SIT1602BC-83-28S-66.666600T

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Oscillators are fundamental components which generate electromagnetic signals in varies applications. Among them, SIT1602BC-83-28S-66.666600T is an intricate one with a wide range of applications.

SIT1602BC-83-28S-66.666600T oscillator is an integrated active component from a timing category, consists of an oscillator, an amplifier and logic circuit. It has a low power consumption which features a wide temperature range of operation, high stability and low start-up time. It amplifies its output signal voltage level, resulting a 6V DC regulated power output. With its high frequency forming a square wave, it has a parameter of 4MHz (MHz/V) output frequency and a high stability of 100ppm/°C.

In terms of its application, SIT1602BC-83-28S-66.666600T is widely used in dozens of electronic applications, such as military, civil, and industrial fields. Generally, it will work with most digitized and analog equipment. It can be used in radio and communication systems, digital circuits, switching power supplies, computer components, and in some household and medical equipments.

When it comes to its working principle, the inner part of the oscillator can be separated into three parts- the JFET amplifier, the Schmitt trigger inverter and the feedback components. The JFET amplifier is used to provide the gain control and output voltage regulation. The feedback components form a loop with the JFET amplifier and the Schmitt trigger inverter, and that loop is tuned to the designed frequency. When power is applied, the Schmitt trigger inverter will quickly reaches its ON or OFF state, forming a repetitive output. This process will be repeated over and over again, thus creates a periodic output.

In conclusion, SIT1602BC-83-28S-66.666600T oscillator has a wide range of applications, especially in radio and communication systems, digital circuits, and switching power supplies. Its working principle revolves around the loop formed by the JFET amplifier, Schmitt trigger inverter and the feedback components, which together form a periodic output when power is applied.

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