I. Product Introduction

Wire-to-board connector is a type of connector for electronic device connection. It generally consists of two parts: wire-side connector and board-side connector.

A wire-side connector is a kind of plug, usually equipped with metal pins or terminals for connecting wires or cables. These pins can be inserted into the slots or holes of the board-side connector to establish electrical connection. Wire-side connectors are generally designed with locking mechanisms to ensure connection stability and safety.

A board-side connector is a type of socket, usually fixed on the circuit board of electronic equipment. It is provided with slots or holes matching the wire-side connector to receive its pins and terminals. The board-side connector also contains pins for connecting to circuits on the circuit board.

The design of wire-to-board connectors varies according to specific application requirements. The following are common design features of wire-to-board connectors:

Pin Quantity and Arrangement: Wire-to-board connectors are available with pins in different quantities and arrangements, depending on the number and type of signals to be transmitted. Some connectors only have a few pins for basic power and ground signal transmission, while others are equipped with dozens of pins to transmit complex data and control signals.

Size and Shape: The size and shape of wire-to-board connectors also vary with application requirements. Some connectors are small and compact for space-limited scenarios, while others are larger for applications requiring mass signal transmission.

Locking Mechanism: To ensure connection stability and safety, wire-to-board connectors are commonly equipped with locking structures. Such designs include latches, twist locks and other fasteners, which secure the connection between wire-side and board-side connectors. The locking mechanism prevents accidental loosening or disconnection, and guarantees reliable signal transmission.

Electrical Performance: The design of wire-to-board connectors also takes electrical characteristics into account, including transmission rate, signal quality and impedance matching. Some connectors are specially designed for high-speed data transmission to meet high bandwidth requirements, while others are suitable for low-speed or low-power applications.

II. Product Parameters

Rated Voltage: 250V AC/DC

Rated Current: 7A AC/DC

Withstand Voltage: 1500V AC/min

Insulation Resistance: 1000 MΩ Min.

Temperature Range: -40℃ ~ +105℃

Header / Male Header

Material: Pin: Brass / Tin / Nickel

Insulator: Nylon 66, UL94V-0

Matching Housing: AH1561A Series

Color: White

Product Classification

Pitch Classification:

0.6/0.8/1.0/1.25/1.5/2.0/2.5/2.54/3.0/3.5/3.68/3.81/3.96/4.0/4.14/4.2/5.0/5.03/5.08/5.7/6.20/6.35/6.70/7.5/8.0/10.0/10.16/13.0

Row Count Classification:

Single Row / Double Row / Triple Row

Connection Method Classification:

90°/180°/SMT

III. Product Images