ATT-0313-30-BNC-10

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The ATT-0313-30-BNC-10 is a type of attenuator. In electronic fields, attenuators are valuable components that are used to reduce the magnitude (or amplitude) of signals, either in voltage or power. They can also be used in circuit design to provide a degree of control over the signal power or voltage. The ATT-0313-30-BNC-10 model is a type of fixed attenuator, meaning its attenuation is set at a fixed and predetermined level. This particular model provides a 30 dB insertion loss and is designed to operate at a frequency ranging from DC to 10 GHz.

Application Fields

ATT-0313-30-BNC-10 models are often used in a variety of electronic applications. These include aerial signal coverage applications and wireless microwave transmission systems. ATT-0313-30-BNC-10 models are also used in measurement and testing of connected electronic components during development. as well as in military communications systems. They are designed to operate within a temperature range of -55 to + 130 degrees Celsius. The model is also lightweight and occupies very little space, making it suitable for applications that require low-profile components.

Working Principle

The ATT-0313-30-BNC-10 usually consists of an absorptive attenuator, which is designed to reduce the magnitude of signals passing through it. Absorptive attenuators work by absorbing a significant level of power pushing through them. When this happens, the energy from the dissipated power is converted into heat. One of the most common materials used is carbon or ceramic composites as these are good for absorbing high frequency signals. The ATT-0313-30-BNC-10 model is specially designed to work at high frequencies and as such, the materials used are selected to improve the attenuation characteristics. In addition, other materials may also be incorporated for their dielectrical properties, as well as for mechanical stability.

The signal enters the ATT-0313-30-BNC-10 model and is passed through the various attenuation components. As the signal passes through, the magnitude of the signal is decreased, thereby, resulting in reduced power or voltage. The attenuated signal is then passed onto the subsequent components in the circuit. Other than attenuating the signal, the ATT-0313-30-BNC-10 model also helps protect components downstream from being overwhelmed with large voltage or power.

Conclusion

The ATT-0313-30-BNC-10 attenuator is a useful component for controlling the magnitude of signals in electronic applications. This model, which has an insertion loss of 30dB, is used in a variety of applications, and is designed to operate from DC to 10GHz. The ATT-0313-30-BNC-10 model consists of an absorptive attenuator and is constructed using materials with good dielectric and absorptive properties. This attenuator helps in reducing the magnitude of signals and in protecting downstream components from being overwhelmed.

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