Product Description
Impedance - 50ohm
Frequency - DC-3.Ghz
VSWR - 1.15
Max Power - 10watt
Attenuation - 6db
Input Connector - BNC Male
Output Connector - BNC Female
Compliance - ROHS
Max. Temp - - 33 C +55 C
Efficient Signal Control for Telecom ApplicationsSpecifically engineered for RF telecommunication, the ATT 6DB 10W BNC M-F 3GHZ attenuator provides reliable signal management in Indoor Base Station (IBS) and Base Transceiver Station (BTS) environments. Its robust brass body ensures stability and prolonged performance.
Versatile Connectivity with BNC InterfaceEquipped with a BNC male-to-female connector, this attenuator seamlessly integrates into existing RF setups. The 3GHz bandwidth pairing makes it suitable for a wide range of communication systems and testing scenarios.
FAQs of ATT 6DB 10W BNC M-F 3GHZ:
Q: How is the ATT 6DB 10W BNC M-F 3GHZ attenuator used in RF telecommunication?
A: This attenuator is utilized to reduce signal strength in RF systems, ensuring optimal performance and protecting sensitive equipment in telecommunication setups such as IBS and BTS.
Q: What benefits does the brass material provide for this attenuator?
A: Using brass enhances durability, provides excellent electromagnetic shielding, and ensures consistent long-term electrical performance, making it ideal for frequent use in demanding telecom environments.
Q: When should I use this attenuator in my telecommunication system?
A: You should employ this attenuator when there is a need to reduce signal levels to prevent overloading sensitive RF equipment or to match system impedance for reliable operation up to 3GHz.
Q: Where can I purchase the ATT 6DB 10W BNC M-F 3GHZ attenuator in India?
A: This attenuator is distributed and supplied through various manufacturers, suppliers, traders, and wholesalers specializing in telecom components across India.
Q: What is the process for installing the ATT 6DB 10W attenuator in an RF setup?
A: Simply connect the BNC male end to your transmission line and the female end to the subsequent device, ensuring a secure, interference-free connection within your RF telecommunication system.
Q: Why is a 50 Ohm impedance important for this attenuators usage?
A: A 50 Ohm impedance matches standard telecommunication system requirements, minimizing signal reflection and power loss, thus maximizing system efficiency and signal integrity.