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Cinch Connectivity Solutions M3933/25-29N Environmental and export classification status description

The Amphenol SV Microwave M3933/25-29N is a coaxial connector with a 2.92mm genderless interface. It is designed for high-frequency applications, offering excellent electrical performance up to 40 GHz. The connector features a push-on coupling mechanism, making it easy to connect and disconnect in tight spaces. Functions: 1. High-frequency transmission: The M3933/25-29N connector provides reliable signal transmission at high frequencies, making it suitable for RF and microwave applications. 2. Genderless interface: The genderless design allows for easy mating and reduces the chances of incorrect connections. 3. Push-on coupling: The push-on coupling mechanism enables quick and secure connections, ideal for applications where frequent mating and unmating is required. Applications: 1. Test and measurement equipment: The M3933/25-29N connector is commonly used in high-frequency test setups, such as vector network analyzers and spectrum analyzers. 2. Telecommunications: It is used in the development of wireless communication systems and devices operating at microwave frequencies. 3. Aerospace and defense: The connector is suitable for radar systems, satellite communication, and other high-frequency applications in the aerospace and defense industry. Alternative components: 1. Keysight 11500F Series: Another high-frequency coaxial connector with a 2.92mm interface suitable for RF applications. 2. Radiall R298 Series: Genderless 2.92mm connectors designed for high-performance RF and microwave systems. 3. Rosenberger DC Series: Precision connectors with a 2.92mm interface for high-frequency applications in various industries. Embedded modules: The M3933/25-29N connector can be integrated into various RF and microwave modules such as: - Power dividers/combiners - Filters - Amplifiers - Antennas Related Q&A: 1. What are the advantages of using Amphenol SV Microwave M3933/25-29N connector in high-frequency test setups? 2. How does the genderless interface of the M3933/25-29N connector contribute to simplifying RF system integration? 3. Can the M3933/25-29N connector withstand harsh environmental conditions in aerospace and defense applications? 4. What are the key differences between the M3933/25-29N connector and other 2.92mm connectors available in the market? 5. How does the push-on coupling mechanism of the M3933/25-29N connector enhance the usability in compact RF systems?