Compact SMT micro coaxial connector HRS UFL-2LPVHF6-04N1TV-A-100 designed for drones PDAs and GPS devices
Manufacturer:
HRS
Description:
Coaxial Connector (RF) Adapters RoHS
Category:
Coaxial Connector (RF) Accessories/Coaxial Connector (RF) Adapters
Specifications
Mfr. Part #:
UFL-2LPVHF6-04N1TV-A-100
Model Number:
UFL-2LPVHF6-04N1TV-A-100
Introduction
Product Overview
The Hirose U.FL Series is a line of lightweight SMT micro coaxial connectors designed for space-saving applications. Featuring a low mated height ranging from 1.9mm to 2.4mm, these connectors are ideal for compact electronic devices. They offer excellent RF performance up to 18GHz with certain models and support automatic mounting via tape and reel packaging. The series includes options for both soldered and solderless connection types, halogen-free and RoHS2 compliance, and the ability to be harnessed with SMA, MMCX, and TNC connectors for flexible board design. Applications include wireless LAN, Bluetooth, car navigation systems, drones, PDAs, GPS, and electronic measuring instruments.
Product Attributes
- Brand: HIROSE
- Series: U.FL
- Certifications: Halogen-Free, RoHS2 Compliant
- Mounting Type: SMT (Surface Mount Technology)
- Packaging: Tape and Reel
Technical Specifications
| Specification | Details |
|---|---|
| Nominal Impedance | 50 |
| Operating Temperature | -40 to +105 (90 RH Max.) |
| Rated Frequency | 0 to 8GHz |
| Storage Temperature | -30 to +70 (90 RH Max.) |
| Contact Resistance (Center) | 20m Max. (50m Max. for U.FL(A)) |
| Contact Resistance (External) | 10m Max. (20 Max. for U.FL(A)) |
| Insulation Resistance | 500M Min. (Measured at 100V DC) |
| Withstanding Voltage | 200V AC for 1 minute (No insulation breakdown) |
| Female Contact Retention Force | 0.15N Min. / 0.1N Min. (for 062, U.FL(A)) |
| Mating Durability | 30 times (Contact Resistance: Initial + 5 m ) |
| Vibration Resistance | No electrical discontinuity of 1 s or more. No damage, cracks or part dislocation. (10 to 100Hz, Half amplitude 1.5mm, Acceleration 59 m/ s for 5 cycles in each of the 3 axes) |
| Shock Resistance | Acceleration 735 m/s, for 11 ms, sine half-wave waveform, 3 cycles in each of the 6 axes. No damage, cracks or part dislocation. |
| Humidity Resistance (Steady State) | Insulation Resistance 10M Min. (in high humidity), 500M Min. (in dry). (96 hours at 40 and 95% humidity) |
| Temperature Cycle | No damage, cracks or part dislocation. (-40+5 to +35+105+5 to +35, 5 cycles) |
| Salt Spray | V.S.W.R. Satisfying initial standard values (5% salt water solution for 48 consecutive hours) |
| Mated Height Range | 1.9mm (2.0mm Max.) to 2.4mm (2.5mm Max.) |
| Receptacle Weight | 15.7mg |
| Substrate Occupied Area | 7.7mm |
| RF Performance (U.FL) | Up to 8GHz (Some up to 12GHz) |
| RF Performance (U.FL(A)) | Up to 18GHz (VSWR 2.0) |
| Cable Diameter Options (U.FL) | 0.81, 0.95, 1.13, 1.32, 1.37 |
| Cable Diameter Options (U.FL(A)) | 1.13, 1.37 |
| Plug Center Contact Material/Finish | Brass / Gold Plating |
| Receptacle Shell Material/Finish | Phosphorous Bronze / Silver Plating (U.FL-R-SMT-1) or Gold Plating (U.FL-R-SMT-K) |
| Receptacle Insulator Material | LCP (Milky White, UL94V-0 for U.FL-R-SMT-1) or LCP (Black, UL94V-0 for U.FL-R-SMT-K) |
| Plug Shell Material/Finish | Phosphorous Bronze / Silver Plating/Nickel Plating (Contact Part: Gold Plating) (for U.FL(A)) |
| Plug Insulator Material | PBT (Gray, UL94HB for LP(V)-040HF) or LCP (Milky White, UL94V-0 for 040HF, 066HF, 068HF, 062HF, 088HF) or LCP (Black, UL94V-0 for U.FL(A)) |
| Female Center Contact Material/Finish | Phosphorous Bronze / Gold Plating |
| Recommended PCB Mounting Pattern | Refer to page 13 and 14 for details. |
| Recommended Metal Mask Dimensions | Refer to page 13 and 14 for details. Thickness: 0.1mm/0.12mm |
| Recommended Reflow Temperature Profile | 250 Max. for 10 seconds. Preheat (130 to 180) 60 seconds Max. (Refer to page 34 for full profile) |
| Recommended Manual Soldering | 350 for 5 seconds |
| Reflow Cycles | Up to 2 cycles |
2512031054_HRS-UFL-2LPVHF6-04N1TV-A-100_C26138469.pdf
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