9TCS1083BNLG

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The 9TCS1083BNLG is a clock generator or phase lock loop (PLL) frequency synthesizer designed with mixed-signal semiconductor technology and utilizes advanced digital circuitry and analog components. It is a cost-effective, high-frequency timing solution for time and frequency systems, such as digital radios, mobile devices, and wired communication systems.

The 9TCS1083BNLG provides precise tuning of frequencies up to 18GHz. It uses an oscillator which is temperature-stable and low-jitter, ideal for a wide range of frequency applications. The clock generator is designed to be extremely adaptive to a wide variety of requirements. It is suitable for use in broadcast, cellular, and land-based communication systems.

The 9TCS1083BNLG also features advanced digital and analog design which maximizes flexibility and performance. It is designed to operate on multiple frequencies and supports a wide range of voltage levels. The clock generator has a long-term accuracy of less than one part per million and provides fast switching speeds, allowing for quick tuning and accuracy.

The 9TCS1083BNLG has an operating temperature range of -40°C to +85°C and a maximum phase noise of -145 dBc/Hz. It is also power efficient and offers ratings of 1.5A and 1.8V. Moreover, the clock generator has a fast settling time of 200ms and includes a wide range of functions such as frequency hopping, frequency multiplication, and frequency division.

The 9TCS1083BNLG is also designed with a low jitter clock output which ensures a high-quality clock signal. It features a wide range of control logic and allows multiple clock frequencies. The 9TCS1083BNLG can be programmed via the on-board SPI interface which allows the operation of multiple channels at the same time.

The working principle of the 9TCS1083BNLG is centered around the use of a phase lock loop (PLL) frequency synthesizer. This device uses a combination of analog and digital circuitry to synthesize multiple clock frequencies. The PLL works by generating an output frequency that is exactly related to an input signal frequency. A voltage-controlled oscillator (VCO) is used to generate different frequencies by changing its control voltage. The generated output signal is then compared with the input signal and used to adjust the VCO frequency until both signals are in synchronization. This allows the clock generator to maintain the precise output frequency ratio which is needed for high accuracy frequency synthesis.

The 9TCS1083BNLG provides a reliable and cost-effective clock solution for various applications. The flexible design allows the user to adjust clock frequency, voltage, and current with ease, while the long-term accuracy ensures reliable timing. The mixed-signal design with advanced digital and analog components allows for quick tuning and accurate performance. The 9TCS1083BNLG is the ideal timing solution for numerous frequency applications.

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