AD9961,63 - Analog Devices
... Powered Down). Reference Output (Or Input) for Auxiliary ADC. Differential ADC Q Inputs. The default full-scale input voltage range is 1.56 V p-p differential. Receive Path Ground. External Bias Resistor Connection. An optional 10 kΩ resistor can be connected between this pin and the analog ground t ...
... Powered Down). Reference Output (Or Input) for Auxiliary ADC. Differential ADC Q Inputs. The default full-scale input voltage range is 1.56 V p-p differential. Receive Path Ground. External Bias Resistor Connection. An optional 10 kΩ resistor can be connected between this pin and the analog ground t ...
AD5522 数据手册DataSheet 下载
... AD5522 GENERAL DESCRIPTION The AD5522 is a high performance, highly integrated parametric measurement unit consisting of four independent channels. Each per-pin parametric measurement unit (PPMU) channel includes five 16-bit, voltage output DACs that set the programmable input levels for the force ...
... AD5522 GENERAL DESCRIPTION The AD5522 is a high performance, highly integrated parametric measurement unit consisting of four independent channels. Each per-pin parametric measurement unit (PPMU) channel includes five 16-bit, voltage output DACs that set the programmable input levels for the force ...
RGDAT This document has the objective to specify the functions and
... 4 Functions RGDAT-A70 is a device provided to be installed in correspondence of MV line bays of remote controlled MV/LV substations, to locate the presence of faults and the absence of voltage signal on the line. ...
... 4 Functions RGDAT-A70 is a device provided to be installed in correspondence of MV line bays of remote controlled MV/LV substations, to locate the presence of faults and the absence of voltage signal on the line. ...
3 Basic Electrical Measurements
... that they indicate only DC values of the signals. In the past, these devices were also used for measurements of AC values with the aid of rectifiers. Although such devices measure the average value it is possible to scale it in rms values, knowing that Xrms /XAV = 1.11. But this dependence is valid ...
... that they indicate only DC values of the signals. In the past, these devices were also used for measurements of AC values with the aid of rectifiers. Although such devices measure the average value it is possible to scale it in rms values, knowing that Xrms /XAV = 1.11. But this dependence is valid ...
1. A 2.0-ohm resistor and a 4.0-ohm resistor
... 23. Using the circuit symbols found in the Reference Tables for Physical Setting/Physics, draw a diagram of this electric circuit. 24. Calculate the amount of electrical energy expended in the 5.0-ohm resistor in 2.0 minutes. [Show all work, including the equation and substitution with units.] 25. A ...
... 23. Using the circuit symbols found in the Reference Tables for Physical Setting/Physics, draw a diagram of this electric circuit. 24. Calculate the amount of electrical energy expended in the 5.0-ohm resistor in 2.0 minutes. [Show all work, including the equation and substitution with units.] 25. A ...
DC/DC converter testing with Fast Load Transient
... inductor ripple current is needed. Incorrect ripple current due to wrong choice of inductor can create unstable sub-harmonic behavior, which can be induced by fast load steps. 4. Duty-cycle limit operation: When the converter is running close to minimum or maximum duty-cycle (i.e. due to critical VI ...
... inductor ripple current is needed. Incorrect ripple current due to wrong choice of inductor can create unstable sub-harmonic behavior, which can be induced by fast load steps. 4. Duty-cycle limit operation: When the converter is running close to minimum or maximum duty-cycle (i.e. due to critical VI ...
ATA663203/ATA663231/ATA663254
... The Atmel® ATA6632xx device family includes two basic products; a LIN system basis chip (SBC) and a low-drop voltage regulator with compatible footprints. The Atmel ATA663231/54 (system basis chip) is a fully integrated LIN transceiver, designed according to the LIN specification 2.0, 2.1, 2.2, 2.2A ...
... The Atmel® ATA6632xx device family includes two basic products; a LIN system basis chip (SBC) and a low-drop voltage regulator with compatible footprints. The Atmel ATA663231/54 (system basis chip) is a fully integrated LIN transceiver, designed according to the LIN specification 2.0, 2.1, 2.2, 2.2A ...
DS1231/S Power Monitor Chip • FEATURES
... When the Mode pin is connected to VCC, pin 1 is a high impedance input. The voltage sense point and the level of voltage at the sense point are dependent upon the application (Figure 4). The sense point may be developed from the AC power line by rectifying and filtering the AC. Alternatively, a DC v ...
... When the Mode pin is connected to VCC, pin 1 is a high impedance input. The voltage sense point and the level of voltage at the sense point are dependent upon the application (Figure 4). The sense point may be developed from the AC power line by rectifying and filtering the AC. Alternatively, a DC v ...
Temperature Transducer Trainer ST2302 Operating
... This determines the input quantity the transducer is going to measure and its operating range. The useful operating range may be a decisive factor in selection of a transducer for a particular application. The upper limit is decided by the transducer capabilities while the lower limit of range is no ...
... This determines the input quantity the transducer is going to measure and its operating range. The useful operating range may be a decisive factor in selection of a transducer for a particular application. The upper limit is decided by the transducer capabilities while the lower limit of range is no ...
ADM8690 数据手册DataSheet 下载
... period. The reset threshold is typically 4.65 V for the ADM8690/ADM8691/ADM8694/ADM8695 and 4.4 V for the ADM8692 and ADM8693. RESET remains low for 50 ms (ADM8690/ADM8691/ADM8692/ADM8693) or 200 ms (ADM8694/ADM8695) after VCC returns above the threshold. RESET also goes low for 50 ms (ADM8690/ADM86 ...
... period. The reset threshold is typically 4.65 V for the ADM8690/ADM8691/ADM8694/ADM8695 and 4.4 V for the ADM8692 and ADM8693. RESET remains low for 50 ms (ADM8690/ADM8691/ADM8692/ADM8693) or 200 ms (ADM8694/ADM8695) after VCC returns above the threshold. RESET also goes low for 50 ms (ADM8690/ADM86 ...
Solid State Relays Common Precautions
... OMRON constantly strives to improve quality and reliability. SSRs, however, use semiconductors, and semiconductors may commonly malfunction or fail. Short-circuit failures represent the main failure mode and can result in an inability to shut OFF the load. Therefore, for fail-safe operation of contr ...
... OMRON constantly strives to improve quality and reliability. SSRs, however, use semiconductors, and semiconductors may commonly malfunction or fail. Short-circuit failures represent the main failure mode and can result in an inability to shut OFF the load. Therefore, for fail-safe operation of contr ...
Model 428B Clip-On Milliammeter
... particular instrument and carries the serial number of that instrument (serial number appears on probe connector) (NOTE: if your buying one with the probe, make sure you verify this. The numbers are scribed with a vibrating pen. Not very HP). If a probe has to be replaced, a realignment and recalibr ...
... particular instrument and carries the serial number of that instrument (serial number appears on probe connector) (NOTE: if your buying one with the probe, make sure you verify this. The numbers are scribed with a vibrating pen. Not very HP). If a probe has to be replaced, a realignment and recalibr ...
International
... allowable input voltages. The user must be aware of this limitation if trying to run the IPS at full power with minimum input voltage. For example, if the user connects the IPS to an input voltage of only 90V (also taking into consideration voltage drop due to input power cables,) then the most powe ...
... allowable input voltages. The user must be aware of this limitation if trying to run the IPS at full power with minimum input voltage. For example, if the user connects the IPS to an input voltage of only 90V (also taking into consideration voltage drop due to input power cables,) then the most powe ...
Kinetis KV10: 75MHz Cortex-M0+ 32/16KB Flash 32-48pin
... greater than VIO_MIN (= VSS-0.3 V) is observed, then there is no need to provide current limiting resistors at the pads. If this limit cannot be observed, then a current limiting resistor is required. The negative DC injection current limiting resistor is calculated as R = (VIO_MIN - VIN)/IICIO. ...
... greater than VIO_MIN (= VSS-0.3 V) is observed, then there is no need to provide current limiting resistors at the pads. If this limit cannot be observed, then a current limiting resistor is required. The negative DC injection current limiting resistor is calculated as R = (VIO_MIN - VIN)/IICIO. ...