High Efficient Semiconductor Test Pin BGA Testing Probes Spring Loaded
Semiconductor Test Pin High Efficient Factory Supply Bga Testing Probes Spring Loaded
Din connector is a type of RF connectors. BNC's compact design, high durability and outstanding electronic performance have made it one of the most widely used connectors in RF and Microwave applications across the board.Normally utilized in frequency ranges from DC-18GHz, there are also precision versions that can reach as high as 27GHz. Din connector has a reliable characteristic with long life-span that the width, performance are excellent, high frequently. Suitable for the microwave equipment and body of the digital communication system and join in the cable for the microstrip line frequency in the loop frequently. We can provide various din connectors for different coaxial cables, such as RG213, RG58, LMR240, LMR400 etc. We can also produced coaxial cable assembly used din connectors, if you need, you can contact our sales and tell the length of the cable, we can customized for you. Any questions, click to contact our sales on the right.
- Full Stroke: 6.50mm
- Current: 3A
- Resistance: 50mΩ
- Spring Pressure: 180g
- Color: Gold+Silver
- Needle Diameter: approx. 1.36mm
- Shank Diameter: approx. 0.99mm
- Needle Length: approx. 33.35mm
- Needle Sheath Diameter: 1.67mm
- Drill Size: approx. 1.7mm
- Minimum Test Distance: approx. 2.54mm
- Quantity: 100 Pcs/1 Set
☀ RF coaxial cable connectors (7/16 DIN/N/TNC/BNC/FME/U.FL/IPEX/L9/SMA/SMB/MMCX/MCX/OEM) .
☀ We focus on coaxial cable and cable connectors.
☀ Our cables and cable connectors are built-in and shipped worldwide.
☀ RF cable connectors can be produced to be cable assemblies with many different cable types and custom lengths depending on your needs and applications.
☀ If you require a special RF cable assemblies configuration not found here, you can create your own RF cable assembly configuration by calling our sales department.
Radio frequency (HFS) and dipole test probes are used in a wide range of industries. They enable precise and replicable measurement of RF performance and contact resistance. High measurement accuracy, repeatability, and a long service life are essential for RF probes. In order to meet these requirements and ensure outstanding product quality of its RF probes, INGUN operates its own RF laboratory. Here production conditions are simulated while electrical and mechanical endurance tests are carried out to achieve optimum contacting.
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