SIT8008ACA71-18S-48.000000D

Oscillators are electronic devices that produce repeating or periodic pulses of alternating current (AC) with a fixed frequency. The frequency range of oscillators depends largely on the specific device used, and the SIT8008ACA71-18S-48.000000D is a widely-used type of oscillator in modern technology. It is a precision, low-ripple, low-noise, clock and general-purpose oscillator.

SIT8008ACA71-18S-48.000000D is made compatible with I2C, SPI, and UART operating interfaces. It features a high-resolution frequency accuracy of +/-10 ppm, low power consumption, and a temperature range storage of -30 to 85°C. The device is primarily used in applications such as wireless communications, servers, projectors, and set-top boxes.

The working principle of the SIT8008ACA71-18S-48.000000D is as follows. Firstly, a frequency command is sent to the device from the I2C, SPI, or UART interface. This frequency command is then used to control the output frequency of the device. To achieve the desired output frequency, the oscillator signal is pulse-width modulated with a pulse-width modulation frequency to generate the frequency command. A frequency feedback signal is then generated and compared to the frequency command signal to provide feedback. This feedback allows the device to adjust its output frequency accordingly.

The PLL feedback loop ensures that the SIT8008ACA71-18S-48.000000D has a very accurate and consistent output frequency. The device is also designed to be very efficient in terms of power consumption, with a typical power consumption of less than 3 mA. This power efficiency further ensures that the device can be used in applications where minimal power consumption is required.

SIT8008ACA71-18S-48.000000D has made a significant contribution to modern technology, particularly in the fields of wireless communications, servers, projectors, and set-top boxes. It is a highly accurate, low-power, and low-noise device that can accurately control the output frequency of its applications with minimal power consumption.