LTC6946IUFD-2

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LTC6946IUFD-2 is a type of clock generator from Linear Technology, one of the leading franchise of precision analog and mixed-signal circuits. It can produce a wide, low power frequency synthesizer for the entire frequency range from 1kHz to 65MHz. It has low jitter and low noise and covers a full-frequency range with 1kHz spacing.

The LTC6946IUFD-2 is a compact and low power solution designed to generate an internal clock source that accurately represents the desired output frequency. It is an ideal solution for applications such as telecom, distributed tuning systems and various other frequency synthesizer applications. It is widely used in clock generator, PLL (Phase Locked Loop) and frequency synthesizers.

The LTC6946IUFD-2 operates by using a temperature-compensated voltage-controlled oscillator (VCO) to generate a wide range of frequencies. The VCO is controlled by a digital frequency control word. The on-chip PLL converts and locks the VCO frequency to the programmed control word, providing a clock signal accurate to one part in ten million. The digital control word and the frequency are directly selectable and the selected frequencies are stored in the on-chip memory.

Another main feature of LTC6946IUFD-2 is its low-power operation. It utilizes an advanced low-power process to provide low power consumption and low operating voltage. It is designed to operate at frequencies as low as 50MHz and offers typical power consumption of only 1.2mA at 3.6V. Moreover, it is capable of maintaining accurate frequency control across temperature, voltage and process variations.

All in all, LTC6946IUFD-2 is a low power, temperature-compensated and low jitter frequency synthesizer ideal for various applications such as telecom, distributed tuning systems and various other frequency synthesizer applications. It provides an accurate clock source that is easy to select and store with the aid of on-chip memory. Its advanced low-power process helps to keep the power consumption low and also allows it to operate across a wide temperature and voltage range.

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