ASEMDLC-LR

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Pin configurable/selectable oscillators refer to the specific use of programmable oscillators that are designed to allow users to configure, select, or set oscillator frequency, stability, and other parameters through the oscillator design and performance. A key example of this type is the ASEMDLC-LR, also known as “Axiom Oscillator”.

The ASEMDLC-LR utilizes three control pins for frequency, temperature stability, and voltage supply. The frequency is set with the control pin that is labeled as “F”; the temperature stability is set with the “S” pin and the voltage supply is set with the “V” pin.

When configuring the ASEMDLC-LR oscillator, the user can preset the frequency, temperature stability, and voltage supply according to the application field and required performance. Through the configuration process, the output frequency and stability can be changed by using the F and S pins. Furthermore, the voltage supply can be optimized to ensure that it works within the desired frequency range, temperature stability, and voltage supply.

The working principle of the ASEMDLC-LR oscillator involves a combination of digital logic circuits, microprocessor technology, and analog components. The device uses a combination of a digital oscillator, microprocessor, and analog components to enable the user to set the parameters of the oscillator. When the F and S pins are used to set the parameters, the device will charge the resonator through a series of voltage pulses. This creates a signal that is then converted from an analog waveform to a digital signal. The digital signal is then processed through the microprocessor and analog components to provide the desired output frequency and temperature stability.

The output signal from the ASEMDLC-LR is filtered and conditioned, before it is sent to an output terminal for application. Furthermore, the device can be configured for different outputs such as square or trapezoidal. This allows the oscillator to fit a wide range of applications.

The ASEMDLC-LR is a versatile and highly programmable oscillator that can be used in many different applications. Its combination of digital technology, microprocessor technology, and analog components make it ideal for applications requiring variable frequency and stability. Its ability to adapt to the specific application field and to be easily configured makes it a convenient and reliable oscillator.

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