DSC1123CL1-150.0000

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The DSC1123CL1-150.0000 Oscillator is an oscillator dedicated to the use of special applications for frequency control or frequency requirement. The oscillator is capable of providing an accurately controlled frequency under a certain amount of conditions.

The DSC1123CL1-150.0000 Oscillator providess two main features: frequency stability and Low jitter. Frequency stability refers to the ability of the oscillator to maintain its specified frequency value even after a long period of operation under various stresses, while low jitter refers to having a jitter frequency that is minimized even in the presence of external disturbances. Both these features make the DSC1123CL1-150.0000 Oscillator an ideal choice for applications requiring precise frequencies or high-speed communication.

The DSC1123CL1-150.0000 Oscillator works by generating an alternating current of a specific frequency using the same circuit for both oscillation and regulation purposes. The circuit utilizes a proprietary timing algorithm that is responsive to environmental disturbances, enabling the oscillator to maintain precise frequency control even in a noisy environment. The oscillator has a high power capability and can handle currents up to 0.5 amps at high frequencies.

The DSC1123CL1-150.0000 Oscillator is typically used in a wide range of applications, including high-end telecom systems, wireless routers, set-top boxes, satellite and cable TV systems, and medical equipment. In addition, it is widely used in complex systems requiring accurate feedback control for frequency control or frequency parameters. It is also suitable for applications requiring synchronization to a master-clock due to its excellent jitter performance.

With its reliable and precise performance, the DSC1123CL1-150.0000 Oscillator is a good choice for applications requiring precise frequency control or frequency parameters. It is also an ideal option for developers who want to minimize the complexity of their system design and maintenance. Its compact dimensions allow for easy integration into small form factor applications, making it an extremely attractive option for system designers.

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