8613902450680
ron.ye@126.com
enLanguage

Pin Header

 

Professional Team

With more than 20 professional engineers, 100 experienced operators and skilled QC staff, we have developed 360 product series and more than 30000 items.

Advanced Software Design

Using CAD, UGNX (3D), MOLDEX3D, VISI 3D and other software to design precision high-speed metal stamping dies and precision plastic injection molding dies.

Customized Services

We offer custom connector design solutions according to shape, orientation, termination style, number of rows, pitch, materials used, altered specifications, etc.

Sales Market

Our products have been widely sold to USA, Europe, Southeast Asia, Hongkong, Taiwan, Mainland China and other districts and countries.

 

 
First 123456 Last
 
Parameter

Current Rating

0.8A Max

Insulation Resistance

1000MΩ Min

Dielectric Withstanding

500V AC

Contact Resistance

30mΩ Max

Operating Temperature

-40°C - +105°C

Solderability

Reflow capable up to 260°C

 

Types of Pin Header

The pin headers produced by our company mainly include the following types:

 
 

0.8mm Pin Header

Help to make smaller finished product come true. Simplify the assembly process of electronic products.

 
 
 

1.0mm Pin Header

More convenient to replace and upgrade connectors. Easy to replace old connectors, save more time and labor cost.

 
 
 

1.27mm Pin Header

Good operational reliability. Limited size and weight. High cycle life.

 

 

0.8mm Pin Header Double Row Double Plastic SMT

Advantages of Pin Header

 

 

Versatility

Pin header connectors are highly versatile and can be used in a wide range of applications, from simple prototyping to complex industrial systems. Their standard sizes and configurations make them compatible with various components and boards.

Ease of Use

Pin header connectors are easy to use and install. They can be manually or automatically soldered onto PCBs, and their standard spacing allows for straightforward mating with connectors.

Cost-Effectiveness

Pin header connectors are relatively inexpensive compared to other types of connectors. Their simple design and wide availability make them a cost-effective solution for many electronic applications.

Reliability

Pin header connectors provide reliable electrical connections. The metal pins ensure good conductivity, and the robust design minimizes the risk of connection failures due to mechanical stress or environmental factors.

Space Efficiency

Pin header connectors offer a compact solution for creating multiple electrical connections. Types like right-angle and surface-mount headers optimize space usage on PCBs, which is crucial in modern, miniaturized electronic devices.

 

Applications Of Pin Header
 

 

Electronic Equipment Manufacturing

In computer motherboards, graphics cards, hard disks and other components, pin and female header connectors are widely used for internal connections to ensure stable communication between components.

Communications

In communications equipment, pin headers are used to connect various signal lines to ensure accurate transmission of information. For example, in network equipment and wireless communication equipment, pin headers play a key role.

Automotive Electronic Systems

The electronic systems inside the car also use a large number of pin and female connectors to connect various sensors, control modules, etc. to ensure the normal operation and safety of the vehicle.

Industrial Automation

In industrial control systems, pin headers are an important part of connecting various sensors and actuators. They provide reliable electrical connections for industrial automation and ensure the smooth operation of the production line.

 

Pin Header Spacing

Pitch Size

Application

2.54mm

General purpose applications

2mm

Compact devices

1.27mm

High-density applications

1mm

Ultra high-density applications

 

Pin Header Installation Steps

 

The first thing that you must do is to cut the headers to length. As of that, row the pin header strip above the holes on the border of the shield and cut it into four divisions of the pin header strip to fit.


After that, place the pin headers and insert the pin header divisions. The long pins will go down to the female headers.


After you go down the long pins into the female pins, place the shield. You must make a parallel with pin headers and push it down.


Then, lastly, solder every pin to guarantee an excellent electrical contact.

 

Customizable Options
 
 
Number of pins
Number of pin rows
Pin pitch
Pin height
Mounting direction

 

Packaging and Shipping

Packaging

Blister Box+Carton / PE bag+Carton

Shipping

We choose DHL/ UPS/FEDEX/TNT international shipping companies to ship the goods.

 

Lead Time

Quantity(Pieces)

1 - 10

11 - 100

101 - 500

>500

Est. Time(days)

10

12

15

To be negotiated

 

 

Our Factory

 

Shenzhen Xuhuasheng Technology Co., Ltd (XHSCONN), founded in 2015, we have developed 360 product series and more than 30000 items.

productcate-1-1

 

 

FAQ

 

Q: What is the mating cycle of board-to-wire connectors?

A: The mating cycle of board-to-wire connectors varies depending on the connector type and manufacturer. Typically, the mating cycle ranges from 10 to 100 cycles.

Q: What is the difference between male and female board-to-wire connectors?

A: The main difference between male and female connectors is the shape of the connector's pins and sockets. Male connectors have pins, which are cylindrical metal projections that extend from the connector body, while female connectors have sockets, which are cylindrical openings that receive the pins of the male connector.

Q: How are board-to-wire connectors different from board-to-board connectors?

A: Some key differences between board-to-wire and board-to-board connectors include:
Function: Board-to-wire connectors are designed to make a connection between a PCB and an individual wire or cable, while board-to-board connectors are designed to make a connection between two PCBs.
Pin density: Board-to-board connectors tend to have a higher pin density than board-to-wire connectors, since they need to accommodate connections between two PCBs.
Durability: Board-to-wire connectors are designed to withstand frequent connections and disconnections, which can cause wear and tear over time.

Q: What is the operating temperature range for XHS's connectors?

A: It's -40°C - +105°C.

Q: What is the insulation resistance for XHS's connectors?

A: It's upon to different pitch, please check the drawing to get the specific informaiton.

Q: What is the spacing for pin headers?

A: A pin header (or simply, header) is a form of electrical connector. A male pin header consists of one or more rows of metal pins molded into a plastic base, often 2.54 mm (0.1 in) apart, though available in many spacings.

We're professional pin header manufacturers and suppliers in China, specialized in providing high quality ODM/OEM products. Please feel free to wholesale customized pin header at competitive price from our factory.