Get the latest price?

Floss Pin® i.e. Fuzz Button connectors be made in China over 30 years!

For 30 years, Luoyang Fuzz button Interconnect Technology Co., Ltd. has specialized in manufacturing and selling Fuzz Button connectors and related products. Made in China, high quality and low price. At the same time, we sell all kinds of connectors and accessories made in China, and the products are sold all over the world! Fuzz Button connectors is elastic contact. Solderless, board-to-board vertical connections. It is widely used in aerospace, phased radar, drones, communications, satellites, antennas, navigation, missiles, robots, 5G, chip testing and other fields.

  • Highly integrated transmit/receive modules are key components for modern active phased array radar systems. This paper describes architecture and related interconnect technologies for a novel transmit/receive module with integrated radiating element and circulator for X-band applications. It allows the realization of future planar or conformal active antenna arrays with low installation depth as well as high maintainability performance.
  • An overall Low-Temperature Co-flred Ceramics (LTCC) package solution for X-band T/R module has been presented in this paper. This tile type package contributes to a dramatic reduction in size and weight of the T/R module. Moreover, an obvious merit of ceramic housing is better consistency of Coe-cient of Thermal Expansion (CTE), compared with the traditional combination of ceramic board and metal housing. The schematic diagram and 3-D structure of the T/R module have been presented and a novel vertical interconnection based on Ball Grid Array (BGA) has been proposed to connect vias in the lid and those in the stage of the main LTCC pan. The LTCC T/R module has been fabricated and measured. It is compact in size (20 £ 20 £ 2:6mm 3 ) and has a weight of 3.5g. The measured transmit output power is 33§1dBm in the frequency range from 8.8GHz to 10.4GHz, and the measured receive gain and Noise Figure are 29{30.5dB and 2.6{2.8dB, respectively.
News