HiLetgo ADS1256 ADC Module Industrial Data Logger Precision

Description

Product Overview

The HiLetgo ADS1256 ADC module is engineered for high-precision analog voltage measurement, featuring the TI ADS1256IDB ADC chip and an ADR03 2.5V voltage reference. It supports data output rates up to 30ksps with minimal nonlinearity of ±0.0010%, ensuring accurate readings for voltages within 3V. The module can be configured as 8 single-ended or 4 differential inputs, providing flexibility for various industrial and scientific applications. Package dimensions are 2.76 x 1.81 x 0.47 inches, weighing 0.32 ounces, and it was first available on October 27, 2021, manufactured by HiLetgo with ASIN B09KGXC44Q.

Usage

This ADC module is ideal for industrial data logging, laboratory experiments, and electronic prototyping where precise voltage measurement is critical. It suits environments such as manufacturing plants, research facilities, and educational institutions, targeting engineers, technicians, and hobbyists who require reliable analog-to-digital conversion. Use it for monitoring sensor outputs, data acquisition systems, or quality control processes to enhance accuracy and efficiency.

Why Choose Us

HiLetgo’s ADS1256 module stands out due to its high precision and robust construction, backed by positive customer reviews averaging 4.8 out of 5 stars. The integration of TI ADS1256IDB chips and ADR03 voltage sources ensures consistent performance, reducing errors in critical measurements. Its competitive ranking in industrial data loggers reflects reliability, making it a trusted choice for professionals seeking durable and accurate components without compromising on quality.

Key Features

• High precision TI ADS1256IDB ADC chips for accurate voltage measurement
• ADR03 2.5V voltage reference ensuring stable and reliable data output
• Data output rates up to 30ksps with low nonlinearity of ±0.0010%
• Configurable as 8 single-ended or 4 differential inputs for versatile applications
• Compact and lightweight design, easy to integrate into various systems

FAQ

What is the maximum voltage this module can measure?

The module is designed to measure analog voltages within 3V, making it suitable for low-voltage applications without risk of damage.

How do I configure the inputs for single-ended or differential mode?

Input configuration is managed through the module’s software or hardware settings, allowing you to switch between 8 single-ended or 4 differential inputs based on your measurement needs.

Is this module compatible with common microcontrollers?

Yes, it interfaces easily with popular microcontrollers like Arduino and Raspberry Pi, using standard communication protocols for seamless integration.

What industries commonly use this ADC module?

It is widely used in industrial automation, scientific research, and electronics prototyping for tasks such as data acquisition and sensor monitoring.

How does the low nonlinearity benefit measurements?

Low nonlinearity of ±0.0010% minimizes distortion in data output, ensuring high accuracy and reliability in precision-critical environments.