Product Description
Voltage Reference Module, High Accuracy Voltage Reference Module,TL431 Dual Output ±2.5V ±3.3V ±5V ±7.5V ±10V ±12V High Precision Voltage Reference Source Board Replace AD584 LM399 LM4040 AD588
Specification:
±2.5V :
Input Voltage ±3.5-10.1V,Output Voltage ±2.5V
Input Current 2.5-16MA,MAX Output Current 0.6-14MA
±3.3V :
Input Voltage ±4.3-10.9V,Output Voltage ±3.3V
Input Current 2.5-15MA,MAX Output Current 0.6-13MA
± 5V :
Input Voltage ±6-12.6V,Output Voltage ±5V
Input Current 2.1-16MA,MAX Output Current 0.1-13MA
±7.5 V :
Input Voltage ±8.5-15.1V,Output Voltage ±7.5V
Input Current 3-16MA,MAX Output Current 1-14MA
±10 V :
Input Voltage ±11-17.6V,Output Voltage ±10V
Input Current 3-15MA,MAX Output Current 1-13MA
±12 V :
Input Voltage ±13-19.6V,Output Voltage ±12V
Input Current 3-14MA,MAX Output Current 1-12MA
Accuracy : ±1%
Operating temperature range : -40~+125 Degrees Celsius
Storage temperature range : -65~+150 Degrees Celsius
2.54mm pin pitch,for MCU Development Board Breadboard friendly.
Size : 19*13*2.8mm
Weight : 0.9g
Product Information
- Voltage Reference Module, High Accuracy Voltage Reference Module,TL431 Dual Output ±2.5V ±3.3V ±5V ±7.5V ±10V ±12V High Precision Voltage Reference Source Board Replace AD584 LM399 LM4040 AD588
- Note: 1 This is a voltage reference source, and its output current is small and cannot be used as a power supply. 2 If the input voltage is too small or the output current is too large, the output will be distorted 3 If the input voltage is too large, the module will heat up!!!
- Applications: Operational Amplifier : LM324 LM358 AD101 AD201 etc； ADC : ADC0809 MAX160 AD7705 etc； DAC :DAC0832 PCF8591 TL5615 MPC4822 TL5610； Replace AD584 LM399 LM4040 MC1403 LM326 AD637 AD584； Audio equipment； RS232 RS485 RS422 Bus； LCD power supply； Instrumentation equipment； Wifi/Router/Ethernet devices
- Package Included: 1x Voltage Reference Source Board
- Note: 1. Due to the light and screen difference, the item's color may be slightly different from the pictures. 2. Please allow 1-3cm differences due to manual measurement.
