ASVMPLV-BLANK-XR-T

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Programmable oscillators are electronic devices that generate a periodic signal in a controlled manner and with desired frequency accuracy. These oscillators can be used in a variety of applications where precision oscillation is required. One such application is the ASVMPLV-BLANK-XR-T programmable oscillator.

The ASVMPLV-BLANK-XR-T programmable oscillator is a low voltage silicon CMOS device designed for frequency control in multiple microprocessor applications. It utilizes a high-voltage scalable MOS circuit to accurately and independently adjust the frequency across a wide range of frequencies, from kHz up to GHz. The device provides the capability for linear frequency adjustment and the device can be configured for single or dual output frequencies that can be used in a variety of applications.

The working principle of the ASVMPLV-BLANK-XR-T programmable oscillator is based on the fact that the frequency is controlled by an electronic signal. The device uses a voltage-controlled oscillator (VCO) to generate the frequency output which is then amplified and shifted to the required frequency. The frequency can be adjusted by externally controlling the voltage on the VCO which in turn modulates the frequency. The internal components of the oscillator are coupled to a voltage-controlled tuning element which is used to fine-tune the oscillator\'s input frequency. By varying the voltage applied to the tuning element, the oscillator\'s frequency can be adjusted.

The ASVMPLV-BLANK-XR-T programmable oscillator is well suited for microcontroller designs that require a low-voltage oscillator. The device is suitable for use in communications systems where robust performance and reliable operation is important and for frequency control in multiple microprocessor applications. The device is also ideal for consumer and industrial applications where a low-voltage oscillator is required for precise frequency control.

In summary, the ASVMPLV-BLANK-XR-T programmable oscillator is a low voltage silicon CMOS device that can accurately adjust the frequency across a wide range of frequencies. The device uses a voltage-controlled oscillator to generate the frequency output and internally components are coupled to a voltage-controlled tuning element which is used to fine-tune the oscillator\'s input frequency. The device is well suited for applications where precise frequency control is required, such as in communications systems and consumer and industrial applications.

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