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找到约 6,083 项符合
Circuit 的代码
5ord-lo.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"This fifth-order low-pass filter has a cutoff frequency of about 4 kHz. The square wave is filtered to produce a sine wav
1hp-filt.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"This first-order high-pass filter has a cutoff frequency of about 10 kHz. The filter attenuates all signals below the cut
7493.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"The 7493 chip counts up to F. At full count, the LED goes on. Double-click the logic analyzer icon to see the waveforms."
sw_modps.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"PWM-controlled Step Up Switch Mode Power Supply."
"Output Voltage = 10.1 V/40 mA"
"Start the simulation and wait unti
3sta_amp.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"Two-stage common-emitter amplifier with a common collector output."
"Voltage gain (approx) = 205"
"Low 3dB frequency
1hp-filt.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"This first-order high-pass filter has a cutoff frequency of about 10 kHz. The filter attenuates all signals below the cut
5ord-lo.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"This fifth-order low-pass filter has a cutoff frequency of about 4 kHz. The square wave is filtered to produce a sine wav
1hp-filt.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"This first-order high-pass filter has a cutoff frequency of about 10 kHz. The filter attenuates all signals below the cut
7493.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"The 7493 chip counts up to F. At full count, the LED goes on. Double-click the logic analyzer icon to see the waveforms."
sw_modps.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"PWM-controlled Step Up Switch Mode Power Supply."
"Output Voltage = 10.1 V/40 mA"
"Start the simulation and wait unti