Voltage-to-frequency converter with high sensitivity using all-MOS voltage window comparator
#voltage-to-frequency
#MOS
#voltage window comparator
#high sensitivity
#converter
#analog circuit
#frequency modulation
#signal processing
No description available.
Regulated-driven-converter
This converter delivers up to 50 mA from a 6-V battery with 78% efficiency. This flyback converter functions by feedback-controlling the frequency of inductive flyback events. The inductor's output is rectified and filtered to de-bias the feedback loop to establish...
Precision voltage-to-frequency converter
This circuit utilizes a conventional operational amplifier in conjunction with a feedback capacitor (CF) to perform integration. When the output of the integrator exceeds the nominal threshold level at pin 6 of the LM131, it triggers the timing cycle. The...
Zero-error-converter
A single programming resistor (Rp) provides an output current range of approximately six decades. It is important to note that the temperature coefficient (TC) of this resistor can introduce potential errors, as it dissipates 125 mW when the junction linearity...
Ultra-precision v-f converter
The circuit achieves an error of better than 0.02% and a nonlinearity of 0.003% within a ±20°C range around room temperature.
The circuit's design focuses on precision and linearity, making it suitable for applications that require high accuracy in temperature measurement...
Integrated Circuit Voltage-to-Frequency Converter
The AD650 is a voltage-to-frequency (V/F) and frequency-to-voltage (F/V) converter that offers high-frequency operation and low nonlinearity, features that were previously unavailable in a monolithic form. Its inherent monotonicity in the V/F transfer function makes the AD650 suitable for high-resolution...
Voltage-to-frequency-converter
This circuit can accept positive, negative, or differential control voltages. The output frequency is zero when the control voltage is zero. The 741 operational amplifier forms a current source controlled by the voltage Ec to charge the timing capacitor C1...
TC1043C Voltage-to-Frequency / Frequency-to-Voltage Converters
The TC9400, TC9401, and TC9402 are low-cost voltage-to-frequency (V/F) converters that utilize low-power CMOS technology. These converters accept a variable analog input signal and generate an output pulse train, with a frequency that is linearly proportional to the input voltage....
Voltage-to-frequency-converter
The input voltage, V1, causes capacitor C1 to charge, producing a ramp voltage at the output of the 741 operational amplifier. Diodes D1 and D2 are four-layer devices. When the voltage across C1 reaches the breakover voltage of either diode,...
Period-To-Voltage Converter
The input signal drives the ICD. Because the positive input (V+) of the ICD is slightly offset to +0.1 V, its steady-state output will be around +13 V. This voltage is sent to the ICC through D2, which sets the...