MACOM® CSM1-13

MACOM® CSM1-13 Environmental and export classification status description

The Macom®CSM1-13 is a GaAs MMIC passive frequency doubler with an input frequency range from 8 to 20 GHz. It is capable of providing high conversion gain with low conversion loss, making it suitable for various RF and wireless applications. Functions: 1. Frequency doubling: The CSM1-13 doubles the input frequency to produce an output signal at twice the frequency. 2. Low conversion loss: It ensures minimal loss during the frequency doubling process. 3. High conversion gain: It offers high gain to boost the output signal. Applications: 1. Radar systems 2. Satellite communication 3. Wireless communication systems 4. Test instrumentation 5. Microwave radios Alternative Components: 1. Mini-Circuits ZX05-33LM+ 2. Qorvo RF frequency doubler modules 3. Analog Devices HMC-ALH382 Embedded Modules: 1. Common uses in frequency multiplier chains 2. Integrating into RF front-end modules for various wireless systems Related Q&A: 1. Q: Can the Macom®CSM1-13 be used in high-frequency radar applications? A: Yes, the CSM1-13 is suitable for radar systems operating at high frequencies due to its wide input range and high conversion gain. 2. Q: How does the CSM1-13 compare to other frequency doubler modules in terms of conversion loss? A: The CSM1-13 offers low conversion loss, making it a competitive choice compared to similar components in the market. 3. Q: Is the Macom®CSM1-13 suitable for space applications? A: The CSM1-13's performance characteristics make it a viable option for space-based applications, provided it meets the specific environmental requirements. 4. Q: What are the advantages of using the CSM1-13 in microwave radio systems? A: The CSM1-13's high conversion gain and low conversion loss enhance the performance of microwave radio systems by improving signal strength and minimizing loss during frequency doubling. 5. Q: Can the Macom®CSM1-13 operate in both military and commercial communication systems? A: Yes, the CSM1-13 can be deployed in both military and commercial communication systems where frequency doubling is required to achieve desired signal characteristics.