TechTopics
... breaker contacts will be equal to the arc voltage. For a vacuum circuit breaker, the arc voltage is very low, of the order of 20-50 volts. In turn, the arc voltage will be essentially equal to the voltage across the capacitor, since the impedance of the fault is nearly zero. Thus, at the instant of ...
... breaker contacts will be equal to the arc voltage. For a vacuum circuit breaker, the arc voltage is very low, of the order of 20-50 volts. In turn, the arc voltage will be essentially equal to the voltage across the capacitor, since the impedance of the fault is nearly zero. Thus, at the instant of ...
2SD2696
... The content specified herein is subject to change for improvement without notice. The content specified herein is for the purpose of introducing ROHM's products (hereinafter "Products"). If you wish to use any such Product, please be sure to refer to the specifications, which can be obtained from RO ...
... The content specified herein is subject to change for improvement without notice. The content specified herein is for the purpose of introducing ROHM's products (hereinafter "Products"). If you wish to use any such Product, please be sure to refer to the specifications, which can be obtained from RO ...
TOPIC : Fault models
... During fabrication, some unconnected signal lines may be shorted which can be represented by this fault. It is a logical fault representing a short between two signal lines which creates a new logic function. Depending on the function created, there are two types of bridging faults ...
... During fabrication, some unconnected signal lines may be shorted which can be represented by this fault. It is a logical fault representing a short between two signal lines which creates a new logic function. Depending on the function created, there are two types of bridging faults ...
as a PDF
... measure an overshooting/undershooting waveform caused by the on-chip inductive effect in this design, however, it can be applied to another high-speed waveform such as the power supply noise and the substrate noise. To measure the overshooting/undershooting, an input voltage range larger than the su ...
... measure an overshooting/undershooting waveform caused by the on-chip inductive effect in this design, however, it can be applied to another high-speed waveform such as the power supply noise and the substrate noise. To measure the overshooting/undershooting, an input voltage range larger than the su ...
LTC1957-1/LTC1957-2 - Single/Dual Band RF Power Controllers with 40dB Dynamic Range.
... connected between the RF coupling capacitor (33pF), and ground at the side connected to the directional coupler. If the termination is placed at the LTC1957 RF pin, then the 68Ω resistor must be connected to VIN since the detector is referenced to VIN. Termination components should be placed adjacen ...
... connected between the RF coupling capacitor (33pF), and ground at the side connected to the directional coupler. If the termination is placed at the LTC1957 RF pin, then the 68Ω resistor must be connected to VIN since the detector is referenced to VIN. Termination components should be placed adjacen ...
AN-1511 Cable Discharge Event Application Report
... A test jig along with a CDE CAT5 cable plant test and validate the CDE design (Figure 6). The test jig contains relays and switching circuitry. By using a high voltage generator (Hi-Pot tester), CAT5 cable is charged up with high voltage reference to the chassis ground. The relay switches the charge ...
... A test jig along with a CDE CAT5 cable plant test and validate the CDE design (Figure 6). The test jig contains relays and switching circuitry. By using a high voltage generator (Hi-Pot tester), CAT5 cable is charged up with high voltage reference to the chassis ground. The relay switches the charge ...
INL/DNL Measurements for High-Speed Analog
... Another way to determine static linearity parameters for an ADC, similar to the preceding but more sophisticated, is using an analog integrating servo loop. This method is usually reserved for test setups that focus on high-precision measurements rather than speed. A typical analog servo loop (see F ...
... Another way to determine static linearity parameters for an ADC, similar to the preceding but more sophisticated, is using an analog integrating servo loop. This method is usually reserved for test setups that focus on high-precision measurements rather than speed. A typical analog servo loop (see F ...
1. Introduction - About the journal
... When the non-ideal equivalent circuit model of DDCC is used instead of the idea one in Fig. 1, the nonidealities of DDCC appear as the undesirable factors in (13)-(16), which lead to incorrect transfer functions. To minimize this error, more precise DDCC realization [21] would be more appropriate as ...
... When the non-ideal equivalent circuit model of DDCC is used instead of the idea one in Fig. 1, the nonidealities of DDCC appear as the undesirable factors in (13)-(16), which lead to incorrect transfer functions. To minimize this error, more precise DDCC realization [21] would be more appropriate as ...
new Am1000E install Manual
... Input: Connect your audio source as explained. You should be able to see some indication on the Peak limit and Pre - emphasis LED indicators as you adjust the input gain. Be sure they are on. If you cannot get any indication with the input gain all the way up then remove the cover (with the 222 unpl ...
... Input: Connect your audio source as explained. You should be able to see some indication on the Peak limit and Pre - emphasis LED indicators as you adjust the input gain. Be sure they are on. If you cannot get any indication with the input gain all the way up then remove the cover (with the 222 unpl ...
Feedback
... Note In this circuit the output is taken across the emitter and source resistors. Here the feedback voltage Vo = Vo this means that = 100%, thus the emitter and source follower will have unity voltage gain. That is, if Av =150, then ...
... Note In this circuit the output is taken across the emitter and source resistors. Here the feedback voltage Vo = Vo this means that = 100%, thus the emitter and source follower will have unity voltage gain. That is, if Av =150, then ...
Design Considerations for Electrical Fast Transient (EFT)
... Corruption of Analog and Digital Signals Fast digital circuits are more prone to EFT-based failures than low-bandwidth digital or slow analog circuits. Edge-sensitive inputs are more vulnerable to transient-induced noise. Even with low-pass filtering, a sufficiently large transient can inject enough ...
... Corruption of Analog and Digital Signals Fast digital circuits are more prone to EFT-based failures than low-bandwidth digital or slow analog circuits. Edge-sensitive inputs are more vulnerable to transient-induced noise. Even with low-pass filtering, a sufficiently large transient can inject enough ...