C16N50Z4A

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Attenuators are devices designed to reduce the electrical characteristics of a signal with minimal distortion. C16N50Z4A is a type of particularly wideband attenuator with superior performance and high reliability. This type of attenuator is often used in communications, broadcast, and other radio-frequency applications for signal pre-emphasis, test equipment, and engineering. It can also be employed in other applications requiring a precise, wideband reduction of electrical characteristics.The C16N50Z4A wideband attenuator consists of thin metal film deposited onto a ceramic substrate. The thin film technology ensures excellent electrical performance with low distortion. This type of attenuator is available in bare-die form, with mini-SMD packages and SMA topologies. It is designed to operate in the 0.01-20GHz frequency range and to provide up to 40dB of attenuation.The working principle of the C16N50Z4A attenuator involves controlling the current applied to the thin film resistor. The current is first adjusted by a precision resistor of known value. Then the signal is passed through the thin film resistor which attenuates the signal according to the current applied. The signal is then passed through a matching network to reduce reflections and improve match to the driven device.The advantages of the C16N50Z4A attenuator over other types of attenuators are that it offers superior electrical performance and wideband operation. It also has low reflections, good thermal stability, and excellent power handling capability. Additionally, it is highly resilient against shock and vibration, allowing it to be used in harsh environments.In conclusion, the C16N50Z4A attenuator is an ideal choice for applications requiring precise, wideband signal attenuation. It offers superior electrical performance, reliable operation, and excellent power handling capability. The device is available in various configurations and can be used in applications ranging from communications to broadcast, engineering, and test equipment. The wideband operation and low distortion make it an ideal choice for applications requiring precise signal attenuation.

The specific data is subject to PDF, and the above content is for reference