SIT1602BC-22-18N-28.636300G

Oscillators

The SIT1602BC series of oscillators by Sitime Corporation is a wide-range crystal oscillator. The -22-18N-28.636300G is one in the series that boasts of an operating range from 0° to 70°C. This range has been tested to tolerate a hearty range of temperatures while still maintaining its oscillation frequency.

The oscillator is designed for a variety of applications including computer motherboards, gaming consoles, network appliances, digital displays, and cellular telephones. It is also suitable for designing flat panel displays, energy management systems, and multimedia players. The oscillator incorporates a couple of features that makes it ideal for these applications.

The oscillator operates between 1.85V and 3.3V DC supply voltage. It also has a maximum power consumption of just 6μA with a current draw of 1μA for start-up. It is also pin-compatible with other SIT1602BC oscillators, making it easy to design around. This combination of low power consumption and ease of interfacing makes the oscillator perfect for a wide range of applications.

The 1602BC-22-18N-28.636300G oscillator also boasts of a frequency-stable operation. This is thanks to a wide temperature range that offers perfect stability even under fluctuations in both temperature and humidity. This frequency stability ensures that the oscillator can be used for accurate time measurement, as wouldn as in applications where mechanical components are needed to be driven at high speeds. The device is also immune to electromagnetic interference, eliminating the possibility of any electromagnetic noise from affecting its operation.

This oscillator has the ability to generate the clock signal required to synchronize operations in the CPU, bus and system reserves. Its design allows for flexibility in operating speeds – high, low or medium – in order to accommodate specific input frequencies when using multiple buses. The oscillator is able to output frequencies as high as 28.636300GHz and has an onboard temperature sensor that helps in controlling the frequency over a range of temps.

The 1602BC-22-18N-28.636300G oscillator utilizes the crystal oscillator configuration in its working principle. It is designed so that crystal elements from the oscillator core resonate at a certain frequency. This resonance is changed by an external frequency source, causing the oscillator to oscillate, and the output frequency is controlled by an electrical resonator, usually a quartz crystal. The quartz crystal controls the resonance frequency, allowing the device to output a steady frequency.

The 1602BC-22-18N-28.636300G oscillator is suitable for low power, high performance applications. Its crystal oscillator design yields high accuracy and stability and helps with providing accuracy and stability for microprocessors and other applications along with being temperature stable.