【ANENG】ICL8038 Signal Generator Multi Channel Sine Triangle Multi-Function Signal Electronic Components Square Wave Signal 5Hz~400kHz Adjustable

ICL8038 Multi-Function Low-Frequency Signal Generator DIY Kit Signal Generator Multi Channel Sine Triangle 5Hz~400kHz Adjustable
Feature:
1. Versatile Output Waveforms: The ICL8038 signal generator provides various types of waveforms like sine/triangle/square/forward and reverse sawtooth waves, allowing for a diverse range of possible applications.
2. High Precision: By using ICL8038 and high-speed operational amplifiers, the ICL8038 signal generator offers higher precision and stability in generating signals.
3. Wide Frequency Range: With a frequency range from 5Hz to 400kHz, the ICL8038 signal generator is capable of producing signals that can be used for a wide range of applications, from audio to radio frequencies.
4. Adjustable Duty Cycle: The duty cycle can be adjusted from 2% to 95%, which provides fine control over waveform output. This allows for customization of the output signal, making it suitable for different applications.
5. Easy to Install: All components are through-hole, making installation easy even for beginners. The included DIY kit comes with everything you need to assemble and install the ICL8038 signal generator, including a comprehensive manual and all necessary components.


Specification:
Origin: Mainland China
Material: FR4+acrylic
Power supply voltage: 12V~15V
Frequency range: 5Hz~400KHz (adjustable)
Duty cycle range: 2~95% (adjustable)
Low distortion sine wave: 1%
Low temperature drift: 50ppm/° C
Output triangular wave linearity: 0.1%
DC bias range: -7.5V~7.5V
Output amplitude range: 0.1V~11VPP (working voltage 12V)
Board size: About 7.8 * 5cm/3.07 * 1.97in
Finished product size: About 8.7 * 6 * 1.7cm/3.43 * 2.36 * 0.67in
Product weight: 81g/2.86oz

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.