Please Leave Us A Message
Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.
- Home
- Products
- Pin Header
- Female Header
-
1.27mm Female Header U-Type Dual-Bend
Min. Order:1
Model No:051602
This 1.27mm Double Row Female Header with H4.3 height and 90° dual-bend leads is designed for corner-mount board applications. The bent leg structure allows for versatile mounting on both vertical and horizontal PCBs. Its double-row layout offers...
-
Double Row SMT Female Header with Outer Post
Min. Order:1
Model No:051604
This 1.27 mm female header features an H4.3 U-type SMT configuration with external post alignment for improved PCB stability. Designed for horizontal mount applications, it ensures accurate positioning and is suitable for industrial systems,...
-
SMT Female Header 1.27mm Double Row 100P
Min. Order:1
Model No:051606
This 100-pin Female Header is built for data-intensive systems requiring high-contact density in a compact form. The U-type SMT legs and H4.3 profile make it suitable for multi-layer PCBs, testing instruments, and complex communication modules. Its...
-
SMT Female Header 1.27mm with Inner Post
Min. Order:1
Model No:051603
The 1.27mm Double Row SMT Female Header with inner alignment post is engineered for precision positioning during reflow soldering. This Socket Header design, featuring U-shaped leads and dual-row layout, provides strong structural support for dense...
-
Single Row U-Type SMT Female Header
Min. Order:1
Model No:051601
The 1.27mm Single Row H3.4 U-Type SMT Female Header is an ideal solution for compact and high-density board designs. Featuring a horizontal U-type configuration, this single row female header provides a stable SMT interface for reliable...
Female Header 1.27mm Pitchdgyzconn's Female Header 1.27mm Pitch is a versatile and reliable electronic connection component. Engineered with precision, this 1.27mm pitch female header offers an optimal balance between connection density and ease of use. Crafted from high-quality materials, it features excellent electrical conductivity, mechanical strength, and durability. Whether for consumer electronics, industrial equipment, or communication devices, our 1.27mm pitch female header provides stable and efficient electrical connections, ensuring seamless signal transmission and long-term reliable operation.
Product PhilosophyPlease listen to usdgyzconn's Female Header 1.27mm Pitch is a versatile and reliable electronic connection component. Engineered with precision, this 1.27mm pitch female header offers an optimal balance between connection density and ease of use. Crafted from high-quality materials, it features excellent electrical conductivity, mechanical strength, and durability. Whether for consumer electronics, industrial equipment, or communication devices, our 1.27mm pitch female header provides stable and efficient electrical connections, ensuring seamless signal transmission and long-term reliable operation.Original ConceptApplication Scenarios
Technical Highlights- 01Innovative surface treatment technologyAdopts advanced nano-composite electroplating process to form a dense protective layer on the surface of pins, enhancing oxidation resistance and wear resistance.
- 02Mold optimization and simulationUsing CAE simulation technology to optimize mold design, simulate the forming process in advance, reduce defects, and improve the accuracy and efficiency of mother needle production.
- 03Fully automated detectionThe production line is equipped with automatic optical inspection (AOI), X-ray inspection (AXI), and electrical performance testing equipment, conducting 100% full inspection of products to ensure zero-defect quality.
- 04Signal optimization designOptimizes the pin layout through electromagnetic field analysis to reduce signal crosstalk and reflection, enhancing the integrity and stability of high-frequency signal transmission.
FAQ
How to choose between 1.27mm pitch and 2.54mm pitch female headers?The 1.27mm pitch female headers are suitable for scenarios with certain space requirements and the need for high connection density, such as small electronic devices and communication modules. The 2.54mm pitch female headers have a stronger current-carrying capacity and are more suitable for manual soldering and large current transmission applications, such as large power equipment and industrial control boards. If integration and moderate current-carrying capacity are required, choose 1.27mm pitch; if large current and ease of operation are prioritized, choose 2.54mm pitch.How to install female headers in a dusty environment?Perform installation operations in a dust-free workshop or use a dust-proof tent. Wipe the female headers and circuit boards with a dust-free cloth before installation to remove surface dust. After installation, seal the equipment and add a dust cover if possible. Regularly clean the surface dust of the equipment to prevent dust from affecting connection performance.Can I use 1.27mm pitch female headers in a high-vacuum environment?Yes, but material selection is crucial. Select female headers made of materials with low outgassing rates to avoid gas release affecting the equipment in a high-vacuum environment. Ensure good sealing at the connection parts during installation to prevent external gas from entering and affecting the vacuum degree.What should I do if the female header's appearance has burrs after production?If the burrs are small, carefully sand them with fine sandpaper or specialized edge trimming tools. If there are many burrs or they affect performance, contact dgyzconn's after-sales service. We will arrange for re-production or replacement with qualified products and check whether the production molds are worn.
We will contact you immediatelyFill in more information so that we can get in touch with you faster
Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.
- Female Header
- Pin Header