SIT1602BC-12-XXS-7.372800G

Oscillators are electronic circuits used to generate a continuous output signal. The SIT1602BC-12-XXS-7.372800G oscillator is an especially small and low-profile oscillator, enabling the development of space constrained systems with lower power consumption.

The SIT1602BC-12-XXS-7.372800G oscillator is suitable for a variety of application fields, such as portable medical equipment, GPS receivers, automotive/industrial electronics, digital still cameras, navigation systems, military electronics, cellular phones, and more. Due to its small size and low power consumption, this oscillator is a great choice for applications where system efficiency and reliability are critical. The oscillator is designed to operate under the following conditions: operating temperature range of -40°C to +85°C, a supply voltage range of 1.8 V – 3.3 V, and a frequency range from 0.10625MHz to 8.388608MHz.

The SIT1602BC-12-XXS-7.372800G oscillator works by combining two complementary oscillator circuits. The first is a CMOS circuit that is used to generate the clock frequency of the oscillator. This circuit is coupled with a low power Schmitt Trigger IC to ensure that the output signal is of high accuracy and stability. The second circuit, a Low Jitter Inter-Integrated Circuit (I2C) circuit, handles all of the synchronization and communication functions of the oscillator.

The oscillator is designed to have a low jitter output, eliminating the need for external filter circuitry in most applications. Additionally, the oscillator has a high operating temperature range, enabling it to work reliably in harsher conditions. Finally, the SIT1602BC-12-XXS-7.372800G oscillator has a wide frequency range, making it suitable for a variety of applications.

In conclusion, the SIT1602BC-12-XXS-7.372800G oscillator is a small, low-power oscillator that is suitable for a variety of application fields. It is designed to be low-jitter, reliable, and to operate in a wide variety of temperatures. The oscillator combines two complementary circuits to ensure accurate and stable outputs, making it an ideal choice for efficient and reliable system designs.