NZ8N posted:
" increase the release speed and decrease the "hold time" of the circuit."
otherwise known as attack and delay times. i prefer the fast attack when the transmitter is activated and slow decay after the transmitter is de-activated. before that happens the slower decay time also helps support maximum talk power levels between words, especially with short pauses in speech. rc circuits composed of a resistor and a capacitor (rc circuit) control both attack and delay times based of the values of the devices. both parameters can also be designed to be adjustable to compensate for noisy environments and other factors instead of using fixed values.
" increase the release speed and decrease the "hold time" of the circuit."
otherwise known as attack and delay times. i prefer the fast attack when the transmitter is activated and slow decay after the transmitter is de-activated. before that happens the slower decay time also helps support maximum talk power levels between words, especially with short pauses in speech. rc circuits composed of a resistor and a capacitor (rc circuit) control both attack and delay times based of the values of the devices. both parameters can also be designed to be adjustable to compensate for noisy environments and other factors instead of using fixed values.