SIT1602BI-21-25S-7.372800E

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Oscillators are signal generators that output cyclically varying electronic signals. These oscillators are classified according to the waveform of the output and come in a range of different types with varying features, including SIT1602BI-21-25S-7.372800E.

The SIT1602BI-21-25S-7.372800E is a high performance Oscillator for industrial applications. It has a wide range of applications, including in modems, cellular phones, satellite receivers and computers. It is also used for timing control and data synchronization in automotive communication systems. It operates with a clock frequency of up to 7.3728MHz and is designed for reverse polarity protection, with trickle or low line voltage operation to further improve stability.

The device uses a crystal as the resonator, resulting in a high-frequency stability of ±25ppm/°C and a low noise output of -155dBc/Hz at 1kHz variable offset. This is ideal for applications that require low jitter and high accuracy. It also has a low standby current, reducing power consumption. Furthermore, it is shock and vibration resistant, making it suitable for a range of industrial applications.

The SIT1602BI-21-25S-7.372800E is based on an ECL (emitter-coupled logic) circuit. It works by taking an input voltage signal, applying it to the base of an NPN transistor, and then allowing the current flow between the emitter and collector to create two complementary asynchronous outputs. The outputs are then used to produce a continuous stream of alternating output voltage signals. This repeating signal is the output of the oscillator and is used as a reference clock for other electronic devices.

In summary, SIT1602BI-21-25S-7.372800E is a high performance oscillator used for a range of industrial and automotive applications. It uses an ECL circuit to produce an alternating output voltage signal to be used as a reference clock. It is shock and vibration resistant and operates at a frequency of up to 7.3728MHz. Furthermore, it has a low jitter and low noise output, making it ideal for applications requiring accuracy and low power consumption.

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