Hirose Electric Hirose Electric SMT同軸連接器：U.FL系列
Hirose現在提供AC型U.FL同軸連接器。Hirose Electric提供SMT同軸連接器U.FL系列，超小、超輕且極纖薄（對接高度1.9mm或2.4mm），頻率最高6GHz，可滿足廣泛微型設備需求。Hirose SMT同軸連接器的特點是便於使用者的觸覺鎖，作為安裝及簡單的中斷工具。U.FL系列的應用包括手提電話、無線網絡、迷你PCI、藍芽、掌上電腦、GPS、電子測量儀器等等。最新！ Hirose Electric已擴展其U.FL系列，包括最新的SMT插頭，專門設計便於安裝到現有的U.FL插座，以供板至板應用！
特點
- Nominal mated height of 1.9mm or 2.4mm (Max. 2mm or 2.5mm)
- Small mounting area with the receptacle occupying an area of 7.7mm2
- Lightweight with the receptacle weighing 15.7mg
- High frequency performance to meet requirements of a wide variety of miniature devices
- Automatic board placement - receptacles can be placed with vacuum nozzles of the automatic placement equipment
- Assures secure and stable connections with standard ultra-fine coaxial (fluorinated resin insulated) cable of 0.81mm diameter (single braid shielding)
- Simple connector mating / unmating using available extraction tool assures correct disconnection of the plug and receptacle
- Tactile "click" sensation confirms fully mated condition, assuring complete electrical and mechanical connection
規格
- DC to 6GHz frequency range
- No flashover or insulation breakdown at 200VAC / 1 minute withstanding voltage
- 50Ω nominal characteristic impedance
- Contact resistance: At 10mA max.
- Center : 20mΩ max.
- Outer : 10mΩ max.
- 500MΩ min. at 100VDC insulation resistance
- -40°C to +90°C operating temperature range
應用
- Cellular phones
- PHS
- Mobile phones
- Wireless communication devices
- Electronic measuring instruments
- GPS
- Wireless LAN
- Bluetooth devices
- Any application requiring high frequency transmission using small coaxial connectors
Featured Products
Hirose Electric U.FL-K Series Micro Coaxial Connectors
Ultra-low profile RF connectors with a clear tactile click and 2.5mm maximum mated height.
Hirose Electric U.FL-A Micro Coaxial Cables
Feature low insertion loss, high signal integrity, and low reflection characteristics up to 18GHz.
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Hirose Electric E-Bike Solutions
Robust and compact connectors engineered for e-bikes and micro-mobility systems.
發佈日期: 2008-11-12
| 更新日期: 2025-10-28