XAPP231
... Then Z0EFF = √L / [C + N*CL/H] Although the transmission line uses lower impedance than the typical impedance found in the specification used in Table 2, all the voltage swings comply with the LVDS standard. This means that any LVDS receiver will work correctly on this multi-drop line. In fact, the ...
... Then Z0EFF = √L / [C + N*CL/H] Although the transmission line uses lower impedance than the typical impedance found in the specification used in Table 2, all the voltage swings comply with the LVDS standard. This means that any LVDS receiver will work correctly on this multi-drop line. In fact, the ...
ADVAC Model 03 Medium Voltage Vacuum Power Circuit
... service for some time, it is advisable to provide adequate means of environmental protection. This may be done by keeping the breaker in its original shipping container and storing in a warm, dry and uncontaminated atmosphere. The breakers should be stored to minimize condensation. Moisture can caus ...
... service for some time, it is advisable to provide adequate means of environmental protection. This may be done by keeping the breaker in its original shipping container and storing in a warm, dry and uncontaminated atmosphere. The breakers should be stored to minimize condensation. Moisture can caus ...
Circuit Breakers-lecture
... Air blast circuit breakers are used today from 11 to 1100 KV, for various application. They offer several advantages such as faster operations, suitability for related operation, auto-reclosure, unit type multibreak construction, simple, assembly, modest maintenance, etc. A compressor plant is neces ...
... Air blast circuit breakers are used today from 11 to 1100 KV, for various application. They offer several advantages such as faster operations, suitability for related operation, auto-reclosure, unit type multibreak construction, simple, assembly, modest maintenance, etc. A compressor plant is neces ...
General Description Features
... Note 5: Note that the LVDS CWD LO clocks are DC-coupled. This is to ensure immediate synchronization when the clock is first turned on. An AC-coupled LO is problematic in that the RC time constant associated with the coupling capacitors and the input impedance of the pin causes there to be a period ...
... Note 5: Note that the LVDS CWD LO clocks are DC-coupled. This is to ensure immediate synchronization when the clock is first turned on. An AC-coupled LO is problematic in that the RC time constant associated with the coupling capacitors and the input impedance of the pin causes there to be a period ...
appendix b - Epublications
... COMPARISON OF THE POSSIBLE TOPOLOGIES .............................................................................................- 35 Possible Topologies ................................................................................................................... - 35 Low-pass Topologies ... ...
... COMPARISON OF THE POSSIBLE TOPOLOGIES .............................................................................................- 35 Possible Topologies ................................................................................................................... - 35 Low-pass Topologies ... ...
MAX5318 18-Bit, High-Accuracy Voltage Output DAC with Digital
... Q0.5ppm/NC of FSR (typ). The force-sense output (OUT) maintains accuracy while driving loads with long lead lengths. Additionally, a separate AVSS supply, allows the output amplifier to go to 0V (GND) while maintaining full linearity performance. The MAX5318 includes user-programmable digital gain a ...
... Q0.5ppm/NC of FSR (typ). The force-sense output (OUT) maintains accuracy while driving loads with long lead lengths. Additionally, a separate AVSS supply, allows the output amplifier to go to 0V (GND) while maintaining full linearity performance. The MAX5318 includes user-programmable digital gain a ...
F81 User Guide - Funktion-One
... We suggest electronically limiting maximum amplifier power of 100W average/ 400W peak Remember that heavily clipped signals can double a power amplifier’s output (see appendix A). If heavily clipped signals are expected due to equipment with inadequate headroom in the signal path, inexperienced o ...
... We suggest electronically limiting maximum amplifier power of 100W average/ 400W peak Remember that heavily clipped signals can double a power amplifier’s output (see appendix A). If heavily clipped signals are expected due to equipment with inadequate headroom in the signal path, inexperienced o ...
FEATURES FUNCTIONAL BLOCK DIAGRAM
... CMOS 25 MHz Output. Power Supply Connection for the Crystal Oscillator. External 25 MHz Crystal. 25 MHz Reference Clock Input. Tie low when not in use. Logic Input. Used to select the reference source. Power Supply Connection for the GbE PLL. Ground Pins. The external paddle must be attached to GND. ...
... CMOS 25 MHz Output. Power Supply Connection for the Crystal Oscillator. External 25 MHz Crystal. 25 MHz Reference Clock Input. Tie low when not in use. Logic Input. Used to select the reference source. Power Supply Connection for the GbE PLL. Ground Pins. The external paddle must be attached to GND. ...
Interruption of small inductive currents in A.C. circuits
... transformers) the restriking voltage can rise rapidly to high values as a result of "current-chopping". Current-chopping is the sudden collapse of the current prior to its natura! zero value. The electromagnetic power which is built up in the self-inductances of the circuit at the moment of current- ...
... transformers) the restriking voltage can rise rapidly to high values as a result of "current-chopping". Current-chopping is the sudden collapse of the current prior to its natura! zero value. The electromagnetic power which is built up in the self-inductances of the circuit at the moment of current- ...
MAX1816/MAX1994 Dual Step-Down Controllers Plus Linear- Regulator Controller for Notebook Computers General Description
... wide input/output voltage ratios with ease and provides 100ns “instant” on-response to load transients, while maintaining a relatively constant switching frequency. The MAX1816/MAX1994 also have a linear-regulator controller for low-voltage auxiliary power supplies. The CPU regulator supports “activ ...
... wide input/output voltage ratios with ease and provides 100ns “instant” on-response to load transients, while maintaining a relatively constant switching frequency. The MAX1816/MAX1994 also have a linear-regulator controller for low-voltage auxiliary power supplies. The CPU regulator supports “activ ...
d - eomac00a04-10en
... Static sensitive components. A static discharge while handling electronic circuit boards can cause damage to the components. Discharge any static electrical charge by touching the bare metal inside the control panel before performing any service work. Never unplug any cables, circuit board terminal ...
... Static sensitive components. A static discharge while handling electronic circuit boards can cause damage to the components. Discharge any static electrical charge by touching the bare metal inside the control panel before performing any service work. Never unplug any cables, circuit board terminal ...
Piezo Film Sensors Technical Manual
... Mechanical to Electrical Conversion The sensitivity of piezo film as a receiver of mechanical work input is awesome. In its simplest mode the film behaves like a dynamic strain gage except that it requires no external power source and generates signals greater than those from conventional foil strai ...
... Mechanical to Electrical Conversion The sensitivity of piezo film as a receiver of mechanical work input is awesome. In its simplest mode the film behaves like a dynamic strain gage except that it requires no external power source and generates signals greater than those from conventional foil strai ...
Operation and maintenance of Magnum low voltage air
... Magnum low voltage air circuit breakers For use in IEC applications ...
... Magnum low voltage air circuit breakers For use in IEC applications ...
Intrinsic Safety Circuit Design
... prevent all excess energy from a fault occurring on the safe side from reaching the hazardous area. Under normal conditions, the barriers allow the circuit to function properly by allowing the signals to pass between the field device and the control room. In a fault condition, the barriers limit vol ...
... prevent all excess energy from a fault occurring on the safe side from reaching the hazardous area. Under normal conditions, the barriers allow the circuit to function properly by allowing the signals to pass between the field device and the control room. In a fault condition, the barriers limit vol ...
EPC 10 USB Manual - Warner Instruments
... is noteworthy for three special features, the range-changing capability of the probe, the extremely wide bandwidth available from the current monitor circuitry, and the integrated transient cancellation (automatically if desired) and series-resistance compensation functions. In current clamp mode, t ...
... is noteworthy for three special features, the range-changing capability of the probe, the extremely wide bandwidth available from the current monitor circuitry, and the integrated transient cancellation (automatically if desired) and series-resistance compensation functions. In current clamp mode, t ...
B. TADS Population Outage Definitions
... in-line switches used to sectionalize portions of the AC Circuit as well as series compensation (capacitors and reactors) that is within the boundaries of the AC Circuit even if these ‘in-line’ devices are within an AC Substation. If these devices are not within the AC Circuit boundaries, they are n ...
... in-line switches used to sectionalize portions of the AC Circuit as well as series compensation (capacitors and reactors) that is within the boundaries of the AC Circuit even if these ‘in-line’ devices are within an AC Substation. If these devices are not within the AC Circuit boundaries, they are n ...
Regenerative circuit
The regenerative circuit (or regen) allows an electronic signal to be amplified many times by the same active device. It consists of an amplifying vacuum tube or transistor with its output connected to its input through a feedback loop, providing positive feedback. This circuit was widely used in radio receivers, called regenerative receivers, between 1915 and World War II. The regenerative receiver was invented in 1912 and patented in 1914 by American electrical engineer Edwin Armstrong when he was an undergraduate at Columbia University. Due partly to its tendency to radiate interference, by the 1930s the regenerative receiver was superseded by other receiver designs, the TRF and superheterodyne receivers and became obsolete, but regeneration (now called positive feedback) is widely used in other areas of electronics, such as in oscillators and active filters. A receiver circuit that used regeneration in a more complicated way to achieve even higher amplification, the superregenerative receiver, was invented by Armstrong in 1922. It was never widely used in general receivers, but due to its small parts count is used in a few specialized low data rate applications, such as garage door openers, wireless networking devices, walkie-talkies and toys.