SIT1602BI-11-28E-75.000000E

Oscillators play an important role in the electronics industry and are widely used in a variety of applications. The model SIT1602BI-11-28E-75.000000E otherwise known as SIT1602BI is an example of one such oscillator. It is a compact, low-cost solution designed to deliver reliable time-based performance for a range of applications.

The SIT1602BI is a quartz crystal oscillator that comes in the form of a simple standard-sized package with a 3.2mm x 2.5mm footprint. The oscillator is packaged using a metal lid and a quartz crystal enclosed in epoxy for added resistance to shock and vibration. The frequency range for the SIT1602BI oscillator is from 16MHz to 110MHz, with a frequency stability rating of ±75.000000E. It is also an extremely low-power solution, requiring only 15mW of power to operate.

The SIT1602BI oscillator is well-suited for all sorts of time and frequency-based applications, as it can offer the accuracy, reliability, and compact size required for those tasks. It is widely used in automotive, telecommunications, consumer electronics, portable acoustic devices, and medical equipment.

The functioning of the SIT1602BI-11-28E-75.000000E oscillator is relatively simple. It consists of a quartz crystal enclosed in a resonator that acts as the source of the timed signals. The crystal vibrates at a precise frequency determined by the oscillator\'s design and remains stable over time due to the precise manufacturing process. The signals are generated by a fixed capacitance and resistance that is designed into the oscillator; this determines the frequency of the output signal. The output signal can then be used to accurately measure and control time and frequency-based applications.

In conclusion, the SIT1602BI-11-28E-75.000000E oscillator is a versatile and reliable component that is highly suited to a range of time and frequency-based applications. Its compact size and low-power design make it an excellent choice for areas where size and power consumption are critical factors in the design of a product. Its frequency stability and precision make it well-suited for applications where accuracy and reliability are important.