KYOCERA AVX AT0603T00ECATB

KYOCERA AVX AT0603T00ECATB Environmental and export classification status description

The Kyocera AVXAT0603T00ECATB is a compact RF band pass filter designed for filtering signals within the specified frequency range while attenuating frequencies outside of this range. Functions: The primary function of this filter is to selectively allow signals within the 440MHz to 450MHz frequency range to pass through while blocking or attenuating signals at other frequencies. Applications: This filter is commonly used in RF communication systems, wireless networks, satellite communication equipment, test and measurement devices, and other RF applications that require precise frequency filtering. Alternative components: Some alternative components to Kyocera AVXAT0603T00ECATB in the RF and Wireless category include Murata SPCV090402, TDK PE3002, Vishay VHF1690701, and API Technologies 3PTH. Embedded modules: This filter can be integrated into RF modules, transceivers, antennas, power amplifiers, and other RF components to enhance signal filtering capabilities. Related Q&A: 1. What is the insertion loss of the Kyocera AVXAT0603T00ECATB filter? - The insertion loss of this filter is typically around 1dB at the center frequency. 2. What is the passband ripple of the Kyocera AVXAT0603T00ECATB filter? - The passband ripple is generally less than 0.5dB across the specified frequency range. 3. Can the Kyocera AVXAT0603T00ECATB filter be used for harmonic rejection in RF transmitters? - Yes, this filter can help reduce harmonic interference in RF transmitters by selectively allowing the desired signal frequency to pass through. 4. Does the Kyocera AVXAT0603T00ECATB filter support bi-directional signal filtering? - Yes, this filter can be used for bi-directional signal filtering in RF systems where signals need to be filtered in both transmit and receive directions. 5. What are the recommended operating conditions for the Kyocera AVXAT0603T00ECATB filter? - The recommended operating temperature range is -40°C to +85°C, and the filter is designed to operate within standard RF power levels for its size and specifications.