DSC1101CM1-025.0000

The DSC1101CM1-025.0000 is a well-known oscillator that is highly suitable for precision frequency measurements or numerous synchronizing tasks. This oscillator is categorized as an oscillator and may be used in various application fields. The following sections will explain the application field and working principle of this device.

The DSC1101CM1–025.0000 is generally used in precision frequency measurements and is highly suitable for both low and high frequencies. This device is easy to mount and offers great performance for frequency measurements up to 3GHz. The oscillator also provides a reliable and repetitive sweep for variable frequency signals. Additionally, the device is used in many synchronizing tasks, providing a highly reliable reference clock for databuses.

In terms of its working principle, the DSC1101CM1-025.0000 oscillator is based upon a resonator that generates a signal. This electrical signal is amplified and then used to trigger an oscillation circuit, often based upon quartz, which results in the generation of a precise sine-wave signal. The output of the oscillator is not limited and it is possible to obtain signals with frequencies up to 3GHz, dependent upon the oscillator model.

In conclusion, the DSC1101CM1–025.0000 oscillator is widely used in both precision frequency measurements and synchronizing tasks and offers an excellent performance. The oscillator is based upon a resonator that produces a signal which is subsequently used to trigger an oscillation circuit for the generation of a precise sine-wave signal. As the output of the oscillator is not limited, this device is highly suitable for most applications.