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GLC25
Asialeren
8517710000
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Electrical specifications | |
Frequency Range(GHz) | 0-3 |
Impedance(ohm) | 50 |
Max power (W) | 50 |
VSWR | <1.3 |
Operating voltage(max) | 335v |
Pressure resistance(rms) | 1000v |
Durability | >500 cycles |
Mechanical specifications | |
Connector | MMCX/UFL |
Length of cable | 1.37cable 120±5mm |
Lighting protection | DC grounding |
Ferrule | Brass with nickel plated |
Body | Brass with gold plated |
Pin | Be CU with gold plated <0.3 |
Insulator | PTFE |
Temperature range | -65~ +250 |
Product Introduction
Broad Frequency Range：The GLC25 cable has a frequency range of 0 - 3GHz. This wide - band characteristic makes it suitable for a variety of applications, including wireless communication systems, RF testing, and signal transmission across different frequencies.
Stable 50Ω Impedance：With an impedance of 50 ohms, the cable ensures efficient power transfer. Stable impedance is crucial for minimizing signal reflection, which helps maintain signal integrity during transmission, enabling reliable performance in high - speed data transfer and signal - processing applications.
Low VSWR：The voltage standing wave ratio (VSWR) of less than 1.3 indicates excellent impedance matching. This low VSWR reduces signal reflection, ensuring that most of the power is transmitted through the cable. As a result, it provides better signal quality and system performance, especially in applications where signal loss needs to be minimized.
High - Power Handling Capacity：It can handle a maximum power of 50W. This high - power - handling ability makes the GLC25 cable suitable for applications that require the transmission of high - power signals, such as in some industrial and professional equipment.
Durable and Well - made：The GLC25 has a durability of >500 cycles. Its components like the brass with nickel - plated ferrule, brass with gold - plated body, and gold - plated Be CU pin offer good corrosion resistance. The PTFE insulator provides reliable electrical insulation. Additionally, it can operate in a wide temperature range from - 65℃ to +250℃, making it suitable for use in various environmental conditions.
Application scenarios
Wireless Communication: Integrates into base stations, routers, and antennas for stable signal transmission.
Aerospace & Military: Reliable connectivity for radar systems and avionics in harsh environments.
Automotive Electronics: Connects sensors and GPS modules in high-vibration settings.
Test & Measurement: Ensures accuracy in lab equipment for high-frequency testing.
Industrial IoT: Links sensors in automation systems exposed to extreme temperatures.
FAQ
Q:What cables is the GLC25 compatible with?
A:Designed for RG174 coaxial cables with SMA male interfaces.
Q:Can this connector handle outdoor environments?
A:Yes, its brass body and PTFE insulator resist corrosion and operate from -65°C to +250°C.
Q:What is the maximum voltage supported?
A:Up to 335V operating voltage and 1000V pressure resistance (RMS).
Q:Is it compatible with UFL/MMCX devices?
A:Yes, the connector interfaces seamlessly with MMCX/UFL ports.
Q:How durable is the gold plating?
A:Gold-plated contacts ensure low resistance and withstand over 500 mating cycles.
Q:Does it include lightning protection?
A:Yes, DC grounding enhances lightning surge protection.
Q:What industries commonly use this connector?
A:Telecom, automotive, aerospace, industrial automation, and RF testing.
Electrical specifications | |
Frequency Range(GHz) | 0-3 |
Impedance(ohm) | 50 |
Max power (W) | 50 |
VSWR | <1.3 |
Operating voltage(max) | 335v |
Pressure resistance(rms) | 1000v |
Durability | >500 cycles |
Mechanical specifications | |
Connector | MMCX/UFL |
Length of cable | 1.37cable 120±5mm |
Lighting protection | DC grounding |
Ferrule | Brass with nickel plated |
Body | Brass with gold plated |
Pin | Be CU with gold plated <0.3 |
Insulator | PTFE |
Temperature range | -65~ +250 |
Product Introduction
Broad Frequency Range：The GLC25 cable has a frequency range of 0 - 3GHz. This wide - band characteristic makes it suitable for a variety of applications, including wireless communication systems, RF testing, and signal transmission across different frequencies.
Stable 50Ω Impedance：With an impedance of 50 ohms, the cable ensures efficient power transfer. Stable impedance is crucial for minimizing signal reflection, which helps maintain signal integrity during transmission, enabling reliable performance in high - speed data transfer and signal - processing applications.
Low VSWR：The voltage standing wave ratio (VSWR) of less than 1.3 indicates excellent impedance matching. This low VSWR reduces signal reflection, ensuring that most of the power is transmitted through the cable. As a result, it provides better signal quality and system performance, especially in applications where signal loss needs to be minimized.
High - Power Handling Capacity：It can handle a maximum power of 50W. This high - power - handling ability makes the GLC25 cable suitable for applications that require the transmission of high - power signals, such as in some industrial and professional equipment.
Durable and Well - made：The GLC25 has a durability of >500 cycles. Its components like the brass with nickel - plated ferrule, brass with gold - plated body, and gold - plated Be CU pin offer good corrosion resistance. The PTFE insulator provides reliable electrical insulation. Additionally, it can operate in a wide temperature range from - 65℃ to +250℃, making it suitable for use in various environmental conditions.
Application scenarios
Wireless Communication: Integrates into base stations, routers, and antennas for stable signal transmission.
Aerospace & Military: Reliable connectivity for radar systems and avionics in harsh environments.
Automotive Electronics: Connects sensors and GPS modules in high-vibration settings.
Test & Measurement: Ensures accuracy in lab equipment for high-frequency testing.
Industrial IoT: Links sensors in automation systems exposed to extreme temperatures.
FAQ
Q:What cables is the GLC25 compatible with?
A:Designed for RG174 coaxial cables with SMA male interfaces.
Q:Can this connector handle outdoor environments?
A:Yes, its brass body and PTFE insulator resist corrosion and operate from -65°C to +250°C.
Q:What is the maximum voltage supported?
A:Up to 335V operating voltage and 1000V pressure resistance (RMS).
Q:Is it compatible with UFL/MMCX devices?
A:Yes, the connector interfaces seamlessly with MMCX/UFL ports.
Q:How durable is the gold plating?
A:Gold-plated contacts ensure low resistance and withstand over 500 mating cycles.
Q:Does it include lightning protection?
A:Yes, DC grounding enhances lightning surge protection.
Q:What industries commonly use this connector?
A:Telecom, automotive, aerospace, industrial automation, and RF testing.
