Interfaz Adc A/d Sgm58031 16 Bits 4ch I2c Itytarg

• SGM58031 is a 4-channel adapter board, very suitable for use in high-resolution analog-to-digital conversion microprocessors
• Its working voltage is between 2V and 5V, so it is suitable for all ordinary 3.3V and 5V processors
• This 4-channel adapter board controls two identical I2C buses, and the ZUI can provide up to 16 single ended or 8 differential channels

• Programmable gain amplifier provides up to × 16 gain, SGM58031 has high resolution
• The chip is small, so it keeps AVDD and AGND quiet with ferrite on a breakthrough board. The interface is completed through l2C, and the address can be changed to one of four options, so you can connect up to 4 SGM58031 on a 2-wire l2C bus for 16 single ended inputs

Features:

1.SGM58031 is a 4-channel adapter board, very suitable for use in high-resolution analog-to-digital conversion microprocessors

2.Its working voltage is between 2V and 5V, so it is suitable for all ordinary 3.3V and 5V processors

3.This 4-channel adapter board controls two identical I2C buses, and the ZUI can provide up to 16 single ended or 8 differential channels

4.Programmable gain amplifier provides up to × 16 gain, SGM58031 has high resolution

5.The chip is small, so it keeps AVDD and AGND quiet with ferrite on a breakthrough board. The interface is completed through l2C, and the address can be changed to one of four options, so you can connect up to 4 SGM58031 on a 2-wire l2C bus for 16 single ended inputs

Parameters:
Resolution: 16 bits
Wide power range: 2.0V to 5.5V
Low current consumption:
1. Continuous mode: only 150uA
2. Single mode: automatic shutdown
Programmable data rate: 8SPS to 860SPS
Internal low drift reference voltage source
Internal oscillator
Internal PGA
I2C interface: pin selectable address
Four single ended or two differential inputs
Programmable comparator
This board/chip uses addresses ranging from 0X48 to OX4B between l2C 7 bits, which can be selected through jumpers
Size: approximately 28mm * 12mm

Package include:
1X module
1X needle arrangement