82V2041EPP8

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The 82V2041EPP8 is a general-purpose 800 MHz Fractional-N synthesizer. This device can be used for various applications, including wireline telecom, mobile telecommunication, and broadcast. The 82V2041EPP8 is designed to achieve a low phase noise performance with a wide frequency range. It can be operated within the range of 800 MHz to 3.2 GHz.

The 82V2041EPP8 is a high performance fractional-N synthesizer. It is based on a dual-band 800 MHz design and features low phase noise, fast settling time, and high spectral purity. The device is designed to be easily programmed, with all of the necessary logic built in and can be used in a wide variety of applications. It is suitable for base station, mobile telecom, and broadcast applications, as well as being able to be used for various other applications.

The typical application field for the 82V2041EPP8 is wireless telecom. The device can be used in different wireless applications, such as GSM, GMSK, and CDMA. The device also has different signal modulation formats, such as FM and PM, which can be used for different applications. It is capable of providing a wide range of frequencies, from 800 MHz up to 3.2 GHz. It also has fast settling times and low phase noise, which make it suitable for telecom applications.

The working principle of the 82V2041EPP8 is based on fractional-N synthesis techniques. This technique is used to generate a higher frequency signal than what is supplied by the device, by dividing the reference clock frequency into multiple frequency values. The device then takes these values and multiplies them by an integer value to achieve a higher frequency output. This makes it possible to generate signals of very high frequency, while still maintaining a low phase noise performance.

The 82V2041EPP8 is an advanced synthesizer, with features and performance that make it suitable for a wide range of applications. It is capable of providing signals of very high frequency, while still maintaining low phase noise. Its fast settling times and wide frequency range make it suitable for telecom applications, such as GSM, GMSK, and CDMA. Its low power consumption and easy programming also make it a desirable choice for advanced applications in the field of telecom.

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