Period-To-Voltage Converter


Posted on Mar 11, 2013

The input signal drives ICD. Because ICD`s positive input (V+) is slightly offset to + 0.1 V, its steady state


Period-To-Voltage Converter
Click here to download the full size of the above Circuit.

output will be around +13 V. This voltage is sent to ICC through D2, setting ICC"s output to +13 V. Therefore, point D is cut off by Dl, and CI is charged by the current source. Assuming the initial voltage on CI is zero, the maximum voltage (^Cinax) is given by: When the input goes from low to high, a narrow positive pulse is generated at point A. This pulse becomes -13 V at point B, which cuts off D2. ICC"s V+ voltage becomes zero. The charge on CI will be absorbed by ICC on in a short time. The time constant of C2 and R5 determines the discharge period— about 10 /is. ICB is a buffer whose gain is equal to (R& + R9)~Rg = lM5. ICD"s average voltage will be (1362f 1.545) + 2 = 1052/. RIO and C3 smooth the sawtooth waveform to a dc output.




Leave Comment

characters left:

New Circuits

.

 


Popular Circuits

Voltage regulator for projection lamp
Receiver for 50 khz optical transmitter
Automobile-locater
Audio VU Level Meter Circuit with LM324
headphone circuit
Buck boost converter circuit
F/V Converter for Tachometer Bar Graph Display
Maximum Load Capacitor that LMV116 can drive
transformer Single pole AC to DC conversion circuit
Versatile FM Transmitter
program pic16f887 using linux
Mini efficient coil launcher from disposable camera flashs
MAX668 16V 4.4A switching power supply circuit design electronic project
Telemetering Beacon For VUSAT
Sine to Square Wave Converter
Low-noise preamplifier circuit
Bad book is not binding circuit
2Y-Y-2 - connection four-speed motor contactor control circuit



Top