Taoglas HSC/U.FL/W.FL Compatible Receptacles
Taoglas HSC, U.FL, and W.FL Compatible Receptacles provide a 3-pad type wire-to-board SMD receptacle solution that is ultra-small, lightweight, and low profile (1.6mm or 2.5mm maximum). The TXR Receptacles feature a DC to 6GHz operational frequency range, superior performance, and gold plating. These components act as a 50Ω transmission line to connect the micro-miniature RF connectors to the printed circuit boards. The RECE.20449.001E.01 is compatible with I-PEX MHF®4, I-PEX MHF®4L, Murata HSC, and all other available HSC compatible connectors. The RECE.20369.001E.01 is fully compatible with I-PEX MHFIII, Hirose W.FL, and all other available W.FL compatible connectors. The RECE.20279.001E.01 receptacles are fully compatible with I-PEX MHFI, I-PEX MHFII, I-PEX MHFHT, Hirose U.FL, and all other U.FL compatible connectors. These receptacles are commonly integrated into cellular, GSM modules, GPS modules, and wireless LAN modules.Applications
- GSM modules
- GPS modules
- Wireless LAN modules
Specifications
- Electrical
- DC to 6GHz operation frequency
- VSWR
- 1.3 maximum at DC to 3GHz
- 1.4 maximum at 3GHz to 6GHz
- 50Ω nominal impedance
- 60VAC rated voltage
- 1A maximum rated current
- 200VAC/minute withstand voltage
- 0.5mA maximum current leakage
- -40°C to +90°C temperature range
- Materials
- Au-plated, copper alloy outer and center contacts
- LCP insulator, UL 94V-0
- Environmental
- 2 to 3 cycles per minute durability at 30 cycles per EIA-364-09C
- 10Hz -> 100Hz -> 10Hz vibration for 20 minutes
- 1.5mm or 59m/s2 (6G) peak value of acceleration
- Direction options
- 3 Axis - 3 cycles
- 3 Axis - 5 cycles
- 735m/s2 (75G) accelerate velocity
- Half-sine shock plus waveform
- 11m/sec duration
- 1mA direct current
- Size options
- 2mm x 2mm x 0.6mm with a ø1.4mm and 1.2mm maximum mating height
- 2mm x 2mm x 0.85mm with a ø1.4mm and 1.6mm maximum mating height
- 3mm x 3mm x 1.25mm with a ø2mm and 3mm maximum mating height
Additional Resources
Published: 2021-03-17
| Updated: 2023-11-08
