Anatech Electronics AM150-160CIR107

Anatech Electronics AM150-160CIR107 Environmental and export classification status description

Anatech Microwave AM150-160CIR107 Overview The Anatech Microwave AM150-160CIR107 is a bandpass cavity filter that covers the frequency range of 150-160 MHz. It is designed to provide high performance in RF and wireless applications requiring precise frequency selection and high selectivity. Functions - Bandpass filtering within the frequency range of 150-160 MHz. - Provides precise frequency selection and high selectivity. - Helps in signal conditioning by attenuating out-of-band interference. - Offers reliable performance in RF and wireless communication systems. Applications - Radio communication systems - Two-way radio systems - Public safety communication systems - Land mobile radio systems - Amateur radio applications Alternative Components - Anatech Microwave AM150-160CIR107C: A ceramic bandpass filter with similar specifications in terms of frequency range and performance. - K&L Microwave 7C52-4700-X20S: Another bandpass cavity filter suitable for RF and wireless applications. Embedded Modules - Anatech Microwave offers the AM150-160CIR107 as a standalone bandpass cavity filter without embedded modules. Related Q&A 1. What is the insertion loss of the Anatech Microwave AM150-160CIR107 filter? - The typical insertion loss for this filter is around 1 dB. 2. Can the AM150-160CIR107 filter be tuned to a specific frequency within its range? - No, the filter is designed for a fixed band of 150-160 MHz and cannot be tuned to different frequencies. 3. Is the AM150-160CIR107 suitable for outdoor installations? - Yes, the filter is designed to withstand outdoor conditions and is suitable for outdoor installations. 4. What is the power handling capability of the AM150-160CIR107 filter? - The filter is rated for a maximum power handling of 50 Watts. 5. Does the AM150-160CIR107 come with connectors for easy integration? - Yes, the filter is typically available with standard RF connectors for easy integration into RF systems.