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Circuit 的代码
b_pass1.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"Band pass filter with about 4 kHz bandwidth and a centre frequency of 8.8 kHz."
EncryptionType: 2
UsingVectorGraphic
555fm.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"Voltage-controlled frequency generator. The output is being frequency-modulated by the sinusoidally varying voltage at th
music2.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"The pulse subcircuit contains a monostable multivibrator which produces a pulse every time a key (1 through 9 and -) is p
freqdbl2.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"Digital Frequency Doubler"
"XOR gates produce narrow pulses at positive and negative edges making use of the phase diff
dimmer.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"The lamp dimmer uses a triac to control the AC voltage across the switch. The potentiometer \"P\" changes the voltage app
music1.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"The pulse subcircuit contains a monostable multivibrator, which produces a pulse every time a time-delay switch is turned
b_pass1.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"Band pass filter with about 4 kHz bandwidth and a centre frequency of 8.8 kHz."
EncryptionType: 2
UsingVectorGraphic
555fm.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"Voltage-controlled frequency generator. The output is being frequency-modulated by the sinusoidally varying voltage at th
music2.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"The pulse subcircuit contains a monostable multivibrator which produces a pulse every time a key (1 through 9 and -) is p
freqdbl2.ewb
Electronics Workbench Circuit File
Version: 5
Charset: ANSI
Description:
"Digital Frequency Doubler"
"XOR gates produce narrow pulses at positive and negative edges making use of the phase diff