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GL-DYC06
Asialeren
85177100000
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Product Introduction
1.Military-Grade Gold Plating
Gold-plated brass housing + contacts ensures ultra-low signal loss (<0.1dB), corrosion resistance, and 500+ mating cycles.
2.Premium PTFE Insulation
PTFE (Teflon) insulator withstands -55°C to +260°C, ideal for high-frequency/high-temperature RF systems.
3.Precision Engineering
±0.2mm tolerance and smooth plating (scratch-free) guarantee perfect impedance matching (50Ω) and VSWR <1.2.
4.Eco-Compliant Durability
RoHS-certified materials (brass, PTFE, copper) meet global environmental standards without sacrificing RF performance.
5.Universal Compatibility
Compatible with SMA male/female interfaces across RF cables, antennas, test equipment, and 5G/WiFi devices.
Application scenarios
5G/Telecom: Base stations, RF filters, antenna arrays.
Aerospace: Avionics, radar systems, satellite comms.
Test & Measurement: Spectrum analyzers, network analyzers.
Medical Devices: MRI machines, RF ablation equipment.
IoT/Robotics: High-frequency sensors, drone controllers.
Q: Is this connector rated for outdoor use?
A: Yes! Gold plating resists oxidation, and PTFE handles moisture/temperature swings (-55°C to +260°C).
Q: What’s the frequency range?
A: SMA connectors typically support 0-18 GHz. PTFE insulation ensures stable performance up to 26.5 GHz.
Q: Can I mate it with standard SMA interfaces?
A: Absolutely. SMAKWE-20 follows IEEE 287 standards for universal compatibility.
Q: Why choose gold plating over nickel?
A: Gold minimizes signal loss at high frequencies (>6 GHz) and prevents fretting corrosion.
Q: How many mating cycles does it support?
A: 500+ cycles with minimal degradation (per MIL-STD-348 standards).
Q: Is PTFE better than PEI insulators?
A: PTFE offers lower dielectric loss (0.0003 vs. 0.005) for critical high-frequency apps.
Q: Are torque specifications provided?
A: Standard SMA torque is 5-8 in-lbs. Use a torque wrench to avoid over-tightening.
Q: Does RoHS compliance affect conductivity?
A: No. Our gold-plated brass/copper meets RoHS while maintaining 100% IACS conductivity.
Product Introduction
1.Military-Grade Gold Plating
Gold-plated brass housing + contacts ensures ultra-low signal loss (<0.1dB), corrosion resistance, and 500+ mating cycles.
2.Premium PTFE Insulation
PTFE (Teflon) insulator withstands -55°C to +260°C, ideal for high-frequency/high-temperature RF systems.
3.Precision Engineering
±0.2mm tolerance and smooth plating (scratch-free) guarantee perfect impedance matching (50Ω) and VSWR <1.2.
4.Eco-Compliant Durability
RoHS-certified materials (brass, PTFE, copper) meet global environmental standards without sacrificing RF performance.
5.Universal Compatibility
Compatible with SMA male/female interfaces across RF cables, antennas, test equipment, and 5G/WiFi devices.
Application scenarios
5G/Telecom: Base stations, RF filters, antenna arrays.
Aerospace: Avionics, radar systems, satellite comms.
Test & Measurement: Spectrum analyzers, network analyzers.
Medical Devices: MRI machines, RF ablation equipment.
IoT/Robotics: High-frequency sensors, drone controllers.
Q: Is this connector rated for outdoor use?
A: Yes! Gold plating resists oxidation, and PTFE handles moisture/temperature swings (-55°C to +260°C).
Q: What’s the frequency range?
A: SMA connectors typically support 0-18 GHz. PTFE insulation ensures stable performance up to 26.5 GHz.
Q: Can I mate it with standard SMA interfaces?
A: Absolutely. SMAKWE-20 follows IEEE 287 standards for universal compatibility.
Q: Why choose gold plating over nickel?
A: Gold minimizes signal loss at high frequencies (>6 GHz) and prevents fretting corrosion.
Q: How many mating cycles does it support?
A: 500+ cycles with minimal degradation (per MIL-STD-348 standards).
Q: Is PTFE better than PEI insulators?
A: PTFE offers lower dielectric loss (0.0003 vs. 0.005) for critical high-frequency apps.
Q: Are torque specifications provided?
A: Standard SMA torque is 5-8 in-lbs. Use a torque wrench to avoid over-tightening.
Q: Does RoHS compliance affect conductivity?
A: No. Our gold-plated brass/copper meets RoHS while maintaining 100% IACS conductivity.
