SIT9107AI-243N33E300.0000

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Oscillators are electronic devices used to generate periodic electrical signals. These signals are used in a wide range of electronic applications for communications, sound and timekeeping purposes. The SIT9107AI-243N33E300.0000 is a special type of oscillator, designed to meet specific requirements in various environments. In this article, we will discuss the application field and working principle of the SIT9107AI-243N33E300.0000 oscillator.

The SIT9107AI-243N33E300.0000 is an Industrial Grade oscillator, constructed with robust, corrosion-resistant components to ensure long-term operation in harsh industrial conditions. It is designed to operate in temperatures ranging from -40°C / -40°F to +85°C / +185°F, and is capable of handling shock and vibration of up to 100g / 10,000 Hz. The oscillator features an ultra-low jitter guaranteed at 0.70ps RMS over frequency, temperature, aging and voltage for phase-locked loop (PLL) and clock conditioning. This makes it ideal for a range of high-speed synchronous applications such as networking, bus systems and baseband clocks.

In addition, the SIT9107AI-243N33E300.0000 is designed to provide a wide range of output frequencies, including those used in communication systems such as IS-95, AMPS and CDMA2000. It is also suitable for IEEE 802.3 Ethernet applications, and is compatible with a variety of electrical power sources, such as 5V, 3.3V and 1.8V. The oscillator can be used in both clock generator and oscillator applications, thanks to its wide frequency range of 2KHz to 18MHz.

The SIT9107AI-243N33E300.0000 oscillator is based on a Pierce oscillator circuit design, which has been modified and refined over the years to improve performance. A Pierce oscillator is a type of LC (inductance-capacitance) oscillator circuit which relies on an inductor and capacitor in series to characterize its frequency. The Pierce oscillator features a current mirror output stage, which amplifies the oscillating signal from the inductor-capacitor circuit before it is sent to its final destination.

The SIT9107AI-243N33E300.0000 oscillator features a dual-slope controlled oscillator design, which offers improved stability and performance over a wide temperature range. The dual-slope oscillator employs two voltage levels, one being high for clock operation and the other low for programmable features. This allows the oscillator to operate over a range of frequencies, making it ideal for applications which require multiple frequency outputs.

The SIT9107AI-243N33E300.0000 oscillator is constructed using a robust dielectric substrate, designed to prevent internal power loss and maintain frequency stability. The oscillator has a high level of electrostatic discharge protection, and is capable of handling input voltage ranges of ±10V and input currents of up to 25mA.

In summary, the SIT9107AI-243N33E300.0000 is an Industrial Grade oscillator, capable of providing robust performance in a range of industrial applications. It offers a wide frequency range of 2KHz to 18MHz, and is suitable for applications such as networking, bus systems and baseband clocks. The oscillator is based on a Pierce oscillator circuit design, with a dual-slope controlled output stage for improved stability and performance. It is constructed using a robust dielectric substrate to prevent internal power loss and maintain frequency stability, and features high electrostatic discharge protection.

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