ZMPT101B AC Single Phase Voltage Sensor Module

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Introduction

The voltage sensor module is a resistive voltage divider circuit-based  DC voltage sensing device. It creates a corresponding analog output by reducing the input voltage signal. Below we are discussing ZMPT101B AC Single Phase Voltage Sensor Module.

ZMPT_SINGLE_PHASE_AC_VOLTAGE_SENSOR_MODULE_

AC Single Phase Voltage Sensor Module

ZMPT101B is a basic but highly useful module that reduces an input voltage by a factor of 5 using a potential divider. The 0-25V Voltage Sensor Module allows you to use a microcontroller’s analog input to monitor voltages far higher than it can sense. Thus, it is ideal for use in DIY projects requiring precise AC voltage measurement via a voltage transformer. With this module, you can measure Voltage levels up to 250 volts. This sensor’s output is analog. When we change the input voltage, the output voltage changes as well.

Features and Specifications of ZMPT101B

Features

  • Voltage up to 250 volts
  • Lightweight with on-board micro-precision voltage transformer
  • Low price
  • Small size and lightweight
  • Easy PCB mounting
  • Good consistency
  • Widely acclaimed
  • Good consistency, for voltage and power measurement 
  • Very efficient and accuracy
  • High precision on-board op-amp circuit
  • Operating temperature : 40ºC ~ + 70ºC
  • Supply voltage 5 volts to 30 volts

Specifications

  • Voltage: 250V
  • Output signal: 0-5V
  • Voltage Transformer: On-board Precision Micro Voltage Transformer
  • Operational amplifier circuit: high-precision on-board amplifier circuit, the signal to do the exact sampling and appropriate compensation and other functions
  • Mode voltage output: the module can measure AC voltage within 250V, and the corresponding output mode can be adjusted.

Pinout of ZMPT101B

Pin NameDescription
VCCModule power supply: 5V.
OUT Module output which is analog.
GNDGround
GNDGround

Applications

Fault Detection

We use electrical voltage sensors that measure DC voltages for fault detection, power analysis, and control, load detection, power failure detection, etc.