TLC2932IPWR

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TLC2932IPWR are versatile programmable clock generator ICs which can be used to provide frequency synthesis, clock generation and buffering, jitter cleanup and drift control in applications such as industrial and consumer electronics, medical systems, telecommunications, military, and aerospace. The device offers excellent phase jitter performance, high output clock frequencies, wide band low cost oscillator, and fast locking times at a low power consumption.

TLC2932IPWR is includes an integrated voltage controlled oscillator (VCO), an output divider, phase lock loop (PLL), phase detector, and Charge Pump. The core of the device is an analog phase locked loop (PLL) that allows the user to precisely control the output frequency from a wide range of external oscillator sources. The PLL is used to control the phase and frequency of the VCO that outputs the desired frequency. The output divider enables the user to select the volatile clock divider for achieving the desired frequency. The phase detector is used to compare the PLL input reference clock and the VCO output frequency and to vary the current through the Charge Pump.

The charge pump produces an error signal that is used to adjust the VCO frequency. This error signal is then passed to the VCO which adjusts the VCO to match the desired frequency. The output divider also allows the user to program the volatile clock division ratio and set the required output frequency to a wide range of frequencies. This combination of low power operation, good performance and flexibility makes the TLC2932IPWR an optimal solution for providing frequency synthesis, clock generation and buffering, jitter cleanup and drift control in a wide array of applications.

One of the most interesting features of the TLC2932IPWR is its low power operation which makes it very attractive in battery powered applications. Its low power consumption makes it an optimal solution for applications where long battery life is required. Furthermore, it is able to provide low frequency operation with a typical current consumption of only 15µA. In addition, the device can also offer clock division ratios up to 16384 from an input reference frequency of either 6,12, 24, or 48MHz.

Another key feature of the TLC2932IPWR is its wide frequency output range. The device can generate frequencies up to 6GHz, making it suitable for a variety of different applications. Its wideband oscillator output makes it ideal for high frequency applications like communications, broadcasting and military systems. Moreover, the device can also generate a wide variety of output frequencies ranging from 0.4Hz to 6GHz depending on the operating voltage and reference input frequency. This broad frequency range makes the TLC2932IPWR a great choice for supplying a wide range of output frequencies which are difficult to supply with other clock sources.

The TLC2932IPWR also features an integrated output buffer which helps reduce jitter and minimize power consumption. The output buffer also enables the user to configure the output source impedance for better performance. The device also offers fast locking times and excellent phase jitter performance, making it an ideal choice for applications that require precise timing control. In addition, the device is available in ultra compact packages, making it suitable for applications with limited space requirements.

In conclusion, the TLC2932IPWR is a versatile programmable clock generator IC that offers excellent performance and flexibility at a low power consumption. Its low power operation, wide frequency range, and large output buffer make it an ideal choice for applications requiring precise frequency synthesis, clock generation and buffering, jitter cleanup and drift control. The device provides excellent phase jitter performance and fast locking times, making it suited for a variety of different applications including communications, broadcasting, military and aerospace.

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