M3933/14-14N

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Attenuators are typically used to reduce the amplitude of an input signal, such as a radio frequency (RF) signal, to prevent overload. The M3933/14-14N is a type of electronic attenuator used to reduce the signal level or power of an RF input signal. It is an ideal solution for reducing high power signals through level adjustment without adding distortion to the signal.

Overview of the M3933/14-14N

The M3933/14-14N is a low power, single-stage attenuator that consists of 14 sections of 14 dB of electrical loss (RL) with N-type connectors. The M3933/14-14N, like other attenuators, can be used to reduce the signal level or power of an RF input signal. The attenuator is constructed of SMT and through-hole components, making it ideal for compact systems, and is rated for operation from +125°C to -45°C. The 14 14dB sections add up to a total of 196 dB attenuation in a single pass.

Application Field and Working Principle of M3933/14-14N

The M3933/14-14N is primarily used to reduce the signal strength and power of input signals in RF and microwave systems. It is ideal for level adjustment and protection from RF and microwave overload without adding distortion to the signal. The M3933/14-14N attenuator consists of 14 sections of 14 dB each, totaling 196 dB attenuation in a single pass. Each section is matched to 50 ohms for minimum reflection.

The working principle behind the M3933/14-14N is simple. It works by reducing the input signal amplitude through a series of 14 sections of 14 dB each, which adds up to a total of 196 dB attenuation in a single pass. As the signal passes through the attenuator, it is reduced in amplitude without introducing distortion to the signal. The attenuator also allows for easy level adjustment through the 14 sections, allowing for precise control over the output signal level.

The M3933/14-14N attenuator is ideal for a variety of applications, including RF and microwave systems. It is also suitable for low power and high power applications. In addition, the M3933/14-14N attenuator is easily installed and requires minimal additional components, making it a convenient solution for RF and microwave systems.

Conclusion

The M3933/14-14N is a low power, single-stage attenuator that is ideal for reducing the signal strength and power of RF input signals. It is rated for operation from +125°C to -45°C, and is suitable for a variety of applications, including RF and microwave systems. The M3933/14-14N attenuator consists of 14 sections of 14 dB each, totaling 196 dB attenuation in a single pass. The attenuator works by reducing the input signal amplitude without introducing distortion to the signal, and is easily installed and requires minimal additional components.

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