Deglitch Filter – Turn OFF 7.2 Propagation Delay and Pulse Width Distortion 图 27 shows calculation of pulse width distortion (tPWD) and delay matching (tDM) from the propagation delays of channels A and B. To measure delay matching, both inputs must be in phase, and the DT pin must be...
Temperature, Rising Junction Temperature, Falling 53% 750 300 165 27 µs µs °C °C (1) Efficiency calculation: EFF = (VISO x IISO) / (VINP x IINP) (2) See the 节 7.3.3 section for discussion of VISO regulation across load and temperature conditions for all output voltage ...
Also place decoupling capacitors at the gate driver supply pins (COM and VEE) and at gate driver supply pins (VDD and VEE) with values according to the following component calculation sections. These locations are of particular importance to all the decoupling capacitors because the capacitors...
Deglitch Filter – Turn OFF 6.2 Propagation Delay and Pulse Width Distortion 图 6-3 shows calculation of pulse width distortion (tPWD) and delay matching (tDM) from the propagation delays of channels A and B. To measure delay matching, both inputs must be in phase, and the DT pin must ...
The design calculator provides a generic calculation tool to help user optimize each. The equations are based on the below detail descriptions. 9.2.2 Detailed Design Procedure Place ceramic decoupling capacitors as close as possible to the device pins. For the input supply, place the capacitors ...
hysteresis Junction Temperature, Rising Junction Temperature, Falling 165 °C 27 °C (1) Efficiency calculation: EFF = (VISO x IISO) / (VINP x IINP) (2) See the Section 7.3.3 section for discussion of VISO regulation across load and temperature conditions for all output voltage settings....