SIT1602BI-82-33N-8.192000T

Oscillators are used to produce periodic, variously shaped waveforms. SIT1602BI-82-33N-8.192000T is a type of sub-miniaturised oscillator within the oscillator family. This particular oscillator is highly modular and is suitable for a wide range of applications.

Application Field

The SIT1602BI-82-33N-8.192000T oscillator is suitable for replacing legacy quartz oscillators, programmable crystal oscillators and programmable delay lines. It is small enough to fit in many consumer devices such as mobile phones, computers and various types of game consoles where it is used for timing or noise-reduction purposes. The SIT1602BI-82-33N-8.192000T oscillator has a wide operating temperature range(-40°C to +85°C) which makes it suitable for use in harsher environments. It is also very reliable, providing accurate output signals in almost all temperature ranges.

Working Principle

The SIT1602BI-82-33N-8.192000T oscillator works through a combination of electrical charge and electron flow. The device is based on the principle of static induction transistors (SITs). This is a type of transistor in which two adjacent layers of a semi-conductor have a varying voltage field between them. This voltage field produces electrons, which flow through the oscillator to form an alternating current, which creates the oscillations.

The oscillator also has a feedback loop which helps to maintain a constant frequency. This is achieved by measuring the frequency of the signal output from the device, and then comparing it with the desired frequency. If the measured frequency is different from the desired frequency, a signal is sent back to the control circuit, which then adjusts the flow of electrons and voltage field, which in turn affects the frequency of the signal.

With advanced process and elaborate craft, the SIT1602BI-82-33N-8.192000T oscillator is a powerful and rigorous device. The specs of this oscillator surpass traditional methods as it is capable of generating very high frequency waves which are useful for various applications. The small footprint ensures that it can fit into even the most cramped modern consumer electronics, and its reliability makes it a popular choice for many modern electronic devices.