Hirose Electric U.FL SMT Coaxial Connector
Hirose Electric U.FL SMT Coaxial Connector is ultra small, lightweight, and low profile (1.9mm or 2.4mm mated height) with frequencies of up to 6GHz to meet the requirements of a wide variety of miniature equipment. The Hirose SMT Coaxial Connector features a user-friendly tactile lock for mating and a simple disconnect tool. Applications for the U.FL series are mobile phones, wireless LAN, Mini-PCI, Bluetooth, PDA, GPS, electronic measuring instruments, among others. NEW! Hirose Electric has expanded its U.FL series to include a new SMT plug designed to mate with the existing U.FL receptacles for board to board applications!Features
- 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
Specifications
- 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
Applications
- 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
Publicado: 2008-11-12
| Actualizado: 2025-10-28
