Wire To Board Connector

3.0mm Connector

3.0mm Pitch DIP Pin Header 4P

3.0mm Pitch DIP Pin Header 4P

Contact Now
3.0mm pitch SMT pin header

3.0mm pitch SMT pin header

Contact Now
3.0mm pitch SMT pin header 90 degrees

3.0mm pitch SMT pin header 90 degrees

Contact Now
3.0mm pitch SMT pin header double row

3.0mm pitch SMT pin header double row

Contact Now
Double Row 3.0mm Connector for Electronics

Double Row 3.0mm Connector for Electronics

Contact Now
3.0mm pitch DIP pin header gold-plated

3.0mm pitch DIP pin header gold-plated

Contact Now
3.0mm pitch DIP pin header double row

3.0mm pitch DIP pin header double row

Contact Now
3.0mm pitch DIP pin header single row

3.0mm pitch DIP pin header single row

Contact Now

Wire To Board Connector

The Wire To Board Connector is a core interconnection solution designed to provide stable electrical and mechanical connections between discrete wires and printed circuit boards. Manufactured by dgyzconn with fully automated production lines, this connector series emphasizes contact reliability, dimensional consistency, and long-term durability. It is widely used in electronic systems that require compact structure, frequent assembly, and consistent signal or power transmission.

Product Philosophy

Please listen to us

At dgyzconn, Wire To Board Connectors are developed with a clear focus on practicality, manufacturability, and reliability. Rather than pursuing unnecessary complexity, we prioritize stable electrical performance, efficient assembly, and cost-effective production. This philosophy allows our connectors to deliver dependable performance in real-world industrial and consumer applications while maintaining competitive pricing and short lead times.

Original Concept

OUR PRODUCTS

Wire To Board Connector

Application Scenarios

Industrial Control Systems

Wire to Board Connectors are widely used in industrial control cabinets, PLC systems, and automation controllers. They provide secure wire termination between sensors, actuators, and control boards, ensuring stable signal and power transmission under continuous operation, vibration, and temperature fluctuation.

Consumer Electronics Assemblies

In consumer electronics such as TVs, audio systems, and smart home devices, these connectors support compact internal layouts while maintaining reliable electrical contact. Their standardized pitch and stable mating force help simplify assembly and reduce failure rates during mass production.

Computer & Peripheral Devices

Wire to Board Connectors are commonly used in motherboards, power distribution boards, and peripheral modules to connect internal wiring harnesses. They ensure consistent contact performance for data and power lines, supporting long-term system reliability.

Communication Equipment

In routers, switches, and communication terminals, these connectors help maintain signal integrity and mechanical stability. Their precise contact design minimizes signal loss caused by poor mating or contact oxidation.

FAQS

How does contact structure affect electrical performance over time?

The contact structure directly influences contact resistance and current stability. Poorly designed contacts may loosen or oxidize over time, leading to increased resistance and signal instability. Precision-stamped contacts help maintain consistent pressure and reliable conductivity throughout the product lifecycle.
What are the key factors when selecting the correct connector pitch?

Pitch selection depends on PCB layout density, current requirements, and mechanical space. Smaller pitches support compact designs but may limit current capacity, while larger pitches provide higher mechanical strength and electrical margin.
How does wire retention force impact product reliability?

Insufficient wire retention may cause intermittent disconnection under vibration or movement. Proper housing design and terminal locking mechanisms are critical to ensure wires remain securely fixed throughout operation.
What causes poor mating between the connector and PCB header?

Poor mating is often caused by dimensional tolerance issues, misalignment, or inconsistent contact geometry. Strict dimensional control and standardized mating interfaces help ensure smooth and reliable insertion.