Product Description
CCA Black HLF 600 Coaxial Cable ; Usage/Application, Telecom ; Inner Sheath, 34AWG, 90% Tinned Copper Braid ; Connectivity Type, Male ; Minimum Order Quantity, 100 ...
Type: Coaxial Cable
Material: PVC
Brand: RF Connector House
Country of Origin: Made in India
High-Performance RF Power AttenuationEngineered with brass and SMA connectors, this 10dB attenuator efficiently reduces signal power without significantly distorting the waveform. Its broad compatibility across RF devices and frequencies up to 3 GHz ensures it meets the stringent demands of modern communication equipment.
Versatile Application and DistributionThis attenuator is suited not only for laboratory testing but also for active deployment in RF radio channels and devices. Its robust build and reliable specifications make it a popular choice among buyers across India, whether they are purchasing in single units or bulk quantities.
FAQs of 10db 2watt attenuator SMA TYPE:
Q: How is the 10dB 2-watt SMA attenuator typically used in RF applications?
A: This attenuator is commonly used to decrease signal strength in RF channels to prevent overload or to match impedance levels between devices, ensuring optimal transmission quality and equipment protection.
Q: What materials are used in the construction of this attenuator and why?
A: The attenuator is constructed from high-quality brass, which offers excellent conductivity and resistance to corrosion, leading to improved durability and stable performance in demanding environments.
Q: Where can the 10dB 2-watt SMA attenuator be sourced in India?
A: It is available through leading distributors, manufacturers, suppliers, traders, and wholesalers across India, making it easily accessible for both commercial and industrial uses.
Q: What frequency range does this attenuator support and what does this mean for the user?
A: With a frequency range up to 3 GHz, it caters to a wide array of RF systems, including radio communication devices and laboratory setups, enhancing versatility for users handling various frequencies.
Q: When should an RF attenuator like this be integrated into a setup?
A: It should be used whenever there is a need to manage signal power levels, such as during RF equipment testing, device calibration, or when connecting sensitive instruments to sources of higher signal strength.
Q: What benefits does a 50 Ohm, 50 Watt, 10dB attenuator offer?
A: It provides effective, consistent attenuation, supports significant power handling, matches standard RF system impedance, and preserves signal fidelity across demanding scenarios.