Complete 604-07-1f18, 10 Watts, Hz-18.0 Ghz Kit [h7B5Ua84]

604-07-1F18 10W Hz-18.0 GHz SMA Fixed Attenuator

MECA's 604-07-1F18 SMA (Male/Female) fixed attenuator is a premium choice for high-performance RF applications. This robust device boasts an impressive frequency range of Hz-18.0 GHz, ensuring compatibility with a wide array of systems. With an average power rating of 10 watts, it is designed to handle demanding operational conditions. Its availability in 1 to 40 dB values, including the popular 07 dB option, makes it versatile for various attenuation needs. The ROHS compliance guarantees environmental safety, making it an ideal choice for both commercial and industrial applications.

Key Product Properties and Specifications

The 604-07-1F18 attenuator is engineered with precision and quality. Its frequency range spans Hz-18.0 GHz, providing a broad operational bandwidth. The average power rating of 10 watts ensures durability and reliability. The device is available in a range of attenuation values, from 1 to 40 dB, allowing for precise control of signal strength. The SMA (Male/Female) connector type offers flexibility in system integration. With a nominal impedance of 50 Ohms, it ensures optimal performance and compatibility with 50 Ohm systems. The linear derating of average power from 10 watts at +25°C to 6.25 watts at +85°C ensures long-term stability and reliability.

Practical Applications and Benefits

Whether you're working on complex RF systems or everyday applications, the 604-07-1F18 attenuator offers numerous benefits. Its wide frequency range and high power rating make it suitable for a variety of scenarios, including wireless communication, radar systems, and test equipment. The precise attenuation control allows for fine-tuning of signal strength, improving overall system performance. The ROHS compliance ensures environmental safety, making it a responsible choice for businesses and consumers alike. With its robust design and reliable performance, the 604-07-1F18 is an essential tool for anyone involved in RF engineering.