Introducing our top-of-the-line 1.27mm Box Header SMT H=4.90 With post, designed to elevate your electronic assembly processes to new heights. Crafted with meticulous precision, this product boasts a robust construction, guaranteeing reliability and durability. Its compact size and sleek design make it ideal for high-density applications, ensuring optimal space utilization. With its post feature, it offers enhanced stability and secure connections, minimizing the risk of disconnections or signal loss. This header is compatible with SMT technology, facilitating seamless integration into your production line. Trust our 1.27mm Box Header SMT H=4.90 With post to deliver exceptional performance and elevate your electronic manufacturing to unparalleled levels of efficiency and precision.
Shenzhen Antenk Electronics Co., Ltd. promoted a 1.27mm pitch Box Header SMT plastic height H=4.90 With post connector.
Currently, the board-to-board connectors used on mobile phones have the following characteristics:
First of all, "soft", flexible connection, and has a strong corrosion resistance; secondly, no welding is required, installation is convenient, and there is no fire hazard, which saves space; in addition, today's board-to-board is Ultra-low height, two-piece, this point below, Xiaobian will focus on; the final is to have superior environmental resistance, not only soft, but also use a "sturdy connection" with high contact reliability; of course, generally have no Limited pipe, with pressure sealing, easy installation and so on. . .
product information:
1.No.of Contacts: 06P 08P 10P 14P 16P 20P 24P 26P 30P 32P 34P 40P 44P 50P 60P 64P 80P 100P
2.Connector Type: Double row.
3.Plastic High:H=4.90mm.
4.Packing:Tray / Bag / Tube / Tube+CAP / Tape&Reel / Tape&Reel+CAP.
SPECIFICATION
Current Rating: 1Amp
Insulation Resistance: 1000MΩ min
Contact Resistance: 20MΩ max
Withstand Voltage: 500V AC/DC
Operating Temperature: -40°C to +105°C
Contact Material: Brass
Contact Plating: Au or Sn Over Ni
Insulator Material: PA6T+30%GF UL 94V-0