failing.
BIRST
The first range of modules with built in self test have been released and include:
BIRST is a far more effective method for managing the life of switching systems than older measures such as relay
operation counting as they do not take account of the switching load conditions – factors that have an impact of
three or four orders of magnitude on relay life.
To conduct a test the user simply disconnects the switching module from the UUT and runs the supplied
application program. No supporting test equipment is needed; the test simply runs and identifies the position of
any defective or suspect relays within the module.
The BIRST™ Tool
BIRST™ is a sophisticated diagnostic tool, which
allows a complete relay self test of a Matrix module.
The BIRST™ is an easy to use, tool that is especially
useful in remote production sites where local
technical support may be limited. It provides the
following features and capabilities:
• Complete Matrix self-test capability
• High fault coverage, self-test tool
• Tests for all relay fault types
(bad open or bad close)
• Identifies faults to individual component relay level
• Test sequencer allows detailed control of testing
• Test results shown on screen or sent to log file
• Runs single or repeat tests for maximum
confidence
Test Sequencer Front Panel for BIRST™. This allows any
combination of tests to be run in either single or multiple
sequences. All test data is displayed in the results window
and can be written to a data file.
5
PXI APPLICATION EXAMPLES
Pickering can develop custom PXI solutions
to suit the specific application required
by the customer. Please contact the sales
office if you have a particular test system
requirement.
One example developed by Pickering is a
switching system designed for use in the
testing of mobile phones. It is expandable
and capable of supporting between 2
and 12 phones under test. Three different
signal types are routed:
• RF between the phone and the
test equipment.
• Data over USB between the chassis’
embedded controller and the phone.
• Power to the phone under test with
accompanying voltage sense lines.
APPLICATIONS
Additionally the system includes a battery
simulator to supply power for the phones.
To distribute the different signal types to
the phones under test , Pickering designed
a PXI phone interface module that serves
as a multiplexer for RF, USB and power.
Another example of a system developed by
Pickering for a customer’s application is an
automotive battery simulator.
This is designed to simulate a battery
stack used for electric vehicle propulsion
systems and comprises 16 off 41-752
battery simulator modules in a PXI chassis.
Each battery simulator module has 6
channels capable of being programmed to
supply up to 7 volts. With the channels of
each module daisy-chained and all module
connected in series, high voltage outputs
are achievable. The system includes
voltage sensing to compensate for wiring
losses.
The battery simulator includes a current
sink function to emulate the battery stack
under charge.
6
PXI Switching System For Testing 10 Mobile Phones
PXI Based Battery Simulator System With 16 off 41-752 Modules
PXI CHASSIS & CONTROLLER MODULES
High Performance PXI Chassis
Available with 8, 14, 18 or 19 Slots
Desk or Rack Mountable
Models Available With Low Acoustic
Noise Fans
Pickering Interfaces has a range of high
performance PXI chassis ranging from 8 to 19
3U slots. Selected chassis are available with
optional low acoustic operation, suitable for
office, laboratory or other environments where
low audible noise is essential. The chassis
can be optimized for BRIC integrated matrix
modules which utilize unused slot space, for
example, a BRIC8 can be installed in the 8-slot
40-908 (see picture).
40-923 High Performance 19-Slot PXI Chassis
Pickering can pre-configure your PXI modules
and ship them pre-installed in our 8, 14,
18 or 19 slot PXI chassis to exact customer
requirements, this is done free of charge,
please contact the sales office to discuss your
requirements.
40-908 8-Slot PXI Chassis With BRIC8 Module Installed
● PCI to PXI Interface Kit
● High Speed Data Exchange From Desk Top
Controller To PXI Chassis
● Save Space and Cost by Controlling Two
Chassis From a Single PCI Card
● Available as Separate Cards or as a Kit
40-922 8-Slot PXI Chassis
The 41-921 Control Interface Kit provides a
seamless connection between a control PC’s PCI
interface and a PXI chassis, so giving your PC
direct control of PXI/CompactPCI via a software and
hardware transparent link. The 41-921 and 51-921
enable you to use a PC instead of an embedded
computer to control your PXI/CompactPCI modules,
reducing your overall system cost.
The 41-924 Control Interface Kit is also available which
enables a PC to control a PXI chassis using a PCIe
interface slot.
CHASSIS & CONTROLLERS
●
●
●
●
41-921 PCI to PXI Control Interface Kit
Description
Power
Supplies
Input Voltage
Options
Cooling Fans
Cooling Fan
Options
Order Code
8 Slot PXI Mainframe
350W
100-240Vac
2
—
40-922-001
19 Slot PXI Mainframe
700W
90-264Vac
4
—
40-923-001
8 Slot PXI Mainframe
2 x 175W
3 (optionally 4)
40-908
14 Slot PXI Mainframe
2 x 175W
18 Slot PXI Mainframe
4 x 175W
4
Standard or
3-Speed or
Low Acoustic
Noise.
PCI to PXI Control Interface Kit
—
—
—
—
41-921-001-KIT
PCI Control Interface Card
—
—
—
—
51-921-001
PXI Control Interface Module
—
—
—
—
41-921-001
PCIe to PXI Control Interface Kit
—
—
—
—
41-924-001-KIT
PCIe Control Interface Card
—
—
—
—
51-924-001
PXI Control Interface Module
—
—
—
—
41-924-001
90-264Vac
4
40-914
40-918
7
PXI INSTRUMENT & UTILITY MODULE SELECTION GUIDE
Pickering Interfaces offers a range of PXI instrumentation and utility modules that compliment the range of switching
modules. The range includes multimeters, amplifiers, attenuators, digitizers, function generators and programmable
resistors. All instrument and utility modules are supplied with Visual Basic and LabVIEW Soft Front Panels which
display the module’s controls in a graphical format.
Description
INSTRUMENT & UTILITY
8
Page
Multimeters
A range of 6½ and 7½ digit DMM’s
with the characteristics and functionality
normally associated with high quality bench
instruments.
9
Function Generators
A 3 channel 10MHz function generator and
100Ms/s Arbitrary Waveform generator.
10
Digitizer
A dual channel 70MHz 14-bit digitizer.
10
Attenuator
A 3GHz step attenuator and high voltage
attenuator for lower frequency applications.
11
Amplifier
Boost your PXI signal levels with an amplifier
that helps you simulate real life signals.
11
Power Supplies
A range of power supplies powered from the
PXI back plane or an external source in fixed
and adjustable formats.
12
Battery Simulators
Capable of sinking or sourcing current,
primarily for cell phone testing and
automotive battery simulation.
12
Programmable Resistors
Available in selectable resistor format with
a maximum of 48 channels, or as fully
programmable resistors with a maximum of
18 channels or with a maximum of 24-bit
resolution.
13
Precision Programmable Resistors
For applications that require High accuracy
and high stability with fine setting resolution.
14
Digital I/O & Prototyping
Can be supplied with TTL, open collector,
or optically isolated interfaces. Versions are
available with a prototyping board area.
Also, a relay driver module is available and
versions with programmable input threshold.
15
Switch Simulator
Designed to simulate dirty switch contacts
for automotive test applications.
15
Bus Interface Modules
For testing and simulating automotive and
avionics buses.
16
41-210
DMM Module
41-620
Function
Generator
41-180
Attenuator
41-650
Amplifier
40-295
Programmable
Resistor
41-752 Battery
Simulator
Module
MULTIMETER MODULES
The Pickering Interfaces offer a range of PXI DMMs
that match the performance and feature set of
bench instruments, but occupy just one slot of PXI
chassis. The 6½ and 7½ digit models offer a variety
of versions with advanced features such as 6-wire
guarded measurements, capacitance and inductance
measurements and frequency measurements. Some
models can provide DC/AC voltage sources and pulse
generation. A Measurement speed of up to 20000
samples per second is achieved by the 7½ digit version.
41-210 7½ Digit
DMM Module
With 5 models to choose from the Pickering Interfaces
allows users to select the most cost effective solution for
their application.
All the connectors used by these modules are supported
by a comprehensive range of cable and connector
accessories.
6½ Digit Multimeter
7½ Digit Multimeter
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
✔
Max Readings/Second
DC Current Source
AC/DC Voltage Source
✔
Leakage
Temperature
✔
AC Peak-Peak/AC Crest Factor
/AC Median
Diode Test
✔
Inductance
2-Wire/4-Wire Resistance
✔
Capacitance
AC RMS Voltage/Current
✔
6-Wire Resistance
DC Voltage/Current
Card Configuration
Frequency
Example of the Soft Front Panel Supplied with the
41-200 6½ Digit DMM Module
Please note: These multimeter modules are supplied
on behalf of Pickering Interfaces by Signametrics
Corporation.
INSTRUMENT & UTILITY
● Versatile Range of DMM Modules With a Selection of
Feature Sets
● Available With 6½ or 7½ Digits
● 300V Isolation Barrier
● Up To 20,000 Readings per Second
● 4 and 6 Wire Resistance Measurements
● Voltage Current and Pulse Sources
● Inductance and Capacitance Measurement
● VISA and Kernel Support For PXI Environments
Order Code
1000
41-200-040
1000
41-200-042
1000
41-200-044
1400
41-210-060
20000
41-210-064
9
WAVEFORM GENERATION & ACQUISITION MODULES
● Range of Waveform Generators and a Digitizer
Module
● 70Ms/sec Digitizer
● 100Ms/sec Arbitrary Waveform Generator
● 3 Channel Function Generator to 10MHz
● Occupy Single 3U PXI Slot
● VISA and Kernel Support For PXI Environments
INSTRUMENT & UTILITY
The Pickering range of PXI instruments includes
waveform generators suitable for producing waveforms
for the emulation of sensors or the stimulation of
external systems.
The 41-620 Function Generator is supplied with 3
channels and is capable of generating sine waves
up to 10MHz. As it implements a simple method of
frequency generation using Direct Digital Synthesis it is
easier to use than an ARB for the creation of repetitive
waveforms.
As well as waveform generation Pickering’s instrument
range includes a Digitizer Module suitable for the
capture of analog signals for digital analysis. The 41320 is a dual channel 14-bit digitizer with a maximum
sample rate of 70MHz and can be used with common
mode or single-ended input signals.
All the connectors used by these modules are
supported by a comprehensive range of cable and
connector accessories.
10
41-620 3-Channel
Function Generator
Module
The 41-610 is a Dual Arbitrary Waveform Generator
with clock rates up to 100Msamples/sec and 14-bit
converter resolution. Low timing skew between the
channels makes it ideal for applications that require
two high quality signals with closely matched timing
requirements. Waveforms can be created from the
embedded waveform library or imported as files from
external software tools.
The Soft Front Panel For the 41-320 Waveform Digitizer
Module Shown Capturing an Amplitude Modulated Signal
Card Configuration
Channels
Maximum
Frequency
Maximum
Voltage
ADC/DAC
Resolution
Memory
Size
Order Code
Digitizer Module
2
50MHz ±2dB
±25V common
mode input
14-bit ADC
512k per
channel
41-320-001
Arbitrary Waveform Generator
Module
2
100Ms/s
14-bit DAC
512k per
channel
Function Generator Module
3
10MHz
10-bit DAC
256k per
channel
5Vp-p output
2Vp-p output
10Vp-p output
41-610-001
41-610-002
41-620-003
AMPLIFIER & ATTENUATOR MODULES
It is not unusual for test systems to generate high voltage
signals incompatible with the instrumentation capability
in a PXI system. It is also not unusual for tests systems to
be incapable of generating large enough voltage swings
to simulate sensors or other devices that stimulate a
device under test. The PXI chassis power supplies limit the
capability of PXI devices to generate high voltage signals
without space consuming power supply conversion.
41-650 High Voltage
Amplifier Module
Pickering offers PXI solutions for both these problems.
The 41-180 is an accurate DC to 3GHz programmable
attenuator that has a 1dB step resolution, allowing it to
adjust signal amplitudes for optimum measurement by
other devices.
The 41-660 provides a convenient way of attenuating
high voltage low frequency signals to levels that can be
captured by other PXI devices without risk of damaging
them.
The 41-650 provides a convenient solution for increasing
the signal amplitude from waveform or function
generators to permit them to simulate real life sensors.
All the connectors used by these modules are supported
by a comprehensive range of cable and connector
accessories.
Card Configuration
Programmable Attenuator
High Voltage Attenuator
Channels
1
2
10
5
41-180 3GHz Programmable
Attenuator Module
Frequency
Maximum
Attenuation
3GHz
63dB
Maximum
Gain
SMA Sockets
160 times
5 (600Ω i/p
impedance)
High Voltage Amplifier
1MHz
5 (10kΩ i/p
impedance)
Signal
Connectors
—
20kHz
INSTRUMENT & UTILITY
● Range of High Voltage Amplifiers and Attenuators
and a High Frequency Attenuator
● Attenuate High Voltage Signals
● Generate 60V Peak to Peak Output Signals
● Multiple Channels on a Single Module
● Occupy Single 3U PXI Slot
● VISA and Kernel Support For PXI Environments
—
20 times
Order Code
41-180-021
41-180-022
50-way
D-type
41-660-001
25-way D-type
41-650-001
SMB
41-650-002
25-way D-type
41-650-011
SMB
41-650-012
41-661-001
11
POWER SUPPLIES & BATTERY SIMULATOR MODULES
● Range of Fixed or Variable Power Supply Modules
● Battery Simulator Module Capable of Sinking or
Sourcing Current
● 6-Channel Battery Simulator For Emulating Electric
Vehicle Battery Stacks
● Variable Supplies Can Deliver up to 48V Per Channel
With 2A Maximum Current
● VISA and Kernel Support For PXI Environments
● Supported by PXI or LXI Chassis
The 41-720 range of Fixed Power Supply modules
provides the user with up to 4 separate voltage outputs
isolated from the PXI backplane. Any combination of 3.3V,
5V, 12V or 15V can be specified with a maximum current
capability of 4A for the 3.3V option. Software provides on/
off control and status monitoring for each output.
INSTRUMENT & UTILITY
41-720 Isolated
Power Supply
Module
Programmable Power Supplies provide voltage outputs
which are fully adjustable under software control. The 40735 delivers positive 10V and the 40-736 delivers negative
10V, both with a maximum current of 1A. The output
voltage can either be derived from the PXI chassis supply
or from an external source.
The 41-750, 41-751 and 41-752 Battery Simulator modules
are designed to simulate the power supplies of portable
battery powered equipment and is particularly suitable for cell
phone testing. They can source current to simulate a battery
supply or sink current to simulate a battery under charge.
The 41-740/741 are dual Programmable Power Supplies
and can deliver up to 48V at 2A. They are fed from an
external AC mains, or DC 56V supply.
37-WAY D-TYPE CONNECTOR
Vout+
Vout-
Current
Sink
Sense+ Sense-
41-752 Battery
Simulator
Module
V+ V- S+ S-
V+ V- S+ S-
V+ V- S+ S-
V+ V- S+ S-
V+ V- S+ S-
CHANNEL 2
CHANNEL 3
CHANNEL 4
CHANNEL 5
CHANNEL 6
Voltage
Source
The 41-752 6-cell Battery Simulator
is ideal for emulating the battery
stacks used for electric vehicles.
Its high density and high isolation
voltage barrier permits the 41-752
to be used with many cells in series,
making it possible to emulate a
battery stack of up to 108 cells in a
single PXI or LXI chassis.
CHANNEL 1
Functional Block
Diagram For The
41-752 6-Channel
Battery Simulator
POWER AND CONTROL FROM PXI BACKPLANE
Card Configuration
Channels
Input Voltage
Output Voltage
Max Current
Order Code
Isolated Power Supply
4 max
5V from PXI Backplane
Choice of 3.3V, 5V,
12V or 15V
4A (3.3V
option)
41-720
+10 Volt Programmable
Power Supply
2
+12V from PXI Backplane
or external supply
Adjustable 0 to +10V
1A Per
Channel
41-735-001
-10 Volt Programmable
Power Supply
2
-12V from PXI Backplane
or external supply
Adjustable 0 to -10V
1A Per
Channel
41-736-001
2
+56V DC
2
90-260V AC
Adjustable 0 to 48V
2A Per
Channel
Programmable Power
Supply
1
Battery Simulator Module
6
12
Adjustable 0 to 6V
5V from PXI Backplane
Adjustable 0 to 7V,
Stackable to 700Vdc
41-740-001
41-742-001
2.8A Source,
0.5A Sink
41-750-001
1A Source,
0.25A Sink
41-751-001
300mA Source
100mA Sink
41-752-001
PROGRAMMABLE RESISTOR MODULES
The range of programmable resistor modules includes fully
programmable resistor and potentiometer modules for
applications that require fine adjustment with a resolution
of up to 24-bit. Also in the range are selectable resistor and
potentiometer modules. These consist of fixed resistor values
pre-defined by the user which can be switched in and out of
circuit with reed relays.
40-290
Programmable
Resistor
Module
40-295
Programmable
Resistor
Module
All modules are based on high quality ruthenium reed relays
that provide a very long service life and consistent contact
operations at all rated switching levels.
All the connectors used by these modules are supported by a
comprehensive range of cable and connector accessories.
Vin
R1
R
R
IN
Roffset
Vout
IN
R2
R1
R2
R3
R4
R5
R6
R7
R8
OUT
R offset
Number of
Channels
Fixed Value Selectable Resistors
24 or 48
Dual Selectable Resistors
12 or 24
Fixed Value Potential Dividers
12 or 24
Programmable Resistors
Programmable Resistors + SPDT Relays
Programmable Resistors
Programmable Resistors + SPDT Relays
Dual
Resolution
Resistance
Range ‡
—
User
Specified
Programmable Potentiometers
Max Resistor
Power
Front Panel
Connector
0.5W
96-way
SCSI plug
16-bit
0.5Ω to
32kΩ
8-bit
0.5Ω to
128Ω
0 to 4kΩ
16-bit
0 to 65kΩ
3 or 6
24-bit
0 to 16MΩ
5 or 9
8-bit
0 to 255Ω
12-bit
0 to 4kΩ
16-bit
0 to 65kΩ
24-bit
0 to 16MΩ
2 or 4
1 or 3
40-281
40-282
68-way
SCSI plug
40-291
0 to 255Ω
12-bit
5 or 10
Order Code
†
40-290
1W
Quad
40-282 Potential Divider
40-280
10 or 18
Programmable Resistors
40-281 Dual Resistor Card
Fixed Value Resistor Configurations as used on
Selectable Resistor Modules
Example Resistor Chain as used
on Programmable Resistor Modules (8-bit chain shown)
Resistor Card
Configuration
Vref
OUT
40-280 Single Resistor Card
INSTRUMENT & UTILITY
● Versatile Range of Resistor Modules Including
Programmable Resistors and Potentiometers
● Fully Programmable Versions With Resolution
of Up to 24-bit
● Resistance Range From 0 to 16MΩ
● Low Cost Fixed Value Selectable Resistor
Versions With User Defined Values
● All Versions Use High Reliability Pickering
Ruthenium Reed Relays
● VISA and Kernel Support For PXI Environments
40-295
0.5W
37-way
D-type
40-296
‡ Most modules can be offered with alternative resistance range, for more information contact Pickering Interfaces
† For the full order number and configuration codes for each variant, please refer to the data sheet.
13
PRECISION PROGRAMMABLE RESISTOR MODULES
● Precision Variable Resistors With a Choice of
Resistance Ranges
● Very High Accuracy and Stability
● Fine Setting Resolution
● Low Thermo-Electric EMF
● Simple Calibration With an External DMM
● Occupy Single 3U PXI Slot
● VISA and Kernel Support For PXI Environments
INSTRUMENT & UTILITY
This range of programmable resistor modules feature high
setting resolution with excellent stability and accuracy
through the use of innovative switching networks and
software correction techniques. This also means all
resistance values can be set - there are no missing values
due to switch resistance or resistor tolerance.
40-260 Precision
Programmable
Resistor Module
They are ideal for simulation of sensors that require very
fine adjustment and also have the capability of being set as
open or short circuit to simulate faults in cabling systems.
The range includes modules specifically designed for RTD
and strain gauge simulation.
Some modules incorporate a calibration port for
connection to a DMM to assist in the confirmation of the
module’s performance. Calibration can be performed with
the UUT connected to the module and multiple modules
can be cascaded and calibrated with a single DMM (this
does not apply to the 40-297 which uses the same
connector for the UUT and calibration).
40-260 High
Density Precision
Programmable
Resistor Module
The resistor channels and calibration port occupy separate
connectors on the module’s front panel. All connectors are
supported by a comprehensive range of cable and connector
accessories.
New versions of the precision resistor cards are being
regularly introduced, please contact your local sales office for
more details.
RESISTOR CHANNEL
CONNECTOR
CHANNEL 2
Diagram for 40-260
Three Channel Precision
Programmable Resistor
Modules
CALIBRATION PORT
CONNECTOR
CHANNEL 3
CHANNEL 1
COARSE
ADJUST
FINE
ADJUST
CALIBRATION
MUX
Number of
Channels
Resolution/Accuracy
Resistance Range
3
<10mΩ / 0.1%
90Ω to 8kΩ
2
<2mΩ or <15mΩ/0.1%
1.5Ω-2.9kΩ or 10Ω-36kΩ
RTD Simulator
6 or 18
2mΩ / 0.1%
90Ω-250Ω or 900Ω-2500Ω
Strain Gauge Simulator
1 to 6
2mΩ or 20mΩ/ 1%
350Ω or 3000Ω Bridge
40-265
18
1Ω / 0.2%
1Ω to 230Ω
40-297-001
9
0.25Ω / 0.2%
2Ω to 13.5kΩ
6
0.125Ω / 0.2%
3Ω to 1.5MΩ
Resistor Card Type
Precision Programmable
High Density Precision
Programmable
† For the full order number and configuration codes for each variant, please refer to the data sheet.
14
Max Resistor
Power
Order Code
†
40-260
100mW
500mW
40-261
40-262
40-297-002
40-297-003
DIGITAL I/O, PROTOTYPING & SWITCH SIMULATOR MODULES
This range of Digital I/O Modules are suitable for operating
external devices, or for interfacing with external logic. Two
choices of output driver are available: TTL for interacting with
external logic and Open Collector Transistor for operating
external devices with voltages to 50V DC and currents to
500mA.
The versions that incorporate a breadboard area allow the
user to construct their own circuits for applications where a
standard module is not available.
Optically isolated versions are intended for input-output
functions in electrically noisy environments. All inputs and
outputs share a common ground and have an isolation
barrier of 500V DC. Power for the isolated input/output
circuit can be supplied by the user or supplied by an optional
on-board DC-DC converter.
Card Configuration
40-410
32-Channel
Digital I/O
Module
40-412 Digital
I/O Module with
Programmable
Threshold
Versions of I/O module are available with programmable
input threshold which allows the user to set the voltage of
the high and low states of incoming signals. Additionally, they
have output channels that can be used as high-side drivers
for sourcing current or low-side drivers for sinking current.
Switch Simulator Modules are designed for automotive test
applications. They can simulate contaminated contacts or
current leakage conditions enabling the correct operation of
I/O devices to be tested.
All the connectors used by these modules are supported by a
comprehensive range of cable and connector accessories.
Number of Channels
Prototyping Front Panel
Area
Connector
Order Code
DIGITAL I/O MODULES
Digital Input/Output Module
32 TTL I/P
32 TTL O/P
32 O/C O/P
Relay Driver Module
64 relay drive channels
Digital Input/Output Module with
Programmable Threshold
32 high or low-side drivers
(0.4A source, 0.5A sink)
32 I/P, 0.3V to
50V threshold 32 high or low-side drivers
(2A source, 2A sink)
Optically Isolated Digital I/O Module
With on board DC-DC converter
Optically Isolated Digital I/O Module
No DC-DC converter
96-way
40-410-001
INSTRUMENT & UTILITY
● Versatile Range of Modules Including Digital I/O
● Versions With Breadboard Area for Prototyping
● Versions With Optically Isolated Input/Output For
Interfacing to Electrically Noisy Environments
● TTL Inputs and Outputs Suitable for Interfacing to
External Logic
● Open Collector Transistor Output Versions Suitable
for Driving Internal or External Relay Coils
● Version With Programmable Input Threshold and
High-Side or Low-Side Drive Capability
● Switch Simulator Modules are Designed for Dirty
Contact Emulation in Automotive Test Applications
● VISA and Kernel Support For PXI Environments
40-410-002
40-411-001
78-way
—
40-412†
40-413†
40-490-001
16 I/P
16 TTL I/P
16 I/P
32 O/P
68-way
40-491-001
40-490-002
40-491-002
16 TTL I/P
BREADBOARD & SWITCH SIMULATOR MODULES
Breadboard Module with I/O
32 TTL I/P
32 TTL O/P
Breadboard Module - no I/O (1 or 2 slot)
—
—
Automotive Switch Simulator
8, 16 or 32 channel
Dual Automotive Switch Simulator
Single or dual 8 or 16 channel
652cm
0.1” grid
96-way
40-220-001
—
40-225†
—
37-way
40-480†
40-485†
† For the full order codes for each variant, please refer to the data sheet.
15
BUS INTERFACE MODULES
● Range of Automotive and Avionics Interface Modules
● ARINC 429 Interface Module With 2, 4 or 8 Channels
● Automotive Protocol Communications Module
Supports Most Major Standards
● Analyzer Module For Testing 1553 Avionics Bus
● Occupy Single 3U PXI Slot
● VISA and Kernel Support For PXI Environments
Pickering offers a range of interface modules for
communicating with a wide variety of serial data
standards found in automotive or aviation control
systems.
INSTRUMENT & UTILITY
For the testing and simulation of vehicle ECUs the 41500 can communicate with most of the major industry
standard protocols. In addition hardware upgrades
can be added for the support of future protocols or
variations of existing ones. A maximum of 10 channels
can be supported.
41-553 Bus
Analyser Module
For communication with commercial avionics systems
the 41-429 module allows the user to transmit and
receive data over ARINC 429 databuses. Up to 8
channels can be supported and the module can be
supplied with an easy to use graphical interface.
The 41-553 is a bus analyzer can operate as a Bus
Controller, Remote Terminal and a Monitor for MILSTD-1553 avionics buses. It can provide single or
multiple terminal simulation and can be used for
selectively injecting protocol errors. Powerful and easy
to use databus analyzer software can be supplied with
the module.
All the connectors used by these modules are
supported by a comprehensive range of cable and
connector accessories.
41-500 Automotive Protocol Module
Card Configuration
Automotive Protocol
Communications Module
Maximum
Channels
Supported Protocols
Signal
Connectors
Order Code
10
All CAN Configurations.
UART Protocols (LIN 2.0,
KPW2000 ISO9141, J1708 etc)
All Variants of J1850.
IIC, SPI and other customer
specific protocols.
44-pin D-type
41-500-001
41-429-002
2
ARINC 429 Interface Module
4
ARINC 429
25-pin D-type
41-429-008
8
1553 Bus Analyzer Module
16
1, Single Function
1, Multi Function
41-429-004
MIL-STD-1553A/B
Twinax BJ77
41-553-001
41-553-002
General
Purpose
See Family Tree
Page 18
Matrix
See Family Tree
Page 19
Fault Insertion Matrix Modules
See Page 33
Fault Insertion
Fault Insertion Switch Modules
See Page 34
PXI
Switch
Modules
Multiplexer
See Family Tree
Page 19
RF Switch Modules
RF &
Microwave
See Page 39
Microwave Switch Modules
See Page 41
Optical Switching Modules
PXI SWITCHING MODULES
PXI SWITCHING MODULES SELECTION GUIDE
See Page 42
Special
Purpose
Telecoms/Differential Switching Modules
See Page 43
ARINC 608A Switching Modules
See Page 44
17
GENERAL PURPOSE RELAY SELECTION GUIDE
x16 to x32
Low Density Reed
Relay Modules
See Page 20
x50 to x100
High Density Reed
Relay Modules
See Page 21
x6 to x80
Medium Power
Relay Modules
See Page 22
x2 to x10
High Power
Relay Modules
See Page 23
x8 to x24
High Voltage
Switching Modules
See Page 24
Electro-mechanical Relays
Up to 150V, 1A Rating
x50 to x100
High Density Reed
Relay Modules
See Page 21
DPST
x16 to x24
Low Density Reed
Relay Modules
See Page 20
x25 to x50
High Density Reed
Relay Modules
See Page 21
x3 to x40
Medium Power
Relay Modules
See Page 22
x2 to x12
High Power
Relay Modules
See Page 23
x16 to x32
Low Density Reed
Relay Modules
See Page 20
x16 to x32
High Density Reed
Relay Modules
See Page 21
x4 to x52
Medium Power
Relay Modules
See Page 22
x2 to x16
High Power
Relay Modules
See Page 23
x2 to x26
Medium Power
Relay Modules
See Page 22
SPST (Normally Open)
Reed Relays
Up to 150V, 1.2A Rating
Electro-mechanical & Reed
Up to 150V, 1A Rating
Electro-mechanical & Reed
Up to 250V, 5A Rating
Electro-mechanical & Solid
State Up to 40A Rating
Electro-mechanical & Reed
Up to 1000V, Up to 5A
PXI SWITCHING MODULES
SPST (Normally Closed)
GENERAL
PURPOSE
RELAY
MODULES
Reed Relays
Up to 150V, 1.2A Rating
Electro-mechanical & Reed
Up to 150V, 1A Rating
Electro-mechanical & Reed
Up to 300V, 2A Rating
Electro-mechanical Relays
Up to 20A Rating
SPDT
Reed Relays
Up to 150V, 1A Rating
Electro-mechanical & Reed
Up to 150V, 1A Rating
Electro-mechanical & Reed
Up to 300V, 2A Rating
Electro-mechanical Relays
Up to 30A Rating
DPDT
Electro-mechanical & Reed
Up to 300V, 2A Rating
18
MATRIX & MULTIPLEXER SELECTION GUIDE
MUX
MODULES
12 to 80
Crosspoints
Power Matrix Modules
Electro-mechanical
& Reed Relays
Up to 300V, 2A Rating
48 to 96
Crosspoints
Low Density Matrix Modules
Electro-mechanical
& Reed Relays
Up to 300V, 2A Rating
128 to 192
Crosspoints
Medium Density Matrix Modules
Electro-mechanical,
Solid State
& Reed Relays
Up to 150V, 1A Rating
256 to 528
Crosspoints
High Density Matrix Modules
Electro-mechanical
2-Pole Relays
Up to 300V, 2A Rating
Up to 1540
Crosspoints
2 Amp Large Matrix Modules
Reed Relays
Up to 150V, 1A Rating
Up to 4416
Crosspoints
Large Matrix Modules
See Page 28
See Page 25
See Page 26
See Page 27
See Page 32
See Page 29
Electro-mechanical,
Reed Relays
& Solid State Relays
Up to 30A Rating
Between 3 & 64 Channels,
Between 1 & 8 Banks,
1 & 2 Poles
Power MUX Modules
Reed Relays, Up to
150V, 1.2A Rating
Between 16 & 64 Channels,
1 & 2 Banks,
1, 2 & 4 Poles
Low Density MUX Modules
Solid State Switching
Up to 40V, 250mA
Rating
Between 8 & 160 Channels,
Between 1 & 20 Banks,
1 & 2 Poles
Solid State MUX Modules
Electro-mechanical
& Reed Relays
Up to 300V, 2A Rating
Between 4 & 198 Channels,
Between 1 & 20 Banks,
Between 1 & 32 Poles
High Density MUX Modules
Rhodium Reed Relays
Up to 1000V,
0.5A Rating
12 or 24 Channels,
1 Bank, 1 Pole
High Voltage Switching
See Page 37
PXI SWITCHING MODULES
MATRIX
MODULES
Electro-mechanical
& Solid State Relays
Up to 30A Rating
See Page 35
See Page 38
See Page 36
See Page 24
19
LOW DENSITY GENERAL PURPOSE REED RELAY MODULES
●
●
●
●
●
●
●
●
●
16, 24 or 32 Reed Relays Per Module
SPST, DPST, SPDT and Screened Configurations
Ruthenium Reed Relays Suitable For Low Level Signals
Uses High Reliability Pickering Reed Relays For
Maximum Performance
Fast Operating Speed 250µs Typical
Switch up to 150Volts, 1.25A with 20W Max Power
96-Pin Front Panel Connector
Kernel, VISA and IVI Support For PXI Environments
Kernel and IVI Support For LXI Environments
40-110 General
Purpose Reed Relay
Module
GENERAL PURPOSE
Pickering Interfaces range of low density general purpose
reed relay modules provide a cost effective solution for
applications where high density relays are not required.
All these modules use a 96 pin male connector that is
supported by a comprehensive range of cable and connector
accessories, ensuring they can be quickly integrated into the
user’s test system with a minimum of effort.
The relays are not committed to a particular configuration and
are available in changeover and normally open configurations.
Modules are available that use screened reed relays to
minimize crosstalk and maximize bandwidth.
The use of sputtered ruthenium reed relays allows the
modules to be used for low and medium level switching
with minimal level dependent characteristics. This provides
enhanced reliability for low level switching compared to
electromechanical or rhodium reed relays.
Ruthenium Reed
Low Density
General Purpose
Reed Relay Modules
x16 40-115-021
x32 40-115-121
Screened Reed
SPST
(Normally
Open)
150Vdc/100Vac
1A Switch, 1.2A Carry
DPST
150Vdc/100Vac
1A Switch, 1.2A Carry
x16 40-125-021
x24 40-125-121
Ruthenium Reed
x16 40-115-022
x24 40-115-122
Ruthenium Reed
SPDT
150Vdc/100Vac
1A Switch, 1A Carry
x16 40-110-021
x32 40-110-121
Screened Reed
x16 40-120-021
20
HIGH DENSITY GENERAL PURPOSE RELAY MODULES
● Up to 100 Relays Per Module
● SPST, SPDT, DPST, and Screened Configurations
● Ruthenium Reed Relays Suitable For Maximum Signal
Performance
● Electromechanical Relays For Higher Power
Applications
● 200-Pin Front Panel Connector
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
All reed relay versions use high quality sputtered ruthenium relays
that exhibit excellent contact performance under low and medium
level switching conditions. For general purpose applications that also
require higher power handling, the range of electromechanical relays
provides an ideal solution.
All these modules use a 200 way connectors that is supported by a
comprehensive range of cable and connector accessories ensuring
they can be quickly integrated into the user’s test system with a
minimum of effort.
40-148 High Density
General Purpose Relay
Module
Ruthenium Reed
x50 40-140A-021
x75 40-140A-121
x100 40-140A-221
Electro-mechanical
x50 40-145-001
x75 40-145-101
x100 40-145-201
150Vdc/100Vac
1A Switch, 1A Carry
High Density
General Purpose
Relay Modules
SPST
(Normally
Open)
Screened Reed
x50 40-142-021
GENERAL PURPOSE
Pickering Interfaces range of high density general purpose relay
modules provide an ideal solution for applications requiring
dense arrays of uncommitted relays. The range includes both
electromechanical and reed relay solutions in a variety of
configurations.
Ruthenium Reed
150Vdc/100Vac
1A Switch, 1A Carry
SPST
(Normally
Closed)
x50 40-145-001-NC
x75 40-145-101-NC
x100 40-145-201-NC
Ruthenium Reed
x50 40-141-022
DPST
SPDT
150Vdc/100Vac
1A Switch, 1A Carry
Electro-mechanical
x25 40-146-002
x50 40-146-202
150Vdc/100Vac
0.25A Switch, 1A Carry
Ruthenium Reed
x48 40-143-121
x64 40-143-221
Electro-mechanical
150Vdc/100Vac
1A Switch, 1A Carry
x32 40-148-001
x48 40-148-101
x64 40-148-201
21
MEDIUM POWER GENERAL PURPOSE RELAY MODULES
● Reed Relay Solutions up to 2.5A
● Electromechanical Relays up to 5A
● SPST, DPST and DPDT Versions
● Versatile Cell-Based Mixed Configuration Versions
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
This range of Pickering Interfaces relay modules offers higher
current ratings in a single 3U slot. Relays are available in SPST,
DPST and DPDT configurations. The relay solutions have been
carefully chosen to ensure a long service life. All the D-type
connectors used are fully supported by the range of Pickering
Interfaces cable and connector accessories to simplify system
integration.
40-139 High Density
2 Amp Relay Module
GENERAL PURPOSE
Reed relay versions use high quality sputtered ruthenium relays
that exhibit excellent contact performance under low and
medium level switching conditions.
For general purpose applications that also require higher power
handling, the range of electromechanical relays provides an ideal
solution.
The family tree show the available relay
count for each module. The 40-138 has
a versatile cell-based architecture with 13
cells. Each cell can be specified fitted with
either SPST, DPST, SPDT or DPDT relays the graphic shows the maximum allowable
of one particular type. This gives the user
a mixed contact configuration to suit a
specific application, see the full data sheet
for further information.
Medium Power
General Purpose
Relay Modules
300Vdc/250Vac
2A Switch, 2A Carry
x32 40-136-211
x16 40-132-101
x32 40-132-201
x80 40-139-101
Ruthenium Reed
200Vdc/200Vac
1A Switch, 2.5A Carry
x16 40-136-011
x25 40-136-111
110Vdc/250Vac
2A Switch, 2A Carry
Electro-mechanical
110Vdc/250Vac
5A Switch, 5A Carry
x32 40-137-101
x39 40-137-201
Electro-mechanical
x16 40-137-001
Ruthenium Reed
200Vdc/200Vac
2A Switch, 2.5A Carry
DPST
Ruthenium Reed
Electro-mechanical
200Vdc/200Vac
2A Switch, 2A Carry
SPST
(Normally
Open)
300Vdc/250Vac
2A Switch, 2A Carry
x12 40-136-012
x16 40-136-112
x19 40-136-212
Electro-mechanical
x16 40-132-102
x19 40-132-202
x40 40-139-102
Electro-mechanical
SPDT
300Vdc/250Vac
2A Switch, 2A Carry
x16 40-131-101
x26 40-131-201
x52 40-139-201
Electro-mechanical
DPDT
22
40-130 DPDT
Relay Module
220Vdc/215Vac
2A Switch, 2A Carry
x8 40-130-002
x13 40-130-102
300Vdc/250Vac
2A Switch, 2A Carry
Electro-mechanical
x26 40-139-202
Electro-mechanical
40-138-XXX
This has a mixed
architecture and can
be supplied with:
up to 80 SPST,
up to 40 DPST,
up to 52 SPDT, or
up to 26 DPDT
HIGH POWER GENERAL PURPOSE RELAY MODULES
● Electromechanical Relays With Current Ratings to 40A
● Solid State Relays With Current Ratings to 30A
● SPST, DPST and SPDT Versions
● High Capacity Connectors
● One or Two 3U PXI Slot Modules
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
Lower current versions require one 3U
PXI slot, but the highest current versions
occupy two slots. The modules can be used
to switch heavy AC or DC loads, and the
highest current versions are particularly
suitable for automotive test. High power
switches are also available in multiplexer
and matrix configurations.
40-160 General
Purpose 10xDPST
Power Relay Module
Electro-mechanical
125Vdc/250Vac
10A Switch, 10A Carry
200Vdc/200Vac
10A Switch, 10A Carry
SPST
(Normally
Open)
DPST
x10 40-160-001
x20 40-160-003
Solid State
x6 40-182-001
Electro-mechanical
28Vdc
20A Switch, 20A Carry
x2 40-180-011
x4 40-180-111
30Vdc/270Vac
30A Switch, 30A Carry
Electro-mechanical
40Vdc/40Vac
30A Switch, 30A Carry
High Power
General Purpose
Relay Modules
40-170 General
Purpose High
Power Relay
Module
16Vdc
40A Switch, 40A Carry
x2 40-170-001
Solid State
x6 40-183-001
GENERAL PURPOSE
Pickering’s high power switching modules
provide a range of high current handling
relays suited for high power applications.
Each module uses a connector that has
been carefully suited for the intended
application and is fully supported by
Pickering Interfaces range of cable and
connector accessories.
Electro-mechanical
x2 40-180-001
x4 40-180-101
Electro-mechanical
125Vdc/250Vac
5A Switch, 5A Carry
x8 40-150-002
x12 40-151-002
125Vdc/250Vac
8A Switch, 8A Carry
Electro-mechanical
30Vdc/270Vac
20A Switch, 20A Carry
Electro-mechanical
SPDT
x10 40-160-002
x2 40-170-002
Electro-mechanical
125Vdc/250Vac
5A Switch, 5A Carry
x8 40-155-001
x16 40-156-001
28Vdc
10A Switch, 10A Carry
Electro-mechanical
16Vdc
30A Switch, 30A Carry
Electro-mechanical
x2 40-181-011
x2 40-181-001
23
HIGH VOLTAGE SWITCHING MODULES
● Hot Switching Up To 750Vdc or 750Vac peak
● Cold Switching Up To 1000Vdc or 1000Vac peak
● Reed Relay Versions For Long Operational Life
● Electro-Mechanical Relay Versions For Hot or Cold
Current Switching Up To 5A
● High Voltage D-Type Connector
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
GENERAL PURPOSE
The 40-310/320 high voltage range of switching modules
provides solutions for uncommitted relay and multiplexer
applications that need to switch voltages up to 1000V. They
are suited for hot or cold switching applications up to 10W
and 0.5A with a rating of 13mA at their maximum operating
voltage. The 40-330 uncommitted relay module can switch
up to 1000V and also has a hot or cold switching current
rating of 4A.
The 40-310/320 modules use 37-way D-Type high voltage
connector, and the 40-330 modules uses a 50-way D-Type
high voltage connector. These are fully supported by Pickering
Interfaces cable and connector accessory range.
The design ensures the modules can withstand high common
mode voltages and a protective safety cover is used to shield
the switching components.
High Voltage
Switching Modules
40-330 High
Voltage Relay
Module
1000Vdc/1000Vac Cold Switch
750Vdc/750Vac Hot Switch
0.5A Hot Switch (13mA at max
Voltage), 0.5A Cold Switch
40-320
High Voltage
Multiplexer
Module
Rhodium Reed
x8 40-310-001
x16 40-310-101
SPST
(Normally
Open)
1000Vdc/1000Vac Cold Switch
110Vdc/250Vac Hot Switch
5A Hot Switch, 5A Cold Switch
Electro-mechanical
x24 40-330-001
MUX
1000Vdc/1000Vac Cold Switch
750Vdc/750Vac Hot Switch
0.5A Hot Switch (13mA at max
Voltage), 0.5A Cold Switch
24
Rhodium Reed
12:1 40-320-001
24:1 40-320-101
LOW DENSITY MATRIX MODULES
● Ruthenium Reed Relay Versions For Maximum
Signal Performance
● Electro-mechanical Relay Versions For Current
Handling up to 2 Amps
● Single and Dual Matrix Configurations
● 50Ω, 50MHz Screened Reed Versions
● Expansion Capability Across Multiple Cards
● Fast Operating Speed <500µs for Reed Versions,
<3ms for Electromechanical Versions
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
All the connectors used by these modules are supported by
a comprehensive range of cable and connector accessories.
X1.8
X1.7
X1.6
X1.5
X1.4
X1.3
X2.7
X2.6
X2.5
X2.4
X2.3
Y1.4
Y2.1
Example Matrix
Configuration:
Dual 8 x 4 with
2-pole contacts
(40-515)
Y2.2
MATRIX
Y1.3
X2.8
CR 2
O -PO
SS L
PO E
IN
T
Y1.2
X2.2
All the reed relay versions use high quality sputtered
ruthenium relays that exhibit excellent contact performance
under low and medium level switching conditions. For
general purpose applications that also require higher power
handling, the range of electromechanical relays provides an
ideal solution.
40-515
ElectroMechanical
Relay Matrix
Module
Y1.1
X2.1
The matrices can be expanded by connecting together
multiple modules, but Pickering recommend that users
look at the higher density modules that involve less user
configuration.
X1.1
Pickering Interfaces offers a comprehensive range of low
density matrix modules that use either ruthenium reed
relays or electromechanical relays. They are a cost effective
solution for applications that require relatively small matrices
in the PXI format.
X1.2
40-510 Reed
Relay Matrix
Module
Y2.3
Y2.4
Ruthenium Reed
Single 12x4 1-Pole 40-510-021†
Single 12x4 2-Pole 40-510-022
Ruthenium Reed
Low Density
Matrix Modules
150Vdc/100Vac
1A Switch, 1.2A Carry
Dual 12x4 1-Pole 40-511-021†
Dual 12x4 2-Pole 40-511-022
Ruthenium Reed
Single 12x8 1-Pole 40-512-021†
Single 12x8 2-Pole 40-512-022
48 to 96
Crosspoints
Ruthenium Reed
300Vdc/250Vac
2A Switch, 2A Carry
Single 24x4 1-Pole 40-513-021†
Single 24x4 2-Pole 40-513-022
Electro-mechanical
† To order the screened reed relay
version of these 1-pole matrices,
please add the -S suffix
Dual 8x4 2-Pole 40-515-002
Single 8x8 2-Pole 40-516-002
Single 16x8 2-Pole 40-517-002
25
MEDIUM DENSITY MATRIX MODULES
● Ruthenium Reed Relay Versions For Maximum Signal
Performance
● Single and Dual Matrix Configurations
● 50Ω, 50MHz Screened Reed Versions
● Expansion Capability Across Multiple Cards
● Fast Operating Speed <500µs
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
MATRIX
All versions use high quality sputtered ruthenium reed
relays that exhibit excellent contact performance under
low and medium level switching conditions.
X23
X22
X21
X19
X20
X18
X17
X16
X15
X14
X13
X12
X11
X10
X9
X8
X7
X6
X5
X4
40-518
2-Amp
2-Pole
Matrix
Y1
Y2
Y3
Y4
CR M
O AT
SS R
PO IX
IN
T
The matrices can be expanded by connecting together
multiple modules, but Pickering recommend that users
look at the higher density modules that involve less
user configuration.
X1
Pickering Interfaces offers a comprehensive range of
medium density matrix modules that use ruthenium
reed relays. They are a cost effective solution for
applications that require mid range matrices in the PXI
format.
40-521 High
Density Matrix
Y5
Y6
Y7
Y8
All the connectors used by these modules are
supported by a comprehensive range of cable and
connector accessories.
Selected modules are supplied with Built In Relay Self
Test. This provides a quick way of finding switch path
failures down to a specific relay without the use of any
external test equipment.
Example Matrix Configuration:
Single 24 x 8 with 1 pole contacts (40-521)
Electro-mechanical with
Single 64x2 1-Pole 40-527-001
Single 32x4 1-Pole 40-528-001
Single 16x8 1-Pole 40-529-001
Electro-mechanical
300Vdc/250Vac
2A Switch, 2A Carry
Single 16x8 2-Pole 40-518-002
Single 32x4 2-Pole 40-519-002
Ruthenium Reed
Medium Density
Matrix Modules
128 to 192
Crosspoints
Single 24x8 1-Pole 40-521-021†
Single 24x8 2-Pole 40-521-022
150Vdc/100Vac
0.5A Switch, 1A Carry
Ruthenium Reed
Dual 12x8 1-Pole 40-522-021†
Dual 12x8 2-Pole 40-522-022
Ruthenium Reed
150Vdc/100Vac
1A Switch, 1.2A Carry
† To order the screened reed relay
version of these 1-pole matrices,
please add the -S suffix
26
X24
Availble on Selected
X3
TM
X2
● Built-In Diagnostics Modules
Single 44x4 1-Pole 40-523-021†
Single 44x4 2-Pole 40-523-022
Ruthenium Reed
Single 46x4 1-Pole 40-524-021
HIGH DENSITY MATRIX MODULES
X66
X64
X16
X15
X14
X13
X12
X11
X10
X9
X8
Y4
Y5
Y6
Y7
Y8
Single 66 x 8 with 1 pole contacts (40-541-021)
Solid State
Single 64x4 1-Pole 40-500-001
±60V, 0.5A Carry,
1.5A Surge
Ruthenium Reed
Single 32x8 1-Pole 40-530-021
Electro-mechanical
Single 33x8 2-Pole 40-581-002
150Vdc/100Vac
1A Switch, 1A Carry
High Density
Matrix Modules
256 to 528
Crosspoints
X7
Y3
All the connectors used by these modules are supported by a
comprehensive range of cable and connector accessories.
Selected modules are supplied
with Built In Relay Self
Test. This provides a quick
way of finding switch path
failures down to a specific
relay without the use of any
external test equipment.
X6
Y2
MATRIX
Reed relay versions use high quality sputtered ruthenium reeds
that exhibit excellent contact performance under low and
medium level switching conditions.
Y1
CR M
O AT
SS R
PO IX
IN
T
Any high density matrix is available in partially populated
configurations giving a cost effective solution for specific
applications. Please consult the sales office for details.
X5
Pickering Interfaces offers a comprehensive range of high
density matrix modules that use ruthenium reed relays. They are
a cost effective solution for applications that require high density
matrices in the PXI format. Expansion to even larger matrices is
possible by connecting together multiple modules.
X4
Availble on Selected
X3
TM
X2
● Built-In Diagnostics Modules
40-500
Very High
Density
Solid State
Matrix
40-584
2-Amp 1-Pole
VHD Matrix
X65
Ruthenium Reed Versions for Max Signal Performance
Solid State Version for High Speed & Long Life
Single and Dual Matrix Configurations
Partially Populated Configurations Available
50Ω, 50MHz Screened Reed Versions
Expansion Capability Across Multiple Cards
Fast Operating Speed <500µs
Kernel, VISA and IVI Support For PXI Environments
Kernel and IVI Support For LXI Environments
X1
●
●
●
●
●
●
●
●
●
Ruthenium Reed
Single 32x8 1-Pole
Single 32x8 2-Pole
Dual 16x8 1-Pole
Dual 16x8 2-Pole
40-531-021†
40-531-022
40-532-021†
40-532-022
Ruthenium Reed
150Vdc/100Vac
0.5A Switch, 1A Carry
Single 64x4 1-Pole
Single 64x4 2-Pole
Dual 32x4 1-Pole
Dual 32x4 2-Pole
40-533A-021†
40-533A-022
40-534A-021†
40-534A-022
Ruthenium Reed
150Vdc/100Vac
0.5A Switch, 0.5A Carry
Single 92x4 1-Pole
Dual 44x4 1-Pole
Single 44x8 1-Pole
Single 55x8 1-Pole
40-535-021
40-536-021
40-537-021†
40-538-021†
Ruthenium Reed
Single 132x4 1-Pole 40-540-021
Single 66x8 1-Pole 40-541-021
Single 33x16 1-Pole 40-542-021
300Vdc/250Vac
2A Switch, 2A Carry
† To order the screened reed relay
version of these 1-pole matrices,
please add the -S suffix
Electro-mechanical with
Single 128x2 1-Pole
Single 64x4 1-Pole
Single 32x8 1-Pole
Single 16x16 1-Pole
40-584-001
40-585-001
40-586-001
40-587-001
27
POWER MATRIX MODULES
● Electro-mechanical Relays With Current Ratings of 2A
and 5A and Switching Up To 250Vac
● Solid State Relays With Current Ratings of 10A and
30A and Switching Up To 200V ac/dc
● Single and Dual Matrix Configurations
● 1 or 2 Pole Switching Configurations
● Expansion Capability Across Multiple Cards
40-550
Power Matrix
Module
X1.10
X1.9
X1.8
X1.7
X1.6
X1.5
X1.4
X1.3
X1.2
X1.1
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
40-554-001
30A Solid
State Matrix
Y1.1
Y1.3
X2.9
X2.8
X2.7
X2.6
X2.5
X2.4
X2.3
X2.2
X2.1
Y1.4
X2.10
CR M
O AT
SS R
PO IX
IN
T
Y1.2
MATRIX
Y2.1
Y2.2
Y2.3
Y2.4
Example Matrix Configuration:
Dual 10 x 4 (40-546)
These power matrix modules provide matrices with higher
current and power ratings than the high density versions.
They are designed for the switching of AC or DC loads or
for controlling large relay or solenoid systems. The electromechanical relay based versions have ratings from 2A to 5A,
occupy a single slot and are ideal for power applications.
Solid state versions have ratings of 10A and 30A, occupy two
PXI slots and are suitable for automotive and avionics test
applications.
Each module uses connectors supported by the Pickering
cable accessory range and relays have been carefully selected
to ensure long service life under demanding load conditions.
Electro-mechanical
110Vdc/250Vac
2A Max Current
Power
Matrix Modules
12 to 80
Crosspoints
Single 10x4 1-Pole
Dual 10x4 1-Pole
Single 10x8 1-Pole
Single 20x4 1-Pole
40-545-001
40-546-001
40-547-001
40-548-001
Electro-mechanical
35Vdc/250Vac
5A Max Current
Single 8x4 2-Pole 40-550-002
Solid State High Power
+/-200V (DC orAC peak)
10A Max Current
Single 6x2 1-Pole 40-553-001
Solid State High Power
+/-40V (DC orAC peak)
30A Max Current
28
Single 6x2 1-Pole 40-554-001
Single 8x2 1-Pole 40-555-001
LARGE MATRIX MODULES
●
●
●
●
●
●
●
●
●
●
●
Integrated PXI Matrix Modules With Built In Analog Bus
Fully Scalable Matrix Solution
Partially Populated Configurations Available
High Reliability Instrument Grade Reed Relay Versions
Solid State Versions
Low Cost Of System Integration
Wide Range of Fully Configured Y Bus Architectures
Ratings up to 150 Volts, 1 Amp and 20W
High Bandwidth - up to 40MHz
Kernel, VISA and IVI Support For PXI Environments
Kernel and IVI Support For LXI Environments
● Built-In Diagnostics -
TM
Pickering Interfaces range of BRIC Large Matrix Modules offers
integrated solutions for matrix assemblies. The use of high density
packaging and integrated backplanes enables a large matrix to be
implemented with no user configuration or special matrix expansion
kits. These matrices use thru-hole relays (not surface mount),
therefore they can be serviced using standard de-soldering tools
simplifying repair and reducing down time.
4-wire analog bus (Y),
Up to 1104 X Connections
The modules are ideal for applications requiring a large matrix, they
are programmed as a single matrix entity, saving user integration
and software investment. The integrated design ensures high
matrix performance with high signal bandwidth and fewer system
implementation errors.
Ruthenium Reed Relay
8-wire analog bus (Y),
Up to 552 X Connections
Large
Matrix Modules
Large matrices with 8 Y connections are also available in solid
state versions. These exhibit high switching speed with a very long
service life and are suitable for low current applications such as
data acquisition.
Ruthenium Reed Relay
Up to 4416
Crosspoints
16-wire analog bus (Y),
Up to 276 X Connections
The 40-560A BRIC range is available in 3 mechanical sizes occupying
2, 4 or 8 PXI slots, and with 3 different electrical characteristics.
Versions are available with 1 pole, 2 pole and 1 pole screened architectures.
Ruthenium Reed Relay
32-wire analog bus (Y),
Up to 60 X Connections
Any large matrix is available in partially populated configurations giving a cost effective
solution for specific applications. Please consult the sales office for details.
Solid State Relay
All the connectors used by these modules are supported by a comprehensive range of
cable and connector accessories.
552
551
550
51
50
49
DUT
No. 3
48
47
46
45
44
43
42
41
40
Device
Under Test
No. 2
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
Device
Under Test
No. 1
Instrument 5
12
Instrument 4
11
10
9
Instrument 3
8
7
6
Instrument 1
Instrument 2
5
4
3
2
DUT
No. 40
8-wire analog bus (Y),
Up to 384 X Connections
These BRIC modules are now supplied with Built In Relay Self Test. This provides a
quick way of finding switch path failures down to a specific relay without the use of any
external test equipment.
1
MATRIX
Ruthenium Reed Relay
All reed relay matrices use high quality sputtered ruthenium relays
that exhibit excellent contact performance under low and medium
level switching conditions.
Schematic diagram showing a 552 x 8 BRIC Matrix being used to parallel test multiple DUTs.
The BRIC Matrix allows tremendous test system flexibility.
29
LARGE MATRIX MODULES
2-Slot BRIC
184 to 276 X-Connections
Large
Matrix Modules
150Vdc/100Vac
0.5A Switch,
0.5A Carry
4-Slot BRIC
184 to 552 X-Connections
8-Slot BRIC
184 to 1104 X-Connections
4-wire analog bus (Y)
Up to 1104
X Connections
2-Slot BRIC
88 to 132 X-Connections
150Vdc/100Vac
1A Switch,
1.2A Carry
† To order the screened reed relay
version of these 1-pole matrices,
please add the -S suffix
4-Slot BRIC
88 to 264 X-Connections
8-Slot BRIC
88 to 528 X-Connections
MATRIX
2-Slot BRIC
92 to 138 X-Connections
Ruthenium Reed
1-Pole 40-560A-221
Ruthenium Reed
1-Pole 40-560A-021
Ruthenium Reed
1-Pole 40-560A-121
Ruthenium Reed
1-Pole 40-562A-221 †
2-Pole 40-562A-222
Ruthenium Reed
1-Pole 40-562A-021 †
2-Pole 40-562A-022
Ruthenium Reed
1-Pole 40-562A-121 †
2-Pole 40-562A-122
Ruthenium Reed
1-Pole 40-560A-221
Ruthenium Reed
4-Slot BRIC
1-Pole 40-560A-021
92 to 276 X-Connections
1-Pole, Dual Analog Bus
40-560A-021-M
Ruthenium Reed
150Vdc/100Vac
0.5A Switch,
0.5A Carry
8-Slot BRIC
1-Pole 40-560A-121
92 to 552 X-Connections
1-Pole, Dual Analog Bus
40-560A-121-M
2-Slot BRIC
60 to 90 X-Connections
4-Slot BRIC
Large
Matrix Modules
60 to 180 X-Connections
8-wire analog bus (Y)
Up to 552
X Connections
60 to 360 X-Connections
8-Slot BRIC
2-Slot BRIC
44 to 66 X-Connections
150Vdc/100Vac
1A Switch,
1.2A Carry
† To order the screened reed relay
version of these 1-pole matrices,
please add the -S suffix
30
4-Slot BRIC
44 to 132 X-Connections
8-Slot BRIC
44 to 264 X-Connections
Ruthenium Reed
1-Pole 40-561A-221 †
2-Pole 40-561A-222
Ruthenium Reed
1-Pole 40-561A-021 †
2-Pole 40-561A-022
Ruthenium Reed
1-Pole 40-561A-121 †
2-Pole 40-561A-122
Ruthenium Reed
1-Pole 40-562A-221 †
2-Pole 40-562A-222
Ruthenium Reed
1-Pole 40-562A-021 †
2-Pole 40-562A-022
Ruthenium Reed
1-Pole 40-562A-121 †
2-Pole 40-562A-122
LARGE MATRIX MODULES
4-Slot BRIC
46 to 138 X-Connections
8-Slot BRIC
46 to 276 X-Connections
150Vdc/100Vac
0.5A Switch,
0.5A Carry
2-Slot BRIC
30 to 45 X-Connections
4-Slot BRIC
Large
Matrix Modules
30 to 90 X-Connections
16-wire analog bus (Y)
Up to 276
X Connections
8-Slot BRIC
30 to 180 X-Connections
2-Slot BRIC
22 to 33 X-Connections
150Vdc/100Vac
1A Switch,
1.2A Carry
8-Slot BRIC
† To order the screened reed relay
version of these 1-pole matrices,
please add the -S suffix
22 to 132 X-Connections
2-Slot BRIC
Large
Matrix Modules
32-wire analog bus (Y)
Up to 60
X Connections
4-Slot BRIC
22 to 66 X-Connections
10 to 15 X-Connections
150Vdc/100Vac
1A Switch,
1.2A Carry
4-Slot BRIC
10 to 30 X-Connections
8-Slot BRIC
10 to 60 X-Connections
2-Slot BRIC
Solid State Large
Matrix Modules
8-wire analog bus (Y)
Up to 384
X Connections
64 to 96 X-Connections
±40V,
250mA Carry,
750mA Surge
4-Slot BRIC
64 to 192 X-Connections
8-Slot BRIC
64 to 384 X-Connections
Ruthenium Reed
1-Pole 40-560A-221
Ruthenium Reed
1-Pole 40-560A-021
Ruthenium Reed
1-Pole 40-560A-121
Ruthenium Reed
1-Pole 40-561A-221 †
2-Pole 40-561A-222
Ruthenium Reed
1-Pole 40-561A-021 †
2-Pole 40-561A-022
Ruthenium Reed
1-Pole 40-561A-121 †
2-Pole 40-561A-122
Ruthenium Reed
1-Pole 40-562A-221 †
2-Pole 40-562A-222
Ruthenium Reed
1-Pole 40-562A-021 †
2-Pole 40-562A-022
Ruthenium Reed
1-Pole 40-562A-121 †
2-Pole 40-562A-122
MATRIX
2-Slot BRIC
46 to 69 X-Connections
Ruthenium Reed
1-Pole 40-562A-221
Ruthenium Reed
1-Pole 40-562A-021
Ruthenium Reed
1-Pole 40-562A-121
Solid State Relay
1-Pole 40-563A-221
Solid State Relay
1-Pole 40-563A-021
Solid State Relay
1-Pole 40-563A-121
31
2 AMP LARGE MATRIX MODULES
● Integrated Large Size Matrices
● Require No User Configuration
● Pickering BRIC™ Modules Offer a Scalable
Solution With Upgrade Paths
● 2-Pole Electro-mechanical Relays With Current
Handling of 2 Amps
● Wide Range of Matrix Sizes with 4 or 8 Y Connections
● Partially Populated Configurations Available
● Fast Operating Speed of <3ms
● Occupy 4 or 8 3U PXI Slots
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
● Built-In Diagnostics -
TM
40-565A BRIC8 2 Amp
2-Pole Matrix Module
MATRIX
Pickering Interfaces range of Large Matrix Modules offers
integrated solutions for large matrix assemblies. The use of
high density packaging and integrated backplanes enables a
large matrix to be implemented with no user configuration or
special matrix expansion kits. The high density approach used
ensures the matrix has a large bandwidth and low through
path resistance. Fault diagnosis can be carried out through
the use of the 90-100 MXT tool and the matrices can be
serviced using standard de-soldering tools.
This range of large matrices feature 2-pole switching and
current handling up to 2A using electromechanical relays.
Any large matrix is available in partially populated
configurations giving a cost effective solution for specific
applications. Please consult the sales office for details.
All the connectors used by these modules are supported by a
comprehensive range of cable and connector accessories.
40-566A BRIC8 2 Amp
2-Pole Matrix Module
These BRIC modules are now supplied with Built In Relay Self
Test. This provides a quick way of finding switch path failures
down to a specific relay without the use of any external test
equipment.
4-Slot BRIC
55 to 165 X-Connections
4-Wire Analog Bus
(Y-Connection)
2 Amp Large
Matrix Modules
Up to 1540
Crosspoints
8-Slot BRIC
55 to 385 X-Connections
300Vdc/250Vac
2A Switch,
2A Carry
4-Slot BRIC
24 to 96 X-Connections
8-Wire Analog Bus
(Y-Connection)
8-Slot BRIC
24 to 192 X-Connections
32
Electro-mechanical
2-Pole 40-566A-00X
Electro-mechanical
2-Pole 40-566A-10X
Electro-mechanical
2-Pole 40-565A-002
Electro-mechanical
2-Pole 40-565A-102
FAULT INSERTION MATRIX MODULES
● Designed For Fault Insertion Applications
● Breakout Connections For Wiring to Sensors
● Pickering BRIC™ Architecture Provides Scalable Matrix
Size
● Wide Range of Matrix Sizes
● Partially Populated Configurations Available
● Ruthenium Reed Relay Versions For Maximum Signal
Performance
● Electro-mechanical Relay Versions For Current Handling
up to 10 Amps
● Occupy 4 or 8 3U PXI Slots
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
40-592 BRIC8 FIBO Matrix Module
The use of a programmable matrix for fault insertion
ensures testing is fast to perform and can be reproduced on
subsequent test cycles in the event of corrective action or a
system upgrade.
All reed relay matrices use high quality sputtered ruthenium
relays that exhibit excellent contact performance under low
and medium level switching conditions. For applications that
require fault insertion in power circuits and current handling
up to 10A, Pickering’s matrices based on electromechanical
relays provide an ideal solution.
The matrix design is based on Pickering’s proven BRIC
architecture that allows the matrix size required for an
BREAKOUT 1.1
BREAKOUT 2.3
BREAKOUT 2.2
BREAKOUT 2.1
BREAKOUT 80.3
BREAKOUT 80.2
BREAKOUT 80.1
Y1
Y2
BACKPLANE CONNECTION
All these matrices feature a breakout arrangement that
allows faults to be attached to the sensor lines via the
Y axis. This includes the breaking of a connection or the
adding of a series defect – all of which can simulate
connectivity problems in the system. The three pin
breakout versions allow the connection to be swapped for
a “bad” sensor simulation.
BREAKOUT 1.2
Y3
Y4
Y5
Y6
Y7
Y8
FAULT INSERTION
BREAKOUT 1.3
The Fault Insertion matrices are designed specifically
for safety critical applications where the response of a
control system is required to be evaluated when sensor
connections behave in unexpected ways. This is particularly
important in safety critical applications, such as automotive
and aeronautical systems, where unexpected controller
behavior could result in loss of life or substantial asset loss.
application to be selected from the many versions available.
Also, any FIBO matrix is available in partially populated
configurations giving a cost effective solution for specific
applications. Please consult the sales office for details.
Connectors used are fully supported by Pickering’s accessory
range of cables.
4-Slot BRIC
Ruthenium Reed
31 to 124 X-Connections
40-592-021-2P
2-Pin Breakout
Fault Insertion
Matrix Modules
150Vdc/100Vac
1A Switch,
1.2A Carry
8 Y-Connections,
Up to 248
X Connections
8-Slot BRIC
Ruthenium Reed
31 to 248 X-Connections
40-592-121-2P
4-Slot BRIC
Ruthenium Reed
20 to 80 X-Connections
40-592-021-3P
3-Pin Breakout
125Vdc/250Vac
10A Switch, 10A Carry (matrix)
8A Switch, 8A Carry (breakout)
3-Pin Breakout
8-Slot BRIC
Ruthenium Reed
20 to 160 X-Connections
40-592-121-3P
8-Slot BRIC
Electro-mechanical
60 to 30 X-Connections
40-595-101-3P
33
FAULT INSERTION SWITCH MODULES
Designed For Fault Insertion Applications
Breakout Connections For Wiring to Sensors
Choice of Channel Counts and Switch Configurations
Solid State Relay Versions For Current Handling
up to 30 Amps
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
IN2.1
FAULT1
CHANNEL2
OUT2.1
FAULT2
IN10.2
IN10.1
74
74
Fault MUX
CHANNEL10
FAULT INSERTION
OUT2.2
2
2
OUT10.2
OUT10.1
FAULT10
40-196 Fault Insertion
Switch with signal pairs
and separate fault inputs
Fault Insertion
Switch Modules
40-190B Fault Insertion
Switch with two fault buses
UUT Connections
OUT1.1
IN2.2
1
Fault Connections
CHANNEL1
OUT1.2
1
Fault Bus 1
IN1.1
Fault Bus 2
IN1.2
Stimulus/Measurement Connections
●
●
●
●
The Fault Insertion switches are designed specifically for safety
critical applications where the response of a control system is
required to be evaluated when sensor connections behave in
unexpected ways.
These switch modules feature a breakout arrangement that allows
faults to be attached to the sensor lines. This includes the breaking
of a connection or the adding of defect – all of which can simulate
connectivity problems in the system. Two switching topologies are
available; The first has single signal paths with series switches and
switches to connect to one or more fault buses. The second has
pairs of signals with series switches, shorting switches between the
signal pairs and switches to connect either signal to an external fault
input.
Fault insertion switches based on electro-mechanical relays are
available with current handling up to 20A. Versions with solid state
relays can handle up to 30A. For applications that require fault
insertion switching on a larger scale, Pickering’s BRIC base fault
insertion matrices provide an ideal solution.
±40V, 30A Carry,
120A Surge
6-Channels
±200V, 10A Carry,
50A Surge
6-Channels
Solid State Relay
2 Fault Inputs, 2 Buses 40-191-002
Solid State Relay
2 Fault Inputs, 2 Buses 40-192-002
Electro-mechanical Relay
16Vdc, 20A Max Switch,
1A Min Switch
7-Channels
1 Fault Inputs, 1 Bus 40-193-001
2 Fault Inputs, 2 Buses 40-193-002
16Vdc, 20A Max Switch,
No Min Switch
7-Channels
1 Fault Inputs, 1 Bus 40-194-001
2 Fault Inputs, 2 Buses 40-194-002
150Vdc/100Vac
2A Switch, 2A Carry
Up to 74
Channels
150Vdc/100Vac
1A Switch, 1A Carry
Electro-mechanical Relay
74-Channels
(also available with
32 or 64 channels)
22-Channel pairs
11-Channel pairs
110Vdc/100Vac
5A Switch, 5A Carry
10-Channel pairs
5-Channel pairs
34
40-191
30A Fault
Insertion
Switch
40-196 Avionics/
Automotive 5A Fault
Insertion Switch
Electro-mechanical Relay
4 Fault Inputs, 1 Bus 40-190B-001
8 Fault Inputs, 2 Buses 40-190B-002
Electro-mechanical Relay
8 Fault Inputs
40-195-001
Electro-mechanical Relay
4 Fault Inputs
40-195-101
Electro-mechanical Relay
10 Fault Inputs
40-196-001
Electro-mechanical Relay
5 Fault Inputs
40-196-101
LOW DENSITY MULTIPLEXER MODULES
● Versatile Multiplexer Range With Single & Dual Operation
● Configurable Versions Can be Set With Different Bank
Sizes and Pole Count
● Low Thermal EMF Version
● Screened 50Ω Option with 50MHz Bandwidth
● All Versions Use High Reliability Pickering Ruthenium
Reed Relays
● Fast Operating Speed <500µs
● Switch up to 150Volts, 1.2A with 20W Max Power
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
The range includes a low thermal offset multiplexer that is
suitable for connecting to thermocouples and other sensors
that requires the use of contacts with low offset errors and
consistent contact performance.
All the connectors used by these modules are supported by a
comprehensive range of cable and connector accessories.
MUX Bank 1
MUX Bank 2
1
1
2
2
3
3
Common
4
Common
4
15
16
15
16
Example Multiplexer Configuration:
Dual 1 to 16 (40-630)
Ruthenium Reed
Dual 16:1, 2-Pole
Dual 32:1, 1-Pole
Single 16:1, 4-Pole
Single 32:1, 2-Pole
Single 64:1, 1-Pole
MULTIPLEXER
The range of low density multiplexer solutions are ideal for
applications requiring a lower number of channels and poles.
All modules are based on high quality ruthenium reed relays
that provide a very long service life and consistent contact
operations at all rated switching levels.
40-630 General
Purpose Multiplexer
Module
40-630-022
Shielded Ruthenium Reed
150Vdc/100Vac
0.5A Switch, 1.2A Carry
Low Density
Multiplexer Modules
Dual 16:1, 1-Pole
Single 32:1, 1-Pole
40-630-021-S
Ruthenium Reed
Between 16 & 64 Channels,
1 & 2 Banks,
1, 2 & 4 Poles
Dual 24:1, 1-Pole
Single 24:1, 2-Pole
Single 48:1, 1-Pole
150Vdc/100Vac
0.5A Switch, 1A Carry
40-632-021
Low Thermal Ruthenium Reed
Single 23:1, 2-Pole 40-620-022
35
HIGH DENSITY MULTIPLEXER MODULES
1.1
1.2
1.3
Chan 1
● Versatile Multiplexer Range With Channel
Counts From 4 to 1, Up To 198 to 1
● Versions Available With Between 1 and 20 Separate
Banks
● Pole Count From 1 Up To 32
● Reed Versions Use High Quality Sputtered Ruthenium
Reed Relays
● Screened 50Ω Option with 50MHz Bandwidth
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
● Software Configured Versatile Multiplexers
1.4
2.2
2.3
2.4
C.1
The range of High Density Multiplexers provide a compact array of
MUX solutions with differing combinations of channel counts and
poles. Most high density solutions include isolation relays that allows
the MUX to be disconnected from the single input/output port,
enabling the convenient interconnection of other channels.
The modules use high density connectors that are fully supported by
the Pickering Interfaces range of connector and cable accessories.
C.2
C.3
Ruthenium Reed
C.4
49.1
40-670A
Multiplexer
in 49 Channel
4 pole
Configuration
(1 bank).
49.2
49.3
Configurations between Single 128:1, 1-Pole
& 8-Bank 8:1, 2-Pole:
40-610-021/022
Chan 49
MULTIPLEXER
Common
Isolation
Switches
Chan 2
2.1
40-616
15-Bank,
5-Channel
Multiplexer
40-675 Very
High Density
Multiplexer
Shielded Ruthenium Reed
49.4
Configurations between Single 64:1, 1-Pole
& 8-Bank 8:1, 1-Pole:
40-610-021-S
Ruthenium Reed
150Vdc Max Voltage
1A Switch, 1.2A Carry
Configurations between Single 160:1, 1-Pole
& 20-Bank 4:1, 2-Pole:
40-615-021/022
Shielded Ruthenium Reed
Configurations between Single 80:1, 1-Pole
& 20-Bank 4:1, 1-Pole:
40-615-021-S
100Vdc Max Voltage
1A Switch, 1A Carry
Ruthenium Reed
16-Bank 5:1, 1-Pole:
18-Bank 3:1, 1-Pole:
40-616-021
40-617-021
Ruthenium Reed
High Density
Multiplexer Modules
150Vdc Max Voltage
0.5A Switch, 1.2A Carry
Single 94:1, 1-Pole or
Single 47:1, 2-Pole:
40-640-022
Shielded Ruthenium Reed
Single 47:1, 1-Pole:
Between 4 & 198 Channels,
Between 1 & 20 Banks,
Between 1 & 32 Poles
40-640-021-S
Ruthenium Reed
150Vdc Max Voltage
0.5A Switch, 0.5A Carry
Configurations between Single 198:1, 1-Pole
& Single 5:1, 32-Pole:
40-670A-021/022
Shielded Ruthenium Reed
Configurations between Single 99:1, 1-Pole
& Single 5:1, 16-Pole:
40-670A-021-S
150Vdc Max Voltage
1A Switch, 1A Carry
Electro-mechanical
Configurations between Single 198:1, 1-Pole
& Single 5:1, 32-Pole:
40-675-002
Electro-mechanical
300Vdc/250Vac
2A Switch, 2A Carry
Software Configurable between Single 128:1,
1-Pole & 8-Bank 16:1, 1-Pole:
40-612-002
Electro-mechanical
Software Configurable between Single 64:1,
2-Pole & 16-Bank 4:1, 2-Pole:
40-613-002
36
POWER MULTIPLEXER MODULES
● Versatile Multiplexer Range With Channel
Counts From 3 to 1, Up To 64 to 1
● Versions Available With Between 1 and 8 Separate Banks
● One or Two Pole Versions Available
● Electromechanical Relay Versions Capable of Switching Up
To 10 Amps
● Solid State Versions Capable of Switching Up To 30 Amps
● Power And Sense MUX Version Suitable For Power
Distribution and Regulation Circuits
● Kernel, VISA and IVI Support For PXI Environments
40-656 38 Channel
● Kernel and IVI Support For LXI Environments
2 Amp Multiplexer
40-667
30A Solid
State Power
Multiplexer
Each module uses connectors supported by the Pickering cable accessory range and relays
have been carefully selected to ensure long service life under demanding load conditions.
All the connectors used by these modules are supported by a comprehensive range of
cable and connector accessories.
125Vdc/250Vac
5A Max Current
Schematic of 40-650
Power Multiplexer
Module
(two pole single bank
16 to 1)
Electro-mechanical
Single 16:1, 2-Pole 40-650-002
Electro-mechanical
220Vdc/125Vac
2A Max Current
7-Bank 4:1, 2-Pole 40-655-002
Single 38:1, 2-Pole 40-656-002
MULTIPLEXER
The power MUX range provides a selection of switching modules based on
electromagnetic, reed and solid state relays capable of switching currents of up to 30A.
Each module supports one or more multiplexer channels between one input/output
terminal and a selection of output/input terminals. To reduce through path resistance most
of these multiplexers do not include isolation relays.
Electro-mechanical
110Vdc/250Vac
2A Max Current
8-Bank 8:1, 1-Pole
4-Bank 16:1, 1-Pole
2-Bank 32:1, 1-Pole
Single 64:1, 1-Pole
40-657-002
Ruthenium Reed
Power
Multiplexer Modules
200Vdc/240Vac
1A Switch, 2A Carry
Between 3 & 64 Channels,
Between 1 & 8 Banks,
1 & 2 Poles
300Vdc/250Vac
2A Max Current
125Vdc/250Vac
8A Max Current
Dual 18:1, 2-Pole
Power & Sense MUX 40-658-002
Electro-mechanical
8-Bank 8:1, 2-Pole 40-659-102
Electro-mechanical
Single 10:1, 2-Pole 40-660-002
Electro-mechanical
125Vdc/250Vac
10A Max Current
Single 10:1, 1-Pole 40-660-001
Single 18:1, 1-Pole 40-665-001
Solid State High Power
200Vac/dc
10A Max Current
Dual 3:1, 1-Pole
40-666-001
Single 6:1, 1-Pole 40-666-002
Solid State High Power
40Vac/dc
30A Max Current
Dual 3:1, 1-Pole
40-667-001
Single 6:1, 1-Pole 40-667-002
37
SOLID STATE MULTIPLEXER MODULES
● Versatile Multiplexer Range With Channel
Counts From 8 to 1, Up To 160 to 1
● Versions Available With Between 1 and 20 Separate Banks
● 1 or 2 Pole Configurations
● Solid State Switching Gives Fast Operation and Long
Service Life
● Ideal For Low current and Low Voltage Applications
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
This range of high density multiplexers is based on solid state
switching devices. They suitable for applications that require fast
operation and a long service life with frequent switch operation.
They are ideal for routing low current, low voltage signals such
as DMM measurements or data acquisition. Also, they have the
advantages of no switch bounce and no wear out mechanism.
40-682 Solid State
Versatile Multiplexer
Module
MULTIPLEXER
The range provide a compact array of multiplexer solutions with
differing combinations of channel counts and poles. The 40-682
has a versatile software configurable architecture and is the solid
state equivalent of the relay based 40-612.
The modules use high density connectors that are fully supported by
the Pickering Interfaces range of connector and cable accessories.
BANK 1
Com
BANK 2
BANK 20
1
1
1
2
2
2
3
3
3
4
4
5
Com
5
Com
4
5
6
6
6
7
7
7
8
8
8
Schematic of 40-680 Multiplexer Module
(20 bank 8 to 1 configuration)
Solid State
Multiplexer Modules
Between 8 & 160 Channels,
Between 1 & 20 Banks,
1 & 2 Poles
38
±15V, 20mA Carry,
40mA Surge
±40V, 250mA Carry,
750mA Surge
Solid State Switch
Configurations between Single 160:1, 1-Pole
& 20-Bank 8:1, 1-Pole:
40-680
Solid State Switch
Software Configurable between Single 128:1,
1-Pole & 8-Bank 8:1, 2-Pole:
40-682
RF SWITCH MODULES
● Comprehensive Range of RF Switch Modules Including
Relays, Matrices and Multiplexers
● 50Ω and 75Ω Versions Available
● Bandwidths Up To 3500MHz
● Wide Range of Signal Connectors Including BNC, SMB,
SMA, SMZ, 1.0/2.3, Mini SMB and MCX
● Power Handling Up To 15 Watts
● 75Ω Version Suitable for Telecoms and High Quality
Video Switching
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
RL1
MUX 2
RL8
RL5
2.1
RL7
COM 2
2.2
RL6
2.3
40-776-751
2.4
The modules offer a range of relay, multiplexer and
matrix functions. Some matrices include the facility for
externally cabled expansion by providing a loop-through
facility.
The modules can be provided with a variety of output
connectors to suit the application, they are also
supported by a comprehensive range of cable and
connector accessories.
40-877
Bank 2
40-877
Bank 1
X1.1
X2.1
X1.1
Loop-Thru
X2.1
Loop-Thru
X2.2
X1.2
X1.2
Loop-Thru
40-870 Hex RF SPDT
Switch Module
Y2.2
Loop-Thru
1.4
Y2.2
1.3
Y2.1
1.2
RL2
Y2.1
Loop-Thru
COM 1
Y1.1
Schematic
Diagram for the
40-776 Dual 4 to
1 RF Multiplexer
Module
Pickering has a range RF switches capable of providing
economic switching for frequencies up to 3.5GHz. For
higher frequency applications, or applications requiring
high performance levels, Pickering also offer a variety of
microwave switching modules.
Y1.2
Loop-Thru
1.1
RL3
Y1.2
MUX 1
Y1.1
Loop-Thru
RL4
RF & MICROWAVE
40-874 Dual 8 to 1
RF Multiplexer Module
RF 2x2 Matrix
X2.2
Loop-Thru
RF 2x2 Matrix
Schematic Diagram for the 40-877 Dual 2 x 2 Expandable
Matrix with Loop-thru
39
RF SWITCH MODULES
RF SPDT
Switches
RF Matrices
Radio Frequency
Switch Modules
RF & MICROWAVE
3GHz
50Ω SMB or MCX connectors
Triple or Hex SPDT 40-870
2.7GHz
75Ω SMB or MCX connectors
Triple or Hex SPDT 40-830
2.5GHz
50Ω BNC, SMB, SMA connectors
75Ω BNC, SMZ, 1.0/2.3, miniSMB
Quad SPDT 40-710
3GHz
50Ω SMB or MCX connectors
Single or Dual 2x2 Matrix
With Loop-Thru 40-877
2.5GHz
75Ω SMB or MCX connectors
Single or Dual 2x2 Matrix
With Loop-Thru 40-837
1.5GHz
50Ω SMB or SMA connectors
8x2 Matrix 40-750
500MHz
50Ω SMB connectors
75Ω SMZ, 1.0/2.3, miniSMB
8x9 Matrix 40-725
300MHz
50Ω SMB connectors
75Ω miniSMB connectors
12x8 Matrix 40-726A
50Ω SMB or MCX connectors
Single, Dual or Quad
4 to 1 MUX 40-872
75Ω SMB or MCX connectors
Single, Dual or Quad
4 to 1 MUX 40-832
50Ω SMB or MCX connectors
Single or Dual Terminated
4 to 1 MUX 40-873
75Ω SMB or MCX connectors
Single or Dual Terminated
4 to 1 MUX 40-833
50Ω SMB or MCX connectors
Single, Dual or Quad 4 to 1
Terminated Com MUX 40-876
50Ω SMB or MCX connectors
Single or Dual
8 to 1 MUX 40-874
75Ω SMB or MCX connectors
Single or Dual
8 to 1 MUX 40-834
50Ω SMB or MCX connectors
16 to 1 MUX 40-875
75Ω SMB or MCX connectors
16 to 1 MUX 40-835
50Ω SMB or SMA connectors
75Ω 1.0/2.3 or miniSMB connectors
16 to 1 MUX 40-777
50Ω SMB or SMA connectors
75Ω SMZ, 1.0/2.3 or miniSMB
4 to 1 MUX with automatic
Termination 40-740
50Ω BNC or SMB connectors
75Ω BNC connectors
4 to 1 MUX 40-745
50Ω SMB or SMA connectors
75Ω SMZ, 1.0/2.3 or miniSMB
8 to 1 MUX 40-745
50Ω SMB or SMA connectors
75Ω SMZ, 1.0/2.3 or miniSMB
Dual 4 to 1 MUX 40-746
50Ω SMB or SMA connectors
75Ω 1.0/2.3 or miniSMB connectors
16 to 1 MUX 40-747
50Ω SMB or SMA connectors
75Ω 1.0/2.3 or miniSMB connectors
Dual 8 to 1 MUX 40-748
50Ω SMB or SMA connectors
75Ω 1.0/2.3 or miniSMB connectors
Quad 4 to 1 MUX 40-749
50Ω SMB or SMA connectors
75Ω 1.0/2.3 or miniSMB connectors
Dual 8 to 1 MUX 40-778
Up to 3GHz
Bandwidth
3GHz
RF Multiplexers
2GHz
40
MICROWAVE SWITCH MODULES
● Comprehensive Range of Microwave Switch Modules
Including Relays, Matrices and Multiplexers
● 50Ω and 75Ω Versions Available
● Bandwidths Up To 65GHz
● Range of Signal Connectors Including SMA,
SMZ and Mini SMB
● Power Handling Up To 100 Watts
The Pickering Interfaces range of microwave modules
provides high performance switching that features low
insertion loss and very high isolation. The range varies
from simple multiplexer and switch configurations to
integrated matrices and large multiplexers.
40-785A Dual
6 Channel
Microwave
Multiplexer
Module
Most products are characterized for 50Ω operation but
some 75Ω versions are supplied either as standard
products or as custom units. The 40-785A is also available
in 20GHz terminated versions, and in remotely controlled
versions. Remote versions occupy a single PXI slot with
the microwave switches mounted separately from the host
chassis, connection to the module is via a supplied control
cable.
The modules use high quality RF connectors that are
supported by a comprehensive range of cable and
connector accessories.
Transfer Switch 1
Transfer Switch 2
A
A
1
B
3
2
1
B
A
B
4
3
2
3
Com
4
Relay 1
Com 1
4
off
6
Schematic Diagram for the 40-785A
Single 6 to 1 Microwave MUX
NC 1
Relay 2
Com 2
NO 1
NO 2
NC 2
Schematic Diagram for the 40-780
2 x SPDT Microwave Switch
Microwave
SPDT Switch
65GHz, 30W power
(100W at low frequency)
50Ω SMA, SMA-2.9, SMA-2.4
or SMA-1.8 connectors
75Ω SMZ or miniSMB connectors
Single, Dual, Triple or
Quad SPDT
40-780
Microwave
Transfer Switch
26.5GHz, 30W power
(100W at low frequency)
50Ω SMA connectors
Single or Dual Transfer
Switch
40-782
40GHz, 50W power
(120W at low frequency)
50Ω SMA or SMA-2.9 connectors
75Ω 1.6/5.6 connectors
Single or Dual 6 to 1
Multiplexer 40-785A†
40GHz, 50W power
(120W at low frequency)
1W termination power
50Ω SMA or SMA-2.9 connectors
Single or Dual 6 to 1
Terminated MUX 40-785A†
20GHz, 30W power
(100W at low frequency)
50Ω SMA connectors
Single, Dual or Triple
6 to 1 Multiplexer 40-786
12GHz, 25W power
(80W at low frequency)
50Ω SMA connectors
Configurable 36-Input
Multiplexer
40-789
20GHz, 30W power
(100W at low frequency)
50Ω SMA connectors
3x3, 4x3 or 4x4
Matrix 40-787
Microwave
Switch Modules
† The 40-785A is available
as a single, dual or triple
6 to 1 MUX occupying a
single PXI slot with
remotely mounted
microwave switches
2
5
Schematic
Diagram
the
Position
A: 1 tofor
2, 3
to 40-782
4
2 x Microwave
Position B: 1Transfer
to 3, 2 toSwitch
4
Up to 65GHz
Bandwidth
1
B
A
40-780 Quad
SPDT
Microwave
Switch
Module
Microwave
Multiplexers
Microwave
Matrix
RF & MICROWAVE
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
41
OPTICAL SWITCHING MODULES
● Comprehensive Range of Optical Multiplexers and
Insert/Bypass Switches
● MEMS Switching Technology Offers High Reliability
and Fast Operating Speed
● Single and Multi Mode Versions
Common
Channel 1
● FC/APC, FC/PC, SC/PC, MU (mini SC) orChannel
LC 2
Connectors (Single Mode Versions)
Channel 1
● SC or ST Connectors (Multi Mode Versions)
Channel 2
● Kernel, VISA andCommon
IVI Support For PXI Environments
Channel 3
● Kernel and IVI Support For LXI Environments
Channel 4
Channel 1
Common
Channel 2
Channel 1
Channel 2
SPECIAL PURPOSE
Schematic
Diagram for
Single 4 to 1
Multiplexer
Channel 1
Channel 3
Channel 2
Channel 4
Common
Common
Channel 3
Channel 5
Channel 4
Channel 6
Channel 7
Channel 8
Channel 1
Channel 2
Channel 3
3
1
Schematic
Diagram for
Insert/Bypass
Switch
Common
2
1
Reset State
Set State
1
2
1
2
Channel 4
4
Channel
5
The Pickering Interfaces range of optical switching modules
include high performance multiplexers and insert/bypass
switches. MEMS (Micro Electro-Mechanical Systems)
switch technology offers higher performance and longer
operational life compared to conventional prism based
optical switching.
Channel 6
3
Channel 7
3
Reset State
Set State
4
MEMS Optical Switching
Single 4-Channel
3
4
Single-Mode/1200 to 1600nm,
Multi-Mode/700 to 1700nm
Multiplexer
Single-Mode/1200 to 1600nm,
Connector Options:
FC/APC, FC/PC, SC/PC,
MU (mini SC), LC
40-850
MEMS Optical Switching
Single 4-Channel
40-852
MEMS Optical Switching
Single 2-Channel
40-855
Dual 2-Channel
40-855
Connector Options:
FC/APC, FC/PC, SC/PC,
MU (mini SC), LC, SC, ST
Multiplexers,
Insert/Bypass
Switches
42
40-860 Fiber Optic
Insert/Bypass Switch
Module
Channel
8
4
2
Optical
Switch Modules
40-852 8-Channel
Fiber Optic
Multiplexer Module
Insert/Bypass
Switch
MEMS Optical Switching
Single Insert/Bypass 40-860
Dual Insert/Bypass
40-860
Multiplexer
MEMS Optical Switching
Triple 2-Channel
40-855
Quad 2-Channel
40-855
Insert/Bypass
Switch
MEMS Optical Switching
Triple Insert/Bypass 40-860
Quad Insert/Bypass 40-860
TELECOMS/DIFFERENTIAL SWITCHING MODULES
● A Range of Switching Modules Designed For
Switching Signals Carried on Differential Pairs
● Daisy Chain Switching Modules Suitable For Testing
SONET/SDH Transmission Multiplexers
● Daisy Chain Switching Modules Available in Unbalanced
75Ω and Balanced 120Ω Versions With 8 or 16 Channels
● Differential MUX For Switching Serial Data
Communication Signals Such as USB and Ethernet
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
40-796 Daisy Chain
Switching Module
The daisy chain switching modules 40-792/3/5/6, are
specifically designed for production or verification testing of
SONET/SDH transmission multiplexers switching 2MBit/s
or 1.5MBIt/s data. Versions are available for 75Ω or 120Ω
balanced systems with either 8 or 16 tributary channels.
The modules incorporate switches that allow data to be fed
sequentially through selected tributaries, and multiplexers
enable test equipment to break into selected channels.
16-Chan.
MUX
2
3
4
The 40-735 and 40-736 multiplexers are designed to switch
signals carried by serial interfaces such as RS232 and USB.
They can be configured to different multiplexer formats,
each channel having two poles. The 40-736 has sufficient
bandwidth to allow the switching of Gigabit Ethernet.
All the connectors used by these modules are supported by a
comprehensive range of cable and connector accessories.
TEST SIGNAL OUT
TEST SIGNAL IN
1
40-736
Datacoms
MUX
16-Chan.
MUX
16
1
2
3
4
2-Pole Switching Array
Rx/Tx
Reversing
Switch
Tx1
All Signal Paths
Are 2-Pole
DAISY
CHAIN
IN
DAISY
CHAIN
OUT
RX2
TX2
RX16
Rx/Tx
Reversing
Switch
Rx2
8-Way
2-Pole
Tree MUX
8-Way
2-Pole
Tree MUX
3
4
TX1
8-Way
2-Pole
Tree MUX
1
16
2
RX1
Rx1
SPECIAL PURPOSE
This range of modules is ideal for switching signals carried as
differential signals where a controlled differential impedance
is required. Applications include Telecoms signals and the
switching of serial bus systems that use differential signalling.
Tx2
TX16
8-Way
2-Pole
Tree MUX
DEVICE UNDER TEST
16 Channel Daisy Chain Switching Module 40-793
Configurable 2-Pole Datacoms MUX 40-736
Daisy-Chain Tributary Switch
Telecoms/Differential
Switch Modules
100Vdc/100Vac
1A max current
Daisy-Chain
Tributary Switch
Data Comms
Multiplexer
150Vdc/100Vac
0.5A max current
1-Pole, 75Ω, 100MHz bandwidth
Electro-mechanical
8-Channel 40-792-701
16-Channel 40-793-701
Daisy-Chain Tributary Switch
Electro-mechanical
2-Pole, 100/120Ω, 100MHz bandwidth
8-Channel 40-795-001
16-Channel 40-796-001
MUX suitable for USB1 or RS232
2-Pole, 90Ω, >200MHz bandwidth
Reed & Electro-mechanical
Single 36-Channel or
Dual 18-Channel 40-735-912
Single 18-Channel 40-735-902
Electro-mechanical
100V max voltage
0.3A max current
MUX suitable for USB, RS232 or Ethernet
100V max voltage
0.5A max current
MUX suitable for USB1 and USB2
2-Pole, 100Ω, 450MHz bandwidth
4-Pole, 100Ω, 450MHz bandwidth
Configurable as Single
32-Channel, Dual 16-Channel or
Quad 8-Channel
40-736-001
Electro-mechanical
Single 8-Channel
40-737-901
43
ARINC 608A SWITCHING MODULES
● A Range of Switching Modules Designed For
Routing Signals in Avionics Test Systems
● BRIC Based Resource Distributor & Bus Matrix Inputs
Module With a Choice of Configurations
● Source Switching Module Has 12 x 4 to 1 Multiplexers
and 44 SPST Relay Contacts
Occupying a Single 3U PXI Slot
● Switch/Carry Current of 2A
● Maximum Switching Voltage 300Vdc/250Vac
● Kernel, VISA and IVI Support For PXI Environments
● Kernel and IVI Support For LXI Environments
Fully Populated 40-569
Resource Distributor/Bus
Matrix Module in BRIC8 Format
This range of switching modules is designed to support the
requirements the of ARINC 608A specification and are primarily
intended for the construction of avionics test systems.
SPECIAL PURPOSE
The 40-569 is based on Pickering’s proven BRIC format and
can be specified as a 4 or 8 slot module. The module can be
fitted with a combination of Resource Distributor and Bus Matrix
Input daughter cards as required by the user. The maximum
configuration is six Bus Matrix and two Resource Distributor
cards fitted in a BRIC8 module. The daughter cards are interlinked by the BRIC’s 16-wire analog backplane giving a high level
of integration. This reduces the cost and complexity of cabling
that would required in implementing an equivalent system using
conventional switching modules.
16-WIRE BRIC ANALOG BACKPLANE
2
2
2
2
2
2
2
2
RESOURCE DISTRIBUTOR CARD
2-POLE 16 x 4 MATRIX
2
2
2
2
2-POLE 8 x 4 MATRIX
2
The 40-618 consists of twelve 4 to 1 multiplexers and 44 SPST
uncommitted relays in a single PXI slot module and is suitable
for Source Switching applications
2
2
2
2
2
2
2
2
2
2
2
2
2
16-WIRE BRIC ANALOG BACKPLANE
2
All the connectors used by
these modules are supported
by a comprehensive range
of cable and connector
accessories.
2
2
2
2
BUS MATRIX
INPUTS CARD
4
2
4
ARINC 608A
Switch Modules
4
4
4
4
4
4
4
4
4
4
4-POLE 16 x 2 MATRIX
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
40-569 Bus Matrix Inputs Card
Resource Distributor
16 off 2-Pole Inputs per Card
300Vdc/250Vac
2A Switch, 2A Carry
2
4
4-POLE 16 x 2 MATRIX
40-618 Source
Switching Module
2
4
4
44
2
40-569 Resource Distributor Card
All modules are based on high
quality electro-mechanical
relays with 2A switch/carry
current and 250VAC/220VDC
voltage rating.
Resource Distributor,
Bus Matrix Input,
Source Switching
2
Bus Matrix Input
2x16 off 4-Pole Inputs per Card
Electro-mechanical
Up to 2 Cards
per Module
Up to 6 Cards
per Module
40-569
Source Switching
Electro-mechanical
12 off 4-Channel MUX and
44 off SPST Relays
40-618-001
4
PXI MODULE SOFTWARE SUPPORT
PXI Instrument Software Drivers:
Pickering PXI Instrument Modules are supplied with complete Windows 2000/XP/Vista drivers and soft front panels - freely
available from our web site www.pickeringtest.com.
A Selection of Soft Front Panels for Pickering’s
wide range of PXI Instrument Modules
Pickering PXI Switch Modules are supplied with Windows 2000/XP/Vista drivers that can also be downloaded from our web site
www.pickeringtest.com from our software download page. Code examples are also available for LabWindows/CVI, Visual Basic,
Visual C++ and Borland C++.
All Modules have comprehensive VISA and DLL (Direct I/O) support together with Soft Front Panels, source code for LabVIEW
VIs, diagnostic utilities and HTML Help, all of which may also be downloaded directly from our web site.
Pickering have just one driver set that supports ALL of our PXI and PCI switch cards, greatly simplifying software development,
especially in systems with a large number of switch cards. Also provide is an IVI driver supporting most of the PXI switching
modules. All PXI Modules are compatible with NI’s Measurement & Automation Explorer.
The VISA driver is also compatible with Real-Time Operating Systems such as LabVIEW RT. Additionally, QNX is fully supported,
for other RTOS support contact Pickering.
Drivers for popular Linux distributions are available, other environments are also supported, please contact Pickering with specific
enquiries.
Matrix Soft Panel
Multiplexer Soft Panel
SOFTWARE SUPPORT
PXI Switching Software Drivers:
Switch Panel Manager
Pickering Interfaces PXI Switching Soft Front Panels
Programming options for Pickering Interfaces PXI Cards
All PXI modules are supplied with software drivers for Microsoft Windows 2000/XP/Vista operating systems, with specific
support for the following development environments:
●●
●●
●●
●●
●●
Microsoft Visual Basic
Microsoft Visual C++
Borland C++
National Instruments LabWindows/CVI
National Instruments LabVIEW and LabVIEW RT
Windows drivers are supplied in the form of Dynamic Link Libraries, which should also be usable in any other development
environment that supports them.
Three different Windows drivers are available to meet particular system requirements, and should none of these be suitable there
is also the option of register-level programming. Drivers are generally ‘universal’, handling all models in the PXI range.
IVI Driver for Windows - pi40iv
The pi40iv IVI (Interchangeable Virtual Instrument) driver supports all Pickering Interfaces PXI switch cards that are consistent
with the Iviswtch class model - as are the great majority of cards in the PXI range. It integrates well with LabWindows/CVI and
LabVIEW, and is fully compatible with Switch Executive. It is also usable in general-purpose programming environments such as
Visual C++ and Visual Basic.
45
PXI MODULE SOFTWARE SUPPORT
NI Switch Executive Support
All Pickering PXI switch modules that have IVI drivers are
100% compatible with Switch Executive from National
Instruments.
NI Switch Executive is a basic switch management and
routing application which allows users to configure and name
switch modules, external connections and signal routes.
All Pickering Interfaces modules with IVI support meet the
requirements that allow them to be supported by NI Switch
Executive.
VISA Driver for Windows - pipx40
The pipx40 driver conforms to the VISA (Virtual Instrument Software Architecture) standard for programmable instrumentation.
Instrument control environments such as LabVIEW and LabWindows/CVI are based on VISA, and pipx40 support libraries are
provided for them.
SOFTWARE SUPPORT
Where VISA is available, pipx40 can also be used in general-purpose programming environments such as Visual C++ and Visual
Basic. When IVI is not a system requirement this driver will often yield faster operation than the pi40iv driver.
Direct I/O Driver for Windows - Pilpxi
The Pilpxi driver accesses cards directly, without using the VISA software layer, while offering similar overall functionality to
pipx40. It is most commonly used in general-purpose programming environments such as Visual C++ and Visual Basic. Operating
speed of the VISA and Direct I/O drivers is generally comparable.
Register-level Programming
Where the supplied drivers are not suitable, register-level programming can be employed - for example:
●●
●●
●●
●●
If the functionality of the supplied drivers does not meet the application requirements.
If security considerations demand full source-code for the application.
In development environments that have alternate mechanisms for accessing PCIbus.
For operating systems other than Windows LabVIEW, LabWindows/CVI and Switch Executive
Agilent VEE Support
All Pickering PCI/PXI Switch cards and some instrument cards
can be accessed from an ActiveX control and are therefore
available for use within Agilent VEE. This allows a rich
source of PCI/PXI switching solutions to be incorporated into
systems based on non-PCI/PXI instrumentation such as IEEE488.
NI TestStand Support
The Pickering Interfaces Switching Step Types for TestStand
helps to accelerate sequence development without detailed
knowledge of the PIPX VISA driver functions.
NI TestStand is designed to automate sequences of steps.
These steps can be individual tests, measurements, actions,
or commands.
46
PXI MATRIX TEST TOOL PI-MXT
Pickering Interfaces MatriX Test Tool (PI-MXT), 90-100
The PI-MXT is a sophisticated diagnostic tool, which allows a
complete relay self test of a BRIC™ module, individual BRIC™
daughter card, or other Pickering Interfaces matrix. The PI-MXT
is an easy to use, low cost tool that is especially useful in remote
production sites where local technical support may be limited. It
provides the following features and capabilities:
●● Complete BRIC™ or Matrix self-test capability
●● Low cost, high fault coverage, self-test tool
●● Tests for all relay fault types (bad open or bad close)
●● Identifies faults to individual component relay level
●● Test sequencer allows detailed control of testing
●● Test results shown on screen or sent to log file
●● Runs single or repeat tests for maximum confidence
The Pickering PI-MXT Kit
The PI-MXT kit comprises the following:
●● A Test Adapter for the specific BRIC™ or matrix module being
tested.
●● PI-MXT Software (Windows 2000 or XP executable).
The PI-MXT package requires the use of a separate Digital Multimeter
(DMM). The default 6½ digit DMM is the Pickering PXI 41-200 (or 41210 7½ Digit DMM), other DMMs are supported.
Test Sequencer Front Panel for the
PI-MXT. This allows any combination
of tests to be run in either single or
multiple sequences.
APPLICATIONS INFORMATION
Pickering Interfaces’ Wiki
SUPPORT PRODUCTS
Customized versions can be made available for particular customer
requirements or for incorporation into System Level Test.
On-line application and technical
support for using Pickering
Interfaces’ products in real world
situations is available from
the Pickering Wiki. It contains
information about software
drivers, product comparisons as
well as technical information on
switching architectures.
Subjects can be browsed by
category, such as Hardware or
Software, or the search feature
can be used to find articles
containing a particular product
number or keyword.
The Wiki can be accessed
by following the links on the
Pickering Interfaces homepage:
www.pickeringtest.com
47
PXI ACCESSORIES
Pickering Interfaces understands that just providing the switching and
instrumentation modules is not enough, users need to be provided with fast
and effective ways of connecting their investment to the device under test.
The modules in the Pickering Interfaces PXI, PCI and LXI system are fully
supported by a comprehensive range of connector and cable accessories.
The accessories are detailed in the 56 page Interconnection Solutions
Catalog available in paper or downloadable format. The catalog is cross
referenced to all Pickering system 40 PXI modules and PCI modules as
well as PXI modules supported by the 60-100 series LXI chassis, making it
easy for the user to find the perfect accessories to compliment their chosen
module.
●● Connectors & Prototyping Cables For Pickering PXI,
PCI and LXI Modules.
SUPPORT PRODUCTS
Pickering can supply mating multiway connectors for any
PXI module in the range from 4-way power connectors
up to 200-way high density types. This allows the user
to construct their own prototype cable assemblies to
suit specific applications. Alternatively, cableforms can
be supplied with a multiway connector on one end and
unterminated wires on the other. This removes a large
amount of the work required by the user when prototype
cabling is required
●● Cable assemblies For Pickering Interfaces PXI,
PCI and LXI
Pickering Interfaces offers a wide range of standard and
custom cable assemblies that support all our switching
and instrumentation products. Every modules we
manufacture is fully supported by cables accessories,
allowing users to procure their cables and modules
from on source to ensure connector compatibility.
Our manufacturing plant in the Czech Republic can
manufacture high quality cable assemblies in small or
medium volumes on fast turn around times. We support
both simple and complex connectors (200 way).
●● Connector Blocks & Breakouts For Pickering PXI,
PCI and LXI Modules
Breakout Boxes provides an electrical connection between
a module’s multiway connector and a set of screw
terminals. They are mounted on the front panel of the
module and allow the user to easily attach discrete wires to
what would otherwise be a difficult to terminate connector.
Most Pickering PXI modules have a good selection of
Connector Blocks and Breakouts available.
●● Fuse Holders and Terminals For PXI, PCI and LXI
We also offer a range of DIN rail mounted Terminals and
accessories. These provide an easy means of building
your test system as they enable discrete wires from
cableforms to be interconnected between PXI modules
and the devices under test. The range also includes DIN
rail mounted fuse holders to provide overload protection
for your test system.
●● Custom Connectors & Cabling
If a particular connector and cable configuration
cannot be found in the Interconnection Solutions
Catalog, Pickering can make custom cableforms to
special order. This service further reduces the work
that the user requires to build a test system that
exactly meets their requirements. Please contact
Pickering sales office to discuss your application.
48
PXI MASS INTERCONNECT
PXI Mass Interconnection
Solutions
All Pickering Interfaces’ PXI
modules are compatible with
Mass Interconnect solutions from
MAC Panel and Virginia Panel
Corporation.
For more information, visit MAC
Panel at www.macpanel.com
and Virginia Panel Corporation at
www.vpc.com
Typical Mass Interconnect Receiver
Fitted to a BRIC 4
(photo courtesy of MAC Panel)
6U PXI SWITCHING MODULES
Pickering can also supply PXI switching modules
in 6U format, these are usually for specific
applications and made to special order. The
range includes uncomitted relays, and RF
matrices as outlined below - please refer to our
web site for details, or to download the data
sheet.
●●
45-157 Power Relay Module
48 x SPDT relays with a voltage rating
of 250VAC and capable of switching
7.5A
●●
45-720 250MHz RF Matrix Module
Expandable 16 x 16 matrix with loopthru connections. Available in 50Ω and
75Ω versions.
Pickering can also supply 6U PXI cards with
custom switch configurations, please contact the
Pickering sales office for details.
SUPPORT PRODUCTS
These solutions allow easy
connection to the front panel
signals of PXI modules used in
large or complex ATE systems.
They are particularly useful when
using high density switching
modules such as Pickering’s BRIC.
45-157 6U Power
Relay Module
45-720 6U RF
Matrix Module
49
OTHER SWITCH & INSTRUMENT PRODUCTS FROM PICKERING
Pickering have been manufacturing Modular Switching & Instrumentation systems since 1988. Our sister company
Pickering Electronics have manufactured instrumentation quality reed relays since the late 1960’s. Pickering
Interfaces design & manufacture solutions for all major modular Test platforms including PXI, GPIB, PCI, VXI and
now LXI, we also manufacture many customer solutions and have a wide range of connector/cabling designed for
the demanding Functional Test Developer.
LXI Instruments (LAN eXtensions for Instrumentation),
– SYSTEM 60
Pickering Interfaces are Strategic members of the LXI Consortium, www.lxistandard.org.
LXI is the next generation of test instrumentation combining state-of-the-art measurements in a small package at a
cost-effective price using enhanced Ethernet connectivity and built in Triggering. Pickering are constantly adding to their
range of LXI products, currently the range includes; High Density Matrices, High Power Matrices, Microwave Multiplexers,
Microwave Matrices, Fiber Optic Multiplexers, Low Thermal EMF Matrices, High Voltage Matrices, RF & Video Matrices, a
Power Management Switch, and a 7 or 18 slot Modular Switching Chassis that supports PXI switching modules in an LXI
environment.
OTHER PRODUCTS
60-102 LXI 7-Slot Modular Switching Chassis
60-103 LXI 18-Slot Modular Switching Chassis
60-711 LXI Dual 24x8 Video Matrix
60-800/820 LXI Microwave Multiplexer
LXImate
Want to know more
about LXI?
The LXImate is an easy to
read overview of the LXI
Standard and some of the
products available that
conform to this standard.
Get your free copy of the
LXImate by registering at
www.pickeringtest.com/
lximate
50
60-552 LXI High Density 64x64 Matrix
60-310 LXI High Voltage 2-Pole 300x2 Matrix
OTHER SWITCH & INSTRUMENT PRODUCTS FROM PICKERING
PCI Switch Modules – SYSTEM 50
Pickering Interfaces have a range of competitively
priced PCI switch Modules, including General
Purpose Reed Relay, Matrix, Multiplexer, RF &
Programmable Resistor. Pickering Interfaces PCI
Modules share the same software environment as
our extensive PXI range.
VXI Switching System Modules – SYSTEM 30
SIM Relay Cards – SYSTEM 1000
Pickering Interfaces also offer range of uncommitted relays, matrices and
multiplexers based on 72-pin SIM modules. These enable the user build
custom switching systems that can be located inside test fixtures and close
to the unit under test. Control is via an RS232 or I2C interface.
IEEE-488.2 & RS-232 Controlled Switching Systems – SYSTEM 10/20
Pickering Interfaces’ System 10 and System 20 Programmable Relay Switching Systems now offer the most
comprehensive range of switching modules currently available. Our switching systems will switch from nanoVolts to
7.5 kiloVolts, DC to 26.5GHz and picoAmps to 30Amps. Models are programmable using a wide range of interfaces:
IEEE 488, Ethernet, USB or RS-232.
OTHER PRODUCTS
Pickering Interfaces have a range of high density VXI
switching modules, System 30, containing up to 2340
relays per module. These are C sized modules with
a SCPI message based interface, VXI Plug/Play & IVI
Drivers, offering up to 10 times density advantage over
competing VXI switching products.
Custom Switching Solutions
Pickering Interfaces are able to meet your exact custom switching needs. With extensive experience in PXI, PCI,
VXI, IEEE-488, and Ethernet architectures, we can develop a switching solution that matches your exact needs.
For further information please visit the Custom Design area of the “Sales” section of our web site or call your local
Pickering Sales office.
"A Switching Module Is Only As Good As The Relays Used"
Ruthenium Sputtered Reed Relays offer maximum performance, are
hermetically sealed and offer a very stable, long life relay contact (>109
operations) with fast operate time. Alternative cheaper types such as noninstrumentation grade reed relays (Rhodium plated) don’t offer the consistent
contact resistance, long life, fast switching speed and low level switching
capability of an instrumentation reed relay. All reed relays used in our switch
modules are manufactured by our sister company Pickering Electronics.
www.pickeringrelay.com.
51
Pickering Interfaces
Switch On to Pickering
DIRECT SALES & SUPPORT OFFICES
Pickering Interfaces Inc.
2900 Northwest Vine Street
Grants Pass
Oregon 97526
USA
Pickering Interfaces Ltd.
Stephenson Road
Clacton-on-Sea
CO15 4NL
United Kingdom
Pickering Interfaces AB
Karl Nordströmsväg 31
432 53
Varberg
Sweden
Pickering Interfaces GmbH
Johann-Karg-Straße 30
D-85540
Haar-Salmdorf
Germany
Tel: +1 541 471 0700
Fax: +1 541 471 8828
e-mail: [email protected]
Tel: +44 (0)1255-687900
Fax: +44 (0)1255-425349
e-mail: [email protected]
Tel: +46 340-69 06 69
Fax: +46 340-69 06 68
e-mail: [email protected]
Tel: +49 89 125 953 160
Fax: +49 89 125 953 189
e-mail: [email protected]
Pickering Interfaces Inc
(East Coast Regional Office)
12 Alfred Street Suite 300
Woburn Massachusetts 01801
USA
Pickering Interfaces Sarl
6 Rue de la Mare Blanche
77186 Noisiel
Marne-la-Vallée
France
Pickering Interfaces s.r.o.
Smetanova 525
ˇ
Trinec
739 61
Czech Republic
MTCS Systems Engineering Co. Ltd
Room 1905, Block C1, Yi Cheng Plaza # 11
Chang Chun Qiao Rd Haidian District
Beijing 100089
China
Tel: +1 781 897 1710
Fax: +1 781 897 1701
e-mail: [email protected]
Tel: +33 1 60 53 55 50
Fax: +33 1 60 53 55 99
e-mail: [email protected]
Tel: +42 0558 339 168
Fax: +42 0558 340 888
e-mail: [email protected]
Telephone: 86-10-5881-6565
Fax: 86-10-5881-6566
e-mail: [email protected]
Website URL: www.mtcs.com.cn
Local Sales Office Contact Information
Australia
Tel: +61 2 9452 6062
Maser Australia
www.masergroup.com.au
Belgium
Tel: +31-(0)13-463 9540
T & M Systems B.V.
www.tmsystems.nl
Brazil
Tel: +55 11 2182 4300
HITECH ELETRONICA Coml. e Indl. Ltda
www.hitech.com.br
Canada
Tel: +1 905 890 2010
ACA-TMetrix
www.tmetrix.com
India
Tel: +91-11-41324616
DVS India Pvt. Ltd.
www.dvs-india.com
Israel
Tel: 972-3-9232277
DCT
www.dct.co.il
Italy
Tel: +39-02-30302525
Remak Srl
www.remak.it
Japan
Tel: +81-42-548-8011
Tokyo Electronics Trading Co., Ltd
www.tet.co.jp
Netherlands
Tel: +31-(0)13-463 9540
T&M Systems B.V.
www.tmsystems.nl
Singapore
Tel: +65-62734573
Precision Technologies Pte Ltd
www.pretech.com.sg
South Korea
Tel: +82-31-714-9716
DANA Technology Inc
www.www.danatec.co.kr
Spain
Tel: +34 91 672 27 31
TEMAI Ingenieros
www.temai-ingenieros.com
Taiwan
Tel: +886-2-8665-7676
Skywave Systems Corp.
www.www.skywave.com.tw
December 2009
7AL-40-SF-09-EN-3
pickeringtest.com
© Copyright (2009) Pickering Interfaces Ltd. All Rights Reserved. Pickering Interfaces
maintains a commitment to continuous product development, consequently we reserve
the right to vary from the descriptions given in this booklet.
pickering