DSC1122CE1-125.0000

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Oscillators are electrical circuits which generate a periodic, oscillating signal. They are used frequently in many different circuits, and come in several different classes. The DSC1122CE1-125.0000 is an oscillator used in test and measurement applications. It can produce square waves at frequencies up to 125.0000 MHz, and is suitable for use in a wide variety of applications.

The DSC1122CE1-125.0000 is a precision oscillator, designed to provide repeatable and reliable performance over a wide range of frequencies. It is based on a dual-frequency clock generator which alternates between two different frequencies on a rotating basis. This permits two different clock signals to be generated at the same time, which can be synchronized with one another. The high frequency clock can be used to generate a series of faster, more precise pulses for accurate measurements.

DSC1122CE1-125.0000 features a user-adjustable output voltage, allowing for flexibility in its application. It also comes with a variety of other features such as an adjustable frequency range, a low jitter clock, and a wide voltage tolerance. All of these features make the DSC1122CE1-125.0000 a great choice for any test and measurement applications.

In terms of its application fields, the DSC1122CE1-125.0000 can be used in a variety of applications, ranging from digital signal processing to fibre optics systems. It is also commonly used in communications networks, video and audio systems, and industrial automation.

When it comes to the working principle, the DSC1122CE1-125.0000 is based on a dual-frequency clock generator, which alternates between two different frequencies on a rotating basis. This is done by using two oscillators, which generate two separate clock signals. The first across the resistor network acts as a low frequency reference; this is then used to control the second oscillator, which produces the actual clock pulses. The low frequency reference is used to synchronize the pulse width and timing of the clock pulses.

The dual-frequency clock generator is also used to control the output voltage. This can be adjusted using an analogue control circuit, which adjusts the resistance of a resistor network. This then changes the output voltage. The output voltage is further adjusted by using an adjustable resistor network, which is used to fine-tune the voltage output.

The DSC1122CE1-125.0000 is a precision oscillator used in a wide range of applications. It is capable of generating square waves at frequencies up to 125.0000 MHz, and features a user-adjustable output voltage, a low jitter clock, and a wide voltage tolerance. It is based on a dual-frequency clock generator, which is used to generate both low and high frequency clock pulses. This makes the DSC1122CE1-125.0000 a great choice for any test and measurement applications.

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