DSC6101MI2A-038.0000

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Oscillators are devices used in many electrical applications. They are responsible for providing stable frequency such as timekeeping in clocks and watches, controlling frequency in radio transmitters, modulators, signal generators, audio and video equipment, and many other electronic circuitry. The DSC6101MI2A-038.0000 oscillator module is an excellent example of these devices.

The DSC6101MI2A-038.0000 Oscillator module is a low-cost, integrated, quartz crystal oscillator design with a variety of versatile package configurations available. It is designed for use in a variety of applications including broadcast television equipment, satellite radio and TV distribution systems, microwave and cellular communications, instrumentation, and industrial automation. The module is capable of providing highly stable frequencies ranging from 1 Hz to 250 MHz.

The DSC6101MI2A-038.0000 Oscillator module is a double- oscillator design, each with an individual crystal element. This design provides improved accuracy and stability over single-oscillator designs. The first oscillator is the oscillator itself, which is an electronically tunable device. The second oscillator is a temperature-stabilized crystal oscillator that provides stable, reliable frequency. This double-oscillator design enables the DSC6101MI2A-038.0000 to provide highly precise and stable frequencies.

The DSC6101MI2A-038.0000 Oscillator module features a low-noise above 70 dBc at 250 MHz, low power consumption, and a size of just 40x40mm. It is easy to configure and operate with its wide range of control lines and an on-board clock generator that supports both time division multiplexing (TDM) and network synchronization protocols. It is also available in different configurations, including voltage-controlled oscillator (VCO), voltage-tuned oscillator (VTO), digitally-controlled oscillator (DCO), and temperature-compensated crystal oscillator (TCXO).

The working principle behind the DSC6101MI2A-038.0000 Oscillator module is based on the concept of quartz crystal oscillation. The quartz crystal\'s frequency is affected by several factors, such as temperature, pressure, and electric charge. The module uses these factors and their interactions to create highly stable frequencies. The oscillator converts the energy of the external signal into electrical energy that is then fed back into the quartz crystal at a frequency that matches the frequency of the signal.

The oscillator module also uses a temperature- compensation circuit to further stabilize the output frequency. This circuit takes temperature-related changes to the crystal\'s frequency into account and compensates for them, ensuring consistent and stable output over a wide range of temperatures. This ensures that the DSC6101MI2A-038.0000 can provide reliable and precise frequency outputs even when being used in extreme temperature environments.

The DSC6101MI2A-038.0000 Oscillator module is an excellent example of a low-cost, reliable, and precise quartz crystal oscillator. Its temperature-compensation circuit ensures that the module can provide consistent and reliable frequency outputs over a wide range of temperatures. Its simple design, low-power consumption, and above 70 dBc noise level at 250 MHz make it an ideal choice for a variety of applications, including broadcast television, satellite radio and TV distribution systems, microwave and cellular communications, and instrumentation and industrial automation.

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