638E15626A3T

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Oscillators play an integral part in any electronic circuit, providing precise, stable and dependable references for signals which allow a wide range of applications to function accurately and efficiently. In this article, we will take a look at the 638E15626A3T Oscillator, examining its application field and working principle

The 638E15626A3T is a three terminal, quartz controlled Oscillator optimized for cell phone, radio broadcast and industrial applications where low phase noise and fast warm-up time are required. It is a device capable of providing clock signals with very low phase noise, which improves the signal-to-noise ratio of the overall system. This device also has a very fast warm-up time, allowing the system to output clock signals immediately after power-up. As a result, the device is an ideal choice for applications where low phase noise and fast warm-up time are essential.

In terms of its signal characteristics, the 638E15626A3T provides an excellent sinusoidal output signal with very low jitter and phase noise. This device is also highly resistant to EMI, allowing it to do its job in a wide range of EMI-prone environments. In addition, this device is also highly efficient in terms of power consumption, making it a suitable choice for applications where power efficiency is a priority.

The working principle of the 638E15626A3T Oscillator is based on the use of a quartz crystal as its frequency reference. The quartz crystal is connected between the output and the ground pin of the oscillator, and the internal circuitry of the oscillator is designed to ensure that the output signal has a constant frequency which is equal to the natural frequency of the crystal. The frequency of the 638E15626A3T can be adjusted by applying an external voltage or current to the control pin.

In summary, the 638E15626A3T Oscillator is an ultra precise, low phase noise and fast warm-up time oscillator designed for use in cellular, radio broadcast and industrial applications. It provides an excellent sinusoidal output signal with very low jitter and phase noise, and is highly resistant to EMI. This device also offers excellent power efficiency. Its frequency is controlled by a quartz crystal and can be adjusted by applying an external voltage or current to the control pin.

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