CP0805A1880EWTR

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The CP0805A1880EWTR is a RF Directional Coupler, and it is a hybrid coupler that is often used in RF systems and applications. It is a small, compact device that is designed to measure the level of RF signal coming from an antenna and convert it into a linear voltage. The CP0805A1880EWTR is often used in communication systems where signal strength is a factor.

Application field

The CP0805A1880EWTR is an ideal choice for applications requiring high performance and accuracy when measuring and transmitting RF signals. The device can be used for cost-effective signal monitoring in wireless communication networks, microwave systems, and radio frequency link systems. It can also be used for wireless signal level detection and measurement, as well as for other applications requiring accurate measurement and measurement over a wide frequency range. Additionally, the device can be used as a power splitter and combiner to provide signals from multiple outputs.

Working principle

The CP0805A1880EWTR works by sensing the level of RF signal coming from an antenna. The signal is then converted into a linear voltage, which is then supplied to the device output. The output is then used to measure the level of the RF signal. The device is typically accurate to within 1dBm and can measure over a wide frequency range from 3 to 3GHz and measure signals up to 18dBm.

The CP0805A1880EWTR has an input voltage of 3V and can operate over a frequency range from 1.5 to 4 GHz. The device has an efficiency of up to 99% and has a VSWR of 1.25:1 over the full frequency range. It is designed to handle inputs up to 18dBm and output power up to 17dBm. It is also designed using a metal-oxide-semiconductor field effect transistors (MOSFETs) and ceramic substrate to ensure lasting performance.

The CP0805A1880EWTR directional coupler is a highly accurate and reliable device that is designed to improve the RF system performance and measurement accuracy. It is ideal for applications where signal level and level accuracy is critical. It is a cost-effective solution for RF systems and is ideal for applications requiring a wide frequency range and high level of performance accuracy.

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