SIT1602BI-12-25E-25.000000G

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Oscillators are electronic devices used to generate an electric signal with a certain frequency. Typically, these signals are used to control electromagnetic emissions, such as radio waves or electromagnetic interference. The SIT1602BI-12-25E-25.000000G oscillator is an example of such a device.

Features of SIT1602BI-12-25E-25.000000G

The SIT1602BI-12-25E-25.000000G oscillator is a two-pin IC device, which is capable of producing extreme accuracy in frequency output. It has a wide operating temperature range of -25°C to +135°C, making it suitable for use in industrial applications and environments where temperature fluctuations are common. In addition, the maximum frequency of the oscillator is 25 MHz, allowing for a wide range of frequency outputs depending on the application. It also operates with a voltage range of 0.8V to 5V.

Applications

The SIT1602BI-12-25E-25.000000G oscillator is often used for clock synchronization or applications where accurate and stable output frequency is required. Due to its low power consumption, it is suitable for devices that require extended operating time. Examples of such applications include servers, telecommunication systems, embedded computer systems, digital cameras, and medical devices.

Working Principle

The SIT1602BI-12-25E-25.000000G oscillator works on the principle of creating an alternating current waveform that oscillates between two states, i.e. a high signal and low signal. This waveform is generated via an external transistor, or an internal oscillator that utilizes a crystal. The alternating current passing through the electric charges of the crystal produces vibrations that cause the external Transistor, or the internal oscillator, to oscillate at a specific frequency. This frequency is determined by the size of the crystal used and the power supplied to the oscillator.

Conclusion

The SIT1602BI-12-25E-25.000000G oscillator is a two-pin IC device that is capable of providing precise and stable frequency outputs due to its wide operating temperature range and low power consumption. It is ideal for applications requiring stable frequency and clock synchronization, such as servers, telecommunication systems, digital cameras, and medical devices. The oscillator operates on the principle of creating an alternating current waveform that oscillates between high and low signals, which is generated via an external transistor or an internal oscillator utilizing a crystal.

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