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New Needle seat connector Header 16pin 2 rows 2.54mm pitch 180 degress pin length 13.70mm

TSW-250-08-T-D 2.54mm pitch PCB Pin Header female lie at the heart of modern electronics. These connectors serve as the bridges that effortlessly foster communication between circuit boards, embodying the spirit of technological advancement. From intricate circuitry to complex systems, pin headers stand as the foundation of limitless potential.Pin headers are essential in electronics manufacturing, connecting various components on circuit boards, ensuring seamless data flow, and enabling effective soldering.For engineers and developers, pin headers facilitate quick prototyping and testing. TSW-250-08-T-D 2.54mm pitch PCB Pin Header female offer accessible points for connecting wires and components, expediting experimentation.Pin headers form a vital part of embedded systems, allowing modules, sensors, and expansion boards to be easily connected and exchanged.

• Appearance and Structure:TSW-250-08-T-D 2.54mm pitch PCB Pin Header female connector is a through-hole pin header without a housing.TSW-250-08-T-D 2.54mm pitch PCB Pin Header female features square pins with a size of 0.025 inches (0.635 mm), and its overall color is usually black. The housing material is black glass-filled polyester.

• Electrical Performance: The contact material is phosphor bronze, and the contact plating is tin plating, which provides excellent electrical conductivity and corrosion resistance. TSW-250-08-T-D 2.54mm pitch PCB Pin Header female ‘s maximum voltage rating is 550VAC, and the maximum current rating is 6.3A per contact, which can meet the electrical connection needs of general circuits.

• Mechanical Performance: The pins of TSW-250-08-T-D 2.54mm pitch PCB Pin Header female adopt the through-hole soldering type. This soldering method ensures firm connection and guarantees the stability of the mechanical connection. The number of mating cycles can usually meet normal usage requirements, though the specific figure may vary depending on the operating environment and operation specifications.

• Application Scenarios: With the advantages of high signal integrity and reliability, TSW-250-08-T-D 2.54mm pitch PCB Pin Header female is suitable for industrial fields that have high requirements for connection stability, such as automated control equipment and industrial computers. It can also be used in other electronic devices that require board-to-board connection.

• Compliance with Standards: TSW-250-08-T-D 2.54mm pitch PCB Pin Header female complies with the standards of UL E111594 and CSA 090871_0_000. Meanwhile, TSW-250-08-T-D 2.54mm pitch PCB Pin Header female meets the RoHS Directive and contains no SVHCs (Substances of Very High Concern), satisfying environmental protection requirements.

As a board-to-board connector,TSW-250-08-T-D 2.54mm pitch PCB Pin Header female mainly has the following roles and functions:

• Realizing Electrical Connection:TSW-250-08-T-D 2.54mm pitch PCB Pin Header female can reliably connect two circuit boards, enabling current to transmit between different circuit boards. This achieves circuit conduction and signal transmission, and ensures electrical continuity between various parts of the circuit in electronic devices.

• Guaranteeing Signal Transmission Quality: The connector has excellent electrical performance — TSW-250-08-T-D 2.54mm pitch PCB Pin Header female’s maximum voltage rating is 550VAC and maximum current rating is 6.3A per contact, which can meet the electrical connection needs of general circuits. In addition, its design helps reduce loss, interference and distortion during signal transmission, ensuring the integrity and accuracy of signals. TSW-250-08-T-D 2.54mm pitch PCB Pin Header female is suitable for electronic devices with high requirements for signal quality.

• Providing Mechanical Stability: Adopting the through-hole soldering pin type, TSW-250-08-T-D 2.54mm pitch PCB Pin Header female can be firmly soldered on the circuit board, which ensures the stability of mechanical connection. TSW-250-08-T-D 2.54mm pitch PCB Pin Header female can withstand certain mechanical stresses such as vibration and impact, preventing the connector from loosening or falling off during use, and ensuring that electronic devices work stably in various environments.

• Adapting to Different Working Environments: With a working temperature range of -40°C-105°C,TSW-250-08-T-D 2.54mm pitch PCB Pin Header female can adapt to a wide range of temperature conditions. Moreover, its housing is made of black glass-filled polyester, which has certain properties such as corrosion resistance and wear resistance, allowing TSW-250-08-T-D 2.54mm pitch PCB Pin Header female to be used in various complex industrial environments or other harsh environments.

• Facilitating Installation and Maintenance: The through-hole mounting method makes the connector easy to install on the circuit board with simple operation. At the same time, it is also convenient to disassemble and replace during equipment maintenance or upgrading.

As a board-to-board connector,TSW-250-08-T-D 2.54mm pitch PCB Pin Header female has the following additional functions besides the aforementioned ones (such as realizing electrical connection and guaranteeing signal transmission quality):

• Space Saving: In the design of compact electronic devices, TSW-250-08-T-D 2.54mm pitch PCB Pin Header female can effectively save space. TSW-250-08-T-D 2.54mm pitch PCB Pin Header female allows circuit boards to be stacked closely or placed side by side, thereby reducing the overall volume of the device and meeting the development trend of miniaturization of electronic products.

• Thermal Management: In high-power applications, this connector may have excellent thermal conductivity to help dissipate heat. Some board-to-board connectors are designed with heat dissipation channels or made of high thermal conductivity materials to improve thermal management efficiency; the housing of TSW-250-07-T-D is made of black glass-filled polyester, which may contribute to heat dissipation.

• Electromagnetic Compatibility (EMC): To reduce electromagnetic interference (EMI), TSW-250-07-T-D may adopt a shielding design. This design prevents signals from interfering with other electronic components or being interfered by external signals, ensuring the normal operation of the device.

• Cost-Effectiveness: In mass production, the use of TSW-250-08-T-D 2.54mm pitch PCB Pin Header female can reduce manufacturing costs. This is because TSW-250-08-T-D 2.54mm pitch PCB Pin Header female simplifies the assembly process and reduces soldering and other complex manufacturing steps.

The application fields of this connector include:

• Communication Equipment: TSW-250-08-T-D 2.54mm pitch PCB Pin Header female can be used in communication devices such as base stations and routers to realize high-speed signal and power connection between different circuit boards, ensuring the stable operation of communication equipment.

• Digital Products: For digital products like tablets and laptops, it is used to connect the main board with circuit boards of other functional modules (such as display screens, keyboards and wireless modules), ensuring signal transmission and power supply between various parts of the device.

• Medical Equipment: In medical devices such as medical monitors and electrocardiographs, the high reliability and stability of this board-to-board connector can ensure accurate signal transmission and stable power supply during the long-term use of the device, providing reliable support for medical diagnosis and treatment.

• Military Industry Field: Military equipment has extremely high requirements for the reliability, stability and environmental adaptability of connectors. TSW-250-07-T-D can meet these requirements and be applied to military communication equipment, radar systems, etc.

• Transportation Field: TSW-250-08-T-D 2.54mm pitch PCB Pin Header female is needed in the electronic control systems of automobiles (including engine control units, in-vehicle audio systems, advanced driver assistance systems, etc.), as well as in the control and communication systems of rail transit, to realize the connection between circuit boards.