SIT9003AC-23-18SQ-38.50000Y

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The SIT9003AC-23-18SQ-38.50000Y is an oscillator categorized under oscillators. It is a low-power device used for accurately timing and controlling digital applications. It contains a quartz crystal and is built to operate at a specific frequency, providing a highly stable and accurate oscillator. Its application fields include digital watches, telecommunications, automotive, medical, industrial, and consumer electronics, respectively.

The quartz crystal in this oscillator produces mechanical resonance that creates an electric signal when there is a change in the voltage across the transistor. This electric signal is then converted into an output voltage by the transistor. This output voltage is then used to control the frequency of the circuit. The quartz crystal is able to maintain its frequency over a range of temperature changes, providing time accuracy and stability. This enables the SIT9003AC-23-18SQ-38.50000Y to function in highly stable and accurate ways.

The SIT9003AC-23-18SQ-38.50000Y is ideal for applications that require very accurate timing, such as GPS systems, medical devices, and telecommunications systems. Its low power consumption is beneficial for applications that run on battery power. The low power consumption ensures that the device does not consume too much of the battery’s life. The device’s wide temperature range allows it to remain stable even in environments with drastic temperature changes.

In addition to its application fields, the SIT9003AC-23-18SQ-38.50000Y also has a wide range of features. This includes a wide frequency range, high precision and accuracy, low power consumption, an operational temperature range from -40°C to 85°C, programmable frequency, and a low jitter. All these features make it suitable for a variety of applications.

Overall, the SIT9003AC-23-18SQ-38.50000Y is an excellent choice for applications requiring an oscillator with very precise timing. Its combination of high accuracy and low power consumption makes it well-suited for applications in digital watches, medical devices, and telecommunications, among a wide range of other applications. Its wide range of features and its high stability over a range of temperatures make it ideal for digital devices that require precise timing.

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