SIT8209AI-G1-18S-106.250000Y

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Oscillators are components used to generate electronic signals at a certain frequency. Many times they are used as timers, for example to add a delay in a circuit. SIT8209AI-G1-18S-106.250000Y is an oscillator used mainly for pulse-width modulation (PWM) applications and signal generation. It has a frequency of 106.250000MHz and operates in a temperature range of -40°C to 85°C.

The oscillator is based on the hybrid Thermally Compensated Oscillator (TCO) technology. It uses a ceramic resonator to form the oscillator circuit, which is temperature compensated to provide stable frequency. The frequency is set by a factory trimming mechanism and is adjustable with an external resistor. It also features a low power consumption, a wide operating voltage (1.50V - 3.3V) and a low clock jitter.

The main application of the SIT8209AI-G1-18S-106.250000Y oscillator is for pulse width modulation in high speed and high accuracy products. It is ideal for data acquisition systems, motor control systems and other applications where precise timing is required. The low jitter also makes it suitable for high frequency clock generation applications such as RF synchronization and signal processing.

The working principle of the oscillator is based on the principle of resonance. A ceramic resonator is used in the circuit, which is temperature compensated to provide stable frequency. An external resistor is used to adjust the frequency, while a buffer is used to isolate the oscillator from the external circuit.The oscillator generates an alternating current (AC) signal which is used to control the pulse width modulation.

The SIT8209AI-G1-18S-106.250000Y oscillator is an ideal solution for high speed and accurate pulse-width modulation applications. It features low power consumption, wide operating voltage and low clock jitter, making it the perfect choice for data acquisition systems, motor control systems and high-frequency clock generation applications. With its temperature compensation capabilities, the oscillator is able to remain stable and accurately controlled even in different temperatures.

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