CDC924DLR

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The CDC924DLR oscillator is a versatile device utilized in applications that require a highly accurate clock or timing. Its design is based on a quartz crystal and a combination of ultra-stable electrical provisions to ensure the maximum precision of a tuned circuit. Moreover, its design enables it to be mounted on a printed circuit board, as opposed to a host of other designs that necessitate dedicated control components or subassemblies for stabilization. The quartz crystals are highly capable of achieving timekeeping accuracies that can be difficult to achieve in many other network-independent oscillators.

The CDC924DLR oscillator is tailored for those applications that require good timekeeping accuracy, high precision in both frequency stability and synchronization, and relatively small physical enclosures. Primarily, this is the reason why the CDC924DLR is frequently chosen for use in critical instrumentation systems and networks where every second counts. The precision frequency generated by this oscillator can be used to guarantee the highest accuracy in such networks where timing is a critical factor.

The CDC924DLR is also suitable for applications requiring lower power consumption, as it only needs minimal power when running at a given frequency. Furthermore, this device operates with a high frequency stability of between 10 to 15 parts per million - making it a superior clock option that is tailored for applications related to instrumentation, telecommunications, the aerospace industry, and other areas of critical timing accuracy. The CDC924DLR also uses a range of electric provisions to ensure a high precision balance and to eliminate the need for additional hardware components. This includes damping capacitors, an oscillator circuit, and a tuning circuit, among other components. It also utilizes a low frequency/high frequency switch, which helps to maintain frequency accuracy across a wide range of clock frequencies.

The CDC924DLR oscillator is capable of operating in a wide range of environments. Its temperature range can range from -30 to +85ºC, and the power supply voltage can be operating from either 2.2V to 3.2V. Additionally, the shock and vibration requirements are acceptable for general purpose environments. The device can execute in a range of clock frequencies, including 5.0MHz, 10.0MHz, 20.0MHz, 25.0MHz, and 50.0kHz. Finally, the oscillator also accepts a wide range of input voltages, from 12.0V to 28.0V.

In conclusion, the CDC924DLR oscillator is a versatile device for applications that require good timekeeping accuracy as it combines low power consumption with high frequency stability. Additionally, its design is tailored for maximum precision and to eliminate the need for additional components. It also offers a range of operating frequencies, voltage inputs, and temperature ranges that make it a highly flexible option for a range of needs.

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