Description
Specifications Table
Product Material – High-quality PCB with gold-plated connectors
Grade – Industrial-grade for reliable performance
Application – Data acquisition, signal processing, lab instrumentation
Product Overview
The ADC-0809 Interface is an 8-bit high-speed analog-to-digital converter designed for precise data acquisition in laboratory settings. Built with a durable PCB and gold-plated connectors, it ensures stable signal transmission and long-term reliability. This interface supports multiplexed input channels, allowing simultaneous sampling of multiple analog signals, which is critical for experiments requiring real-time data processing. Compatible with standard microcontrollers, it integrates seamlessly into existing lab setups, making it a versatile choice for researchers and students. The industrial-grade construction guarantees minimal noise interference and consistent performance, even in demanding environments. Whether used for signal conditioning, sensor interfacing, or experimental data logging, the ADC-0809 delivers accurate conversions with a fast sampling rate, ensuring high-resolution results for critical applications.
FAQs
1. What is the maximum sampling rate of the ADC-0809 Interface?
The ADC-0809 Interface supports a high-speed conversion rate, typically up to 100 kHz, depending on the microcontroller and clock configuration used.
2. Can this interface be used with Arduino or Raspberry Pi?
Yes, the ADC-0809 Interface is compatible with Arduino, Raspberry Pi, and other common microcontrollers, provided the correct wiring and voltage levels are maintained.
3. Does this ADC require an external power supply?
The ADC-0809 Interface can operate on a 5V DC supply, which can be sourced from the microcontroller or an external regulated power source.
4. What is the resolution of the ADC-0809 Interface?
This is an 8-bit ADC, offering a resolution of 256 discrete levels, suitable for most lab and educational applications requiring moderate precision.
5. How do I ensure accurate readings with this ADC?
For accurate readings, ensure proper grounding, stable power supply, and correct input signal conditioning. Using a low-pass filter can help reduce noise in high-frequency applications.
