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dig_ana.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"Using digital output to drive LEDs and Relays. The \"Low\" output of the LS gate is used to SINK high current of the LED
app_gen.doc
()title Genesis System
()underline Description
The Genesis 2000/1800 consists of feature-rich, powerful tools
for preparing Printed Circuit Board (PCB) data for effective manufacturing.
If you ar
74151.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"1-of-8 multiplexer. The voltage level at one of the 8 inputs is transferred to the output Y depending on the logic values
wienosl2.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"This Wien-bridge oscillator will run indefinitely. Use transient analysis to see the development of its oscillations. (Ch
wienoscl.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"This Wien-bridge oscillator will run indefinitely. Use transient analysis to see the development of its oscillations. (Ch
astbldig.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"This is an astable oscillator made up of digital gates. Such oscillators will only work with non-ideal digital models (li
ana_dig.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"Interfacing an Opamp output and a switch to a digital input. The Opamp output drives the gate through an N-Enh-Mosfet."
amp.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"Audio amplifier with intermediate-stage and output-stage clipping monitors. Press \"D\" or \"O\" to decrease the gain or
dig_ana.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"Using digital output to drive LEDs and Relays. The \"Low\" output of the LS gate is used to SINK high current of the LED
74151.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"1-of-8 multiplexer. The voltage level at one of the 8 inputs is transferred to the output Y depending on the logic values