SIT8008AIL7-33S

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The SIT8008AIL7-33S is an integrated circuit designed for various applications such as timing, frequency control, synchronization, modulation and auto zero correction — all in the form of a Programmable Oscillator. It is designed for use in a broad range of applications, ranging from clock oscillators to network communications, digital systems and other related systems.

The SIT8008AIL7-33S is a small, low cost device with capabilities far exceeding current technology-based integrated circuits. It is capable of producing any desired frequency with a high accuracy over a wide temperature range of -55°C to 125°C. The device also has a built-in temperature compensation circuit, which allows the oscillator to exhibit a low temperature drift even at extreme temperatures.

The SIT8008AIL7-33S features a dual phase-locked loop (DPLL) design that ensures a precise and stable output frequency with very low jitter or phase noise. The integrated circuit also includes a low-noise crystal oscillator, which can be used as a reference signal for the DPLL to create an extremely accurate clock signal.

To make use of the SIT8008AIL7-33S Programmable Oscillator, one needs to connect it to a compatible microcontroller. The frequency of the output signal relies on the programmable parameter settings of the controller, which are pre-programmed at the time of purchase. The SIT8008AIL7-33S also has a digital input/output pin, which allows users to directly control the device with external signals.

The Programmable Oscillator can also be used for generating specific waveforms such as pulse or triangle waves. This can be achieved via direct coding in the microcontroller program or by using the simple-to-use external control pin. The output frequency of the SIT8008AIL7-33S can be easily adjusted to any desired frequency, making it an extremely useful device for a wide range of applications.

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