Development trend of pogo pin thimble industry

　　Jumpers can be implemented between the boards and are no longer bound by wires.

　　small size

　　High Current

　　high durability

　　The pogo pin can better transmit the high frequency signal of the antenna

　　Compared with antenna shrapnel, Pogo Pin has shorter current path and smaller distributed capacitance and distributed inductance at the same working height, especially in high frequency band, which is more conducive to impedance matching.

　　In the case of the same working height, the Pogo Pin is much higher than the shrapnel in the self-resonant frequency band, and the loss is smaller, which is conducive to the efficient transmission of high-frequency signals.

　　The pogo pin can transmit signals more flexibly in the metal frame design, so that the antenna radiation is farther away from the main board and its components, which is more conducive to the performance of the antenna. At the same time, the contact and assembly scheme of the pogo pin is also more flexible. Cover plate, metal frame, ultra-thin model design, better use of space.

　　Pogo Pin enables high current connection scheme

　　Pogo Pin makes it easier to achieve waterproof structure

　　Pogo Pin can connect points accurately and stably, which is conducive to the transmission of RF signals

　　When using Pogo Pins in antenna connectors, a more stable connection point results in more stable RF performance without frequency offset.

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Development trend of pogo pin thimble industry