SIT8209AI-82-28E-166.666666Y

Oscillators are electronic circuits which can generate a continuous output signal. They are often used as timing circuits, providing a stable frequency and phase reference for synchronizing various parts of integrated circuits or electronic systems. Many oscillators also provide buffered outputs, allowing them to drive high-current digital electronics.

The SIT8209AI_82-28E_166.66666Y is an oscillator designed for medium voltage, low power applications. It is a CMOS oscillator operating in the range of 2.5 volt to 5.5 volt, with a supply current of 0.7 mA and a minimum input voltage of 0.2 volt. The frequency of oscillation can be set to almost any desired value, from 33.3 kHz to 1,666.7 kHz (1.666.7 MHz). As it is a CMOS oscillator, the power dissipation is minimal, making it ideal for battery-powered applications, as well as embedded systems and IoT (Internet of Things) applications.

The SIT8209AI_82-28E_166.66666Y has an on-chip temperature compensation, allowing it to maintain a fixed frequency even with changes in ambient temperature. It also has noise immunity and EMI (electromagnetic interference) protection built in for noise-sensitive applications. The oscillator has a low voltage shutdown pin for applications with "Always On" operation requirements. And it is also able to operate with a wider range of external components, such as comparatively large and slow-responding ceramic capacitors.

The SIT8209AI_82-28E_166.66666Y is designed to operate in a wide range of applications, including clock signal generators, power control circuits, signal processing units, and voltage regulators. In any of these applications, it can provide stable and reliable timing signals. It can also be used in production line control systems, allowing devices in a production line to be synchronized.

The SIT8209AI_82-28E_166.66666Y is based on a basic oscillator circuit, consisting of an amplifier, feedback resistor and capacitor, as well as a voltage-controlled oscillator. The oscillator can be configured to either open-loop or closed-loop operation. In open-loop operation, the frequency of oscillation is determined solely by the external components, while in closed loop operation, the oscillator will respond to external signals. The oscillator can also be configured to operate in either pulse-width modulation (PWM) or pulse-frequency modulation (PFM) mode.

The SIT8209AI_82-28E_166.66666Y is a versatile oscillator, suitable for a wide range of applications. It is easy to integrate, is energy efficient, and has a wide range of adjustable frequency and phase settings. As such, it is an ideal choice for timing, control, and synchronization applications, where precise frequency and phase control are critical.