ASTMHTE-25.000MHZ-XR-E-T

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Oscillators are electronic components that generate and regulate the flow of electricity in a circuit by providing an alternating current. Oscillators are used in a variety of applications, but most commonly in electronic devices such as radios, televisions, cell phones, computers, and other digital devices. The ASTMHTE-25.000MHZ-XR-E-T oscillator is a type of oscillator specifically designed for use in high-frequency applications.

The ASTMHTE-25.000MHZ-XR-E-T oscillator is capable of operating at frequencies up to 25 MHz and can provide highly accurate clock signals for a variety of applications. The device is designed with a built-in voltage regulator, allowing it to operate in a wide range of voltage conditions. This makes the ASTMHTE-25.000MHZ-XR-E-T an ideal choice for applications that require a high level of accuracy and reliability.

The working principle of the ASTMHTE-25.000MHZ-XR-E-T oscillator is based on a simple voltage feedback loop. When the device is powered up, the voltage across its input terminals will be monitored and regulated by an on-chip voltage regulator. When the voltage is below the set threshold, the regulator will increase the clock frequency of the oscillator to make up for the difference. Conversely, when the input voltage is above the threshold, the regulator will reduce the frequency to bring it back down.

The ASTMHTE-25.000MHZ-XR-E-T oscillator is used in a variety of applications, such as wireless communication systems, microwave transmitters, portable electronic devices, and complex control systems. The device is also well-suited for high-performance applications, such as portable medical devices, automotive electronics, and military electronics. The ASTMHTE-25.000MHZ-XR-E-T is available in various package sizes, making it compatible with almost any system.

The ASTMHTE-25.000MHZ-XR-E-T is a reliable, accurate, and high-performance oscillator that is suitable for a wide range of applications. Its built-in voltage regulator ensures that the device operates accurately across varying voltage conditions, making it an ideal choice for both high-frequency and high-accuracy applications.

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