Top Banner
6

 · potential (logic 0) and the capaci- tor is discharged. When power first is applied to the oscillator circuit, pin 1 of the gate immediately goes high, while its pin 2 input remains

Mar 15, 2020

Download

Documents

dariahiddleston
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1:  · potential (logic 0) and the capaci- tor is discharged. When power first is applied to the oscillator circuit, pin 1 of the gate immediately goes high, while its pin 2 input remains
Page 2:  · potential (logic 0) and the capaci- tor is discharged. When power first is applied to the oscillator circuit, pin 1 of the gate immediately goes high, while its pin 2 input remains
Page 3:  · potential (logic 0) and the capaci- tor is discharged. When power first is applied to the oscillator circuit, pin 1 of the gate immediately goes high, while its pin 2 input remains
Page 4:  · potential (logic 0) and the capaci- tor is discharged. When power first is applied to the oscillator circuit, pin 1 of the gate immediately goes high, while its pin 2 input remains
Page 5:  · potential (logic 0) and the capaci- tor is discharged. When power first is applied to the oscillator circuit, pin 1 of the gate immediately goes high, while its pin 2 input remains
Page 6:  · potential (logic 0) and the capaci- tor is discharged. When power first is applied to the oscillator circuit, pin 1 of the gate immediately goes high, while its pin 2 input remains