SIT9003AC-23-18SQ-40.00000Y

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Oscillators are complex electronic components that use the principle of electromechanical feedback to create an oscillating, or repeating, signal. The SIT9003AC-23-18SQ-40.00000Y is a specific type of oscillator which is designed for applications in multiple frequencies which require high stability and low jitter.

It has a unique ability to blend high stability and low jitter in a dual-mode device, which allows for flexibility in design and multiple applications. It is ideal for embedded applications such as Bluetooth Low Energy, the Internet of Things, touch-sensitivity lighting control, Wi-Fi networks, radar, and sensor applications.

The main principle of operation of the SIT9003AC-23-18SQ-40.00000Y oscillator is a modified Pierce configuration which is based on negative feedback. This configuration includes two transistors and two capacitors operating in alternating fashion to create the oscillating signal. With each cycle, the transistor and capacitor are switched, creating the oscillation. The resulting frequency is determined by the size of the capacitors. By changing the size, the frequency can be altered.

In terms of specification, the SIT9003AC-23-18SQ-40.00000Y is designed to operate at an oscillation frequency of 40.00000 MHz with a temperature stability of -40 ppm/°C, a jitter of 2.5ps RMS, and a rise and fall time of 50 ps. It also has a very low current consumption, with a quiescent current of 12 to 17 milliamps.

The SIT9003AC-23-18SQ-40.00000Y is highly reliable and works excellently in the wide temperature range of -40°C to +85°C. Its low jitter is ideal for precision timing applications, and its robustness makes it suitable for harsh industrial environments. Additionally, it has a high immunity from EMI/RFI interference, making it suitable for use in areas with high levels of electronic pollution.

The SIT9003AC-23-18SQ-40.00000Y is an excellent choice for embedded applications that require a stable, low jitter oscillator. Its dual-mode operation provides the necessary flexibility in design, while its unique blend of high stability and low jitter make it an ideal choice for telecommunications, industrial automation, aerospace, and medical applications.

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