Circuit diagram of clock signal with adjustable duty cycle composed of four NOT gates
Source: InternetPublisher:走马观花 Keywords: signal circuit clock signal circuit diagram potentiometer Updated: 2021/12/05
As shown in the figure, the circuit mainly consists of four "NOT" gates. The frequency of the oscillation signal is determined by C and the parameters of potentiometers RP1 and RP2. Changing the resistance value of the potentiometer can change the frequency. The frequency adjustment range can reach 20:1. The resistance of potentiometer RP2 determines the width of output waveform T1, and the resistance of potentiometer RP2 determines the width of output waveform T2.
ck="window.open(this.src)" alt="Click to see larger image"/>
- Analysis of the flow direction of transistor current
- How do Zener diodes protect circuits?
- Principle set of zero-crossing detection circuit advantages and disadvantages
- FPGA Features and Architecture
- Capacitance detection circuit configuration, how to deal with low frequency and high frequency noise?
- How to Build a Simple Temperature Indicator Circuit Using NTC and PTC Thermistors
- How to build a drag racing timer circuit using a 7-segment display and discrete components
- Why use PWM? What are its advantages?
- How to install the accelerometer
- Make a simple AM radio with digital circuit
- Amplitude modulation circuit composed of MC1496
- Household harmful gas alarm circuit
- AD7982 differential conversion single-ended signal circuit diagram
- Full wave rectification adjustable charging circuit
- Gas Sensitive Alarm Circuit Part 5
- Phase-shift trigger circuit of single-junction transistor a
- Electromagnetic operated circuit breaker control and signaling circuit
- Manually operated circuit breaker controls, signaling circuits
- Noise source signal circuit formed by PN junction
- flash signal circuit
京公网安备 11010802033920号