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Female Header

Female Header 1.27mm Pitch

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Female Header 2.0mm Pitch

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Female Header 2.54mm Pitch

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Female Header 5.08mm Pitch

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Female Header
yzconn's Female Header is a meticulously crafted electronic connection component, designed to provide reliable and stable electrical connections in a wide range of applications. Engineered with precision, it features high-quality materials and advanced manufacturing processes, ensuring excellent conductivity, durability, and long-term performance. Whether used in consumer electronics, industrial control systems, or communication equipment, our Female Header offers superior compatibility and easy installation, making it an ideal choice for various electronic projects.
Product Philosophy
Please listen to us
At dgyzconn, our Female Header products embody the concept of "Precision Driven, Reliability Assured, Innovation Empowered". We are dedicated to providing electronic connection solutions that not only meet but exceed industry standards. By focusing on technological innovation, strict quality control, and customer-centric service, we strive to create Female Headers that offer superior performance, durability, and compatibility. Our commitment to excellence ensures that every product represents the perfect blend of advanced technology, reliable quality, and value, making us the preferred partner for customers in the electronics industry.
Original Concept

Product Features

Xometry Instant Engine flower

Xometry Instant Engine flower

Xometry Instant Engine flower

Xometry Instant Engine flower

Application Scenarios
  • Consumer electronics
    Widely used in the internal circuit connections of smartphones, tablets, and laptops to achieve stable signal transmission between the mainboard and daughter boards.
  • Automotive electronics systems
    Applied to automotive instrument panels, in-vehicle navigation, and vehicle body control systems, meeting the strict requirements of automotive electronics for reliability and stability.
  • Aerospace field
    Used in avionics equipment and satellite communication modules, meeting the strict standards of aerospace for high-performance and high-reliability products.
  • New energy equipment
    Applied to solar controllers and electric vehicle battery management systems, providing reliable connections for the stable operation of new energy equipment.

Technical Highlights

Precision mold processin

Using a five axis CNC machining center to manufacture molds, high-precision molding of needle sockets and pins is achieved, with dimensional tolerances controlled within a very small range.

Automated production and inspection

The fully automated production line is equipped with equipment such as visual inspection, laser ranging, and electrical performance testing to monitor the production process in real-time, ensuring zero-defect products.

Structural optimization design

The unique snap or lock design enhances the connection firmness with male headers, preventing loosening and poor contact.
FAQ
How to choose the right pitch for Female Headers?
Choose according to the wiring density and connection requirements of the circuit board design. For high-density circuits, a pitch of 0.8mm - 1.27mm is recommended; for conventional circuits, a pitch of 2.0mm - 2.54mm can be selected; if large current transmission is required, consider models with a larger pitch to ensure current-carrying capacity.
What should I do if the Female Header cannot be inserted smoothly?
First, check whether the pins are bent or blocked by foreign objects. Use tweezers to carefully correct the bent pins and clean the foreign objects. Then, confirm whether the specifications of the male and female headers match. You can also apply a small amount of specialized lubricant to the surface of the pins to assist insertion.
Can Female Headers be used in high-temperature environments?
Yes. Select high-temperature-resistant models, which are made of special engineering plastics and high-temperature-resistant metals, with an operating temperature of up to 125℃. However, when used in high-temperature environments for a long time, regularly check their performance and structural stability.
How to ensure the anti-vibration performance of Female Headers?
Select female headers with fixing clips or screw fixing holes and firmly install them on the circuit board. Apply reinforcing glue at the connection between the female headers and the circuit board. In environments with large vibrations, add buffer pads to reduce the impact of vibrations.
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