SIT3808AI-D3-33EE-27.000000Y

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Oscillators are vital components in the modern electronic and telecommunication systems since they provide the necessary electromagnetic field to synchronize and control pulses in these systems. SIT3808AI-D3-33EE-27.000000Y is a high-performance, low-cost oscillator commonly used in these applications.

SIT3808AI-D3-33EE-27.000000Y is an analog clock oscillator with a TTL output. It is a conventional quartz crystal oscillator, providing frequency stability up to ±50ppm at room temperature. Designed to be reliable and cost effective, it has a wide range of applications. It can be used in microcomputer systems, embedded systems, liquid crystal displays (LCDs), digital audio equipment, medical instruments, navigational equipment, server systems, etc.

The working principle of SIT3808AI-D3-33EE-27.000000Y is simple yet unique. When powered on, the quartz crystal oscillator inside creates an electrical waveform that is fed to the output. This waveform is passed through a multiple stage amplifier comprising of transistors and diodes, which is then converted into a high-frequency sine wave signal. This signal is then buffered and amplified by the power amplifier. The output signal is then a high-frequency sine wave that is sent to the oscillator circuit.

The most important aspect of SIT3808AI-D3-33EE-27.000000Y is its low power-consumption. It is rated for 3.3V to 5V, and its power consumption is only 25mW. It also has a relatively low temperature coefficient of ±13ppm/°C, making it temperature resistant. Additionally, it boasts a wide supply voltage range of +3.3V to +5.0V, ensuring that it is compatible with a wide range of system types.

SIT3808AI-D3-33EE-27.000000Y is a reliable, low-cost oscillator that is ideal for a variety of analog and digital applications. Its unique design ensures a high frequency sine wave, low power consumption and excellent temperature stability, offering an optimal solution for powering a variety of systems. It can be used in systems such as microcomputer systems, embedded systems, LCDs, digital audio equipment, medical instruments, navigational equipment, server systems, etc.

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