SIT1602AIT2-18E

Programmable Oscillators

Programmable Oscillators are specialized electronic components that are designed to operate in various applications, due to their flexibility and accuracy. The SIT1602AIT2-18E is one such oscillator, and is highly suitable for decision-critical embedded systems.

Oscillators are essential in most communication systems, providing stable signal sources for timing and frequency reference, as well as for radio signal generation. Their accuracy is critical to the performance of products such as mobile phones and other data communication systems.

The SIT1602AIT2-18E Programmable Oscillator is a micro-processor-based timing device that is designed for control, signal generation and synchronization. It is a low-power, high-precision oscillator with a wide range of available output frequencies. The oscillator contains a micro controller, temperature-compensated reference oscillator and phase-locked loop circuitry.

The micro controlller is used to program the oscillator with various frequency ranges, including low frequency (10 Hz - 100 kHz), medium frequency (100 kHz - 1 MHz), and high frequency (1 MHz - 25 MHz), as well as other programmable parameters such as duty cycle and stability. The temperature-compensated reference oscillator provides an accurate output clock frequency, even when the ambient or load temperature changes. Finally, the phase-locked loop circuitry provides a low jitter, wide-bandwidth output signal that is synchronized with an external reference clock.

These features make the SIT1602AIT2-18E a versatile and reliable oscillator for such applications as embedded systems and industrial controllers, as well as high speed data transfer and signal synchronization. In addition, it is compatible with a wide range of industry-standard controllers, and its high-precision design makes it suitable for use in mission-critical applications.

The SIT1602AIT2-18E Programmable Oscillator is an ideal solution for applications requiring low power, high accuracy and wide programmability. Its wide range of available frequencies and its high-precision design make it an excellent choice for decision-critical embedded systems.