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SSW-108-01-G 2.54mm pitch PCB SOCKET pin header

SSW-108-01-G 2.54mm pitch PCB SOCKET pin header is a crucial part of the interconnectivity in electronic systems, allowing for the creation of reliable and secure connections on printed circuit boards (PCBs) or between different modules and components.

Optimize your electronic designs with our advanced SSW-108-01-G 2.54mm pitch PCB SOCKET pin header, featuring a Dip Type Double Row configuration with height options of 5.0mm, 7.2mm, 8.5mm and 11.0mm. Meticulously engineered for reliability and versatility, this connector offers precise connectivity tailored to your project’s specific requirements.

what is SSW-108-01-G 2.54mm pitch PCB SOCKET pin header？

 SSW-108-01-G 2.54mm pitch PCB SOCKET pin header  is a female header connector, specifically a dual-row straight female header with a pitch of 2.54mm. SSW-108-01-G 2.54mm pitch PCB SOCKET pin header is a type of electronic connector, mainly used for electrical connections between circuit boards. SSW-108-01-G 2.54mm pitch PCB SOCKET pin header is commonly found in the circuit construction of electronic devices such as single-chip microcomputers and development boards, serving the function of signal and power transmission. The specifications of this female header (2.54mm pitch, dual-row design) are industry general standards.

SSW-108-01-G 2.54mm pitch PCB SOCKET pin header is a dual-row straight female header connector with a pitch of 2.54mm, a typical representative of the “female header” category in the electronic connector family. SSW-108-01-G 2.54mm pitch PCB SOCKET pin header’s functions can be further elaborated from three dimensions: electrical performance, engineering application, and system operation and maintenance.

SSW-108-01-G 2.54mm pitch PCB SOCKET pin header has many function，as following：

I. Electrical Connection: Accurate and Efficient Signal and Power Transmission

1. Signal Transmission:
SSW-108-01-G 2.54mm pitch PCB SOCKET pin header can stably transmit digital signals (such as I/O control signals of single-chip microcomputers, detection signals of sensors) and analog signals (such as audio signals, analog output of sensors). With a standard pitch of 2.54mm, it ensures low-loss and low-interference signal transmission through the physical contact of metal pins, and is one of the core carriers of “signal links” in electronic systems.
For example, in an Arduino development board, the female header is used to connect sensor modules and actuator modules, realizing a signal closed loop of “perception-control-execution”.

2. Power Transmission:
SSW-108-01-G 2.54mm pitch PCB SOCKET pin header can carry DC power supply (such as 5V, 12V power), providing stable electrical energy for chips and components on the circuit board. The current-carrying capacity of its metal pins is designed in a standardized manner, which can meet the power supply requirements of most small electronic devices and avoid device power failure or unstable power supply caused by poor contact.

II. Modular Assembly: Accelerating the Design and Production of Electronic Devices

1. Design Flexibility:
Based on the universal pitch of 2.54mm, engineers can split the circuit into multiple functional modules (such as power module, communication module, and operation module), and each module is connected to the main circuit board through a female header, which greatly reduces the complexity of system design.
For example, in the field of industrial control, a customized control unit can be quickly built by combining “PLC core module + analog input module + relay output module” through female headers.

2. Production Efficiency Improvement:
Modular design enables parallel production processes (such as producing each functional module at the same time), and finally completes the whole machine assembly through the plug-in connection of female headers, shortening the production cycle. This advantage is particularly obvious for the production of small-batch and multi-variety electronic devices.

III. Maintenance and Expansion: Reducing the Whole-Life-Cycle Cost of Equipment

1. Maintenance Convenience:
When a device fails, the suspected faulty module (such as a sensor acquisition module) can be quickly removed through the female header, and the fault point can be tested after replacing SSW-108-01-G 2.54mm pitch PCB SOCKET pin header with a spare module. There is no need to solder or disassemble the entire circuit board, which greatly reduces maintenance time and labor costs.

2. Function Expandability:
If a device needs to add new functions (such as expanding wireless communication functions on the original development board), only a corresponding functional expansion module needs to be designed and connected to the original device through a female header to realize function upgrading, without redesigning the entire system. This “plug-and-play” expandability enables electronic devices to have the ability of continuous iteration.

In short, SSW-108-01-G 2.54mm pitch PCB SOCKET pin header is a concrete embodiment of “connectivity”, “modularity” and “maintainability” in electronic systems, and is a key supporting component from prototype development to mass production, and from equipment operation and maintenance to function upgrading.

SSW-108-01-G 2.54mm pitch PCB SOCKET pin header with a 2.54mm pitch has multiple functions and is widely used in various fields. The details are as follows:

◦ Stable Signal Transmission:SSW-108-01-G 2.54mm pitch PCB SOCKET pin header can stably transmit digital signals and analog signals. With a standard pitch of 2.54mm,SSW-108-01-G 2.54mm pitch PCB SOCKET pin header ensures low-loss and low-interference signal transmission through the physical contact of metal pins. Its optimized signal transmission structure can meet the requirements of high-speed data transmission, featuring low insertion loss and low crosstalk.

◦ Reliable Power Transmission: SSW-108-01-G 2.54mm pitch PCB SOCKET pin header can carry DC power supply to provide stable electrical energy for chips and components on the circuit board. The current-carrying capacity of the metal pins is designed in a standardized way; for example, the SSW-108-01-G 2.54mm pitch PCB SOCKET pin header can carry a current of 3A, which can meet the power supply needs of most small electronic devices.

◦ Easy Installation and Maintenance: Adopting a straight-pin design, SSW-108-01-G 2.54mm pitch PCB SOCKET pin header can be directly inserted into the holes of the circuit board for soldering, without the need for additional drilling or fixing, making the installation process simple. Its reliable mating design can withstand multiple plugging and unplugging without damage. In addition, it is usually equipped with guide holes and guide flanges to ensure the correct insertion direction, reducing the risk of wrong insertion and damage, and facilitating the maintenance and upgrading of equipment.

◦ Support for High-Density Wiring: The dual-row design makes the wiring layout more compact, which can provide more connection points in a limited space and realize high-density wiring. This is crucial for the miniaturization and lightweight design of electronic devices.

• Application Fields

◦ Computers and Peripheral Devices: Such as motherboards, graphics cards, hard drives, optical drives, etc. The female header can provide stable signal transmission to ensure the normal operation of the equipment.

◦ Communication Devices: Such as routers, switches, mobile phones, etc. The application of female headers can reduce signal interference and improve communication quality.

◦ Industrial Automation Equipment: Such as PLCs (Programmable Logic Controllers), relays, frequency converters and other equipment, which are used to realize signal transmission and control between devices.

◦ Automotive Electronics: SSW-108-01-G 2.54mm pitch PCB SOCKET pin header is widely used to connect various sensors, monitoring equipment and displays, such as ECUs (Electronic Control Units), sensors, and display screens, to realize data transmission and control.

◦ Smart Home: SSW-108-01-G 2.54mm pitch PCB SOCKET pin header can connect temperature and humidity sensors, relay modules, WiFi modules, etc., to realize intelligent control of the home.

◦ Education and DIY Fields: SSW-108-01-G 2.54mm pitch PCB SOCKET pin header is often used in electronic engineering teaching, student experiments, maker spaces and various DIY projects, such as robots, 3D printers, and smart cars.

◦ Medical Equipment: SSW-108-01-G 2.54mm pitch PCB SOCKET pin header is also used in medical equipment, such as some medical monitoring devices and diagnostic instruments, to connect various functional modules and ensure the stable operation of the equipment and accurate data transmission.

SSW-108-01-G 2.54mm pitch PCB SOCKET pin header a dual-row straight female header connector with a 2.54mm pitch. It is mainly used for signal transmission and power supply between circuit boards and modules, as well as between modules in electronic devices, and serves as a universal basic component in electronic connections.

There are 5 key points to note during use SSW-108-01-G 2.54mm pitch PCB SOCKET pin header, which directly affect the connection stability and service life of the equipment:

1. Environmental Adaptation and Selection: For high-temperature scenarios (such as industrial equipment), select models with a temperature resistance of ≥105℃; for humid/outdoor scenarios, give priority to pins with anti-corrosion plating (such as gold plating or nickel plating); for medical equipment, ensure they meet environmental protection and insulation standards such as RoHS 2.0.

2. Matching of Electrical Parameters: Check the current-carrying capacity (ordinary models have a single-pin current-carrying capacity of 1-3A; high-power equipment requires upgrading to high-current-carrying models) and voltage. At the same time, confirm that the insulation resistance is ≥100MΩ to avoid burnout due to overload or electric leakage.

3. Standardized Installation and Soldering: Control the soldering temperature between-40°C ~ +105°C and the soldering time within 3 seconds to prevent damage to the plastic shell or pins caused by high temperature; after soldering, check whether the pins are skewed.

4. Correct Plugging and Unplugging Operation: Must align with the guide holes/flanges and apply force in the vertical direction. Do not plug or unplug at an angle to avoid bending the pins; after multiple plugging and unplugging operations, check whether the pins are loose to prevent poor contact.

5. Compatibility and Storage: Confirm that the number of pins (such as 10P, 20P) matches the hole layout of the circuit board; when used with male headers, ensure the pin length and plugging depth are consistent to avoid signal interruption caused by incomplete mating. Store unused connectors in a sealed manner to prevent dust from entering the gaps between pins.