NE555 Frequency Adjustable Pulse Module
The NE555 Frequency Adjustable Pulse Module is a versatile 5 V square wave signal generator primarily designed for experimental development. It can also be used to drive a stepper motor, providing a reliable square wave drive signal.
The output duty cycle is capable of precise tuning, but it cannot be adjusted separately from the frequency. Altering the duty cycle will automatically cause a change in frequency as well.
- The frequency of the output can be modified.
- At time T, the value of C is equal to 0.7 times the product of RA and RB.
- RA and RB can be adjusted between 0 to 10K.
- Keeping a low profile at a capacitance of 0.001UF;
- Assuming stalls C are equal to 0.1 microfarads.
- The value of file C is 1UF at a high frequency.
- The capacity is 100 microfarads for both HF and C stalls.
- This feature allows buyers to determine the frequency of the waveform.
- The application allows users to apply for jobs with ease.
- The square wave signal generator is responsible for producing the distinct square wave used in experimental development.
- Previously utilized a stepper motor to produce a square wave drive signal.
- Create a modifiable pulse for the MCU.
- Create a variable pulse to regulate connected circuitry.
Characteristics of NE555 Frequency Adjustable Pulse Module:
- A wide range of advanced options
- Various unique functionalities
- Diverse customizable settings
- Produce a modifiable pulse for MCU.
- Create a variable pulse that can control the connected circuitry.
- The output current can vary around 15 MA with a 12V power supply, and around 35 MA without one.
- The output will be indicated by an LED, which will turn on for a low level and off for a high level. In the case of a low frequency, the LED will flash.
- Maximum output current is at least 15MA with a 5V power supply and over 50% V-PP, and at least 35MA with a 12V power supply and over 50% V-PP.
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