SIT1602BI-11-28E-8.192000E

One of the oscillators most commonly used around the world, the SIT1602BI-11-28E-8.192000E (or "BI-11-28E"), is an idealized component for electric and electro-mechanical applications. The BI-11-28E is derived from the standard SIT-BI-11 series but with slight modifications in operating characteristics and package sizes, making it especially well-suited for timekeeping applications in embedded systems.

The main components of a BI-11-28E oscillator are the quartz resonator and the supporting electronics, which include a high-stability 4.7 picofarad oscillation capacitor, two emitter-follower transistors, a biasing resistor, and a few discrete components for power management. The output of the BI-11-28E is a square wave with a period of about 8.192 milliseconds, typically maintained to within ±50ppm, or an accuracy of about 0.05% over all operating temperatures. This accuracy makes the BI-11-28E ideal for use in synchronizing real-time computers with external clocks.

BI-11-28E oscillators are used in many different applications, including digital timing and manual timing applications. In digital timing applications, the output of the BI-11-28E is used to synchronize digital logic components, such as counter circuits, and can be used to control the timing of digital circuit operations. The output can also be used to synchronize digital signal processing (DSP) systems. In manual timing applications, the output of the BI-11-28E is used to time tasks or activities that are performed manually by a person.

The BI-11-28E is also used in industrial systems to precisely control and coordinate machinery movements. It can be used to control the frequency of alternating current (AC) motors, the speed of stepper motors, the speed of conveyors, and the operation of pumps and other equipment. It is also widely used in power management systems, where its precise timekeeping capability allows efficient use of power.

The BI-11-28E can also be used in telecommunications applications. Its precise timekeeping ability makes it ideal for synchronization of analog or digital telecommunications systems, which need to operate with a high degree of accuracy. Its ability to maintain a consistent frequency is also important for reliable operation of multi-tone systems, such as modem systems and two-way radio communications.

In general, the BI-11-28E oscillator is a reliable and precise component that is used in a wide variety of applications. Its accuracy and stability make it ideal for use in timekeeping, industrial control, and telecommunications applications. The BI-11-28E oscillator is a popular choice for engineers who require a reliable and precise component for their projects.