JST PH 2.0mm 2-Pin Female Connector with Wire

The JST PH 2.0mm 2-Pin Female Connector with Wire is a small pre-wired connector used for quick and reliable connections in compact electronic circuits. It features a 2-pin female JST PH-style housing with red and black wire leads, making it suitable for positive and negative DC wiring.

With its 2.0mm pitch, this connector is commonly used where space is limited, such as small PCB modules, rechargeable battery packs, LED circuits, sensors, microcontroller projects, RC models, and robotics applications. The pre-attached wires help reduce assembly time and make it easier to connect or replace components without needing to crimp the connector manually.

The JST PH series is officially described as a 2.0mm pitch disconnectable crimp-style connector, commonly used for high-density internal wire-to-board connections. Its compact size makes it suitable for small electronic devices and PCB assemblies.

Key Features

JST PH 2.0mm pitch connector for compact electronic connections
2-pin female housing suitable for matching JST PH male headers
Pre-attached red and black wires for easy power wiring
Compact and lightweight design for small PCB modules and tight spaces
Easy plug-and-play connection for faster assembly and replacement
Suitable for low-voltage DC circuits
Ideal for batteries, LEDs, sensors, robotics, Arduino projects, and DIY electronics

Specifications

Product Type: JST Connector with Wire
Connector Series: JST PH Type
Connector Gender: Female
Number of Pins: 2 Pin
Pitch Size: 2.0mm
Wire Color: Red and Black
Connector Type: Wire-to-board / wire-to-wire connector
Mounting Type: Cable / Wire Mount
Termination Type: Pre-attached wire leads
Compatible Header: JST PH 2.0mm 2-pin male header
Typical Current Rating: Up to 2A, depending on wire gauge and application
Typical Voltage Rating: Up to 100V AC/DC, depending on exact connector and application
Application: PCB modules, battery packs, LED modules, sensors, RC projects, robotics, microcontroller boards, Arduino projects, and DIY circuits