Product Description
Electrical:
Characteristic Impedance 50 ohm
Frequency Range DC-6 GHz
VSWR 1.15@DC-4GHz
Dielectric Withstanding Voltage 1000V RMS,50Hz,at sea level
Dielectric Resistance 5000M
Contact Resistance Center Contact 1m
Outer Contact 0.25m
High-Frequency PerformanceEngineered to operate efficiently up to 4GHz, this adaptor maintains signal integrity under high-frequency conditions. It is ideally suited for wireless infrastructure deployments where stable and uninterrupted RF connectivity is paramount.
Durable Brass ConstructionConstructed from premium brass, the adaptor offers long-lasting durability and resistance to corrosion. This material choice ensures reliable electrical performance and continued operation even in challenging environments.
FAQs of QMA(M) TO SMA(F) ADAPTOR 4GHZ:
Q: How is the QMA(M) to SMA(F) Adaptor (4GHz) used in RF network applications?
A: This adaptor is utilized to connect QMA male and SMA female interfaces within RF networks, enabling seamless signal transmission and interoperability between various equipment involved in IBS and BTS installations.
Q: What benefits does the brass material provide for the QMA(M) to SMA(F) Adaptor?
A: Brass enhances the adaptors mechanical strength, corrosion resistance, and electrical reliability, ensuring consistent performance and extended lifespan, especially in demanding RF infrastructure environments.
Q: When should I use this adaptor in my IBS or BTS material setup?
A: Integrate this adaptor whenever a transition between QMA male and SMA female interfaces is required, particularly when ensuring high-frequency signal compatibility up to 4GHz in IBS or BTS installations.
Q: Where can the QMA(M) to SMA(F) Adaptor be sourced in India?
A: It is available nationwide through authorized distributors, manufacturers, suppliers, traders, and wholesalers specializing in RF network components and wireless infrastructure materials.
Q: What is the process for installing the QMA(M) to SMA(F) Adaptor?
A: To install, simply align and connect the QMA male end to the corresponding port and the SMA female end to its matching interface. Ensure proper tightening for optimal signal integrity and mechanical security.
Q: What advantages does using a 50 Ohm, 50 Watt adaptor bring to RF networks?
A: Its 50 Ohm impedance and 50 Watt power capacity are well-suited for RF applications, facilitating efficient signal transmission while reducing loss and supporting moderate power handling requirements.