Whenever a totem-pole TTL output goes from LOW to HIGH, a high-amplitude current spike is drawn from the Vcc supply. How is this effect corrected to a digital circuit?-A-By connecting a radio frequency capacitor from Vcc to ground.B-By using a switching power supplyC-By connecting a capacitor from Vout to groundD-By connecting a large resistor from Vcc to Vout-A-By connecting a radio frequency capacitor from Vcc to ground.

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APTITUDE CRACK · Accepted Answer

A By connecting a radio frequency capacitor from Vcc to ground. The most common technique uses small radio frequency capacitors connected from Vcc to ground essentially to short out these high frequency spikes. This is called power supply decoupling. The capacitor values are from 0.01micro farad to 0.1mcro farad.

Integrated-Circuit Logic Families

Whenever a totem-pole TTL output goes from LOW to HIGH, a high-amplitude current spike is drawn from the V_cc supply. How is this effect corrected to a digital circuit?

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Whenever a totem-pole TTL output goes from LOW to HIGH, a high-amplitude current spike is drawn from the Vcc supply. How is this effect corrected to a digital circuit?

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For help Students Orientation Mcqs Questions

Whenever a totem-pole TTL output goes from LOW to HIGH, a high-amplitude current spike is drawn from the V_cc supply. How is this effect corrected to a digital circuit?

For help Students Orientation
Mcqs Questions