CDCM61002RHBT

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Clock generators, PLLs and frequency synthesizers are powering many of today's digital designs and CDCM61002RHBT is one of the most advanced digital clock synthesizers and frequency multipliers in the industry. It offers fast and precise multiplication of the input clock frequency, and allows the user to use a single device to generate multiple clock frequencies, or to configure and generate clock frequencies in applications such as frequency synthesizers. This product has wide application fields and can be used in many fields that demand a high frequency clock source.

CDCM61002RHBT Application Field

The CDCM61002RHBT has many application fields and can be used for a variety of systems. It is ideal for applications that require high processing speeds, or in those that require multiple timebase signals. It has been used in test and measurement, communications, imaging and many other fields where an accurate clock source is needed. It can also be used as a frequency synthesizer in systems that need multiple output clocks. This product can be used to provide clock signals for different devices within a system, as well as providing output clock signals for devices that require synchronization. Additionally, it can be used where digital designs require multiple copies of the same output clock.

The CDCM61002RHBT has been designed for applications that need precise frequency control. It offers a high-performance clock source as well as a wide range of output frequencies from 0 to 12.5 GHz. With its low jitter and wide frequency range, it is ideal for use in systems that need fast and precise clock signals. It is also suitable for systems that require multiple output clocks, as it offers configuration options with full control of the output clock speed.

CDCM61002RHBT Working Principle

The CDCM61002RHBT is based on a three-stage PLL architecture, which is typically used in frequency synthesizers and PLLs. The PLL consists of two stages that allow the user to adjust the output frequency, as well as a third stage, which provides the additional frequency multiplication. The PLL takes in a reference clock signal, and then passes it through the multiple stages to generate the desired output frequency. The output frequency is generated by the frequency synthesizer, and the frequency multiplication is done by the PLL. Using the PLL's multiple stages, it can generate clock signals that are up to 12.5 GHz.

The CDCM61002RHBT uses a technique called “phase-locked loop frequency synthesis.” This technique essentially uses a reference clock to generate a sync signal, which is then used as the basis for the output clock frequency generation. The output clock frequency is determined by the reference clock frequency, which is why it is so important to use an accurate reference clock signal when designing a system that utilizes this product. Additionally, the product has two “formally-accurate” output clocks, which can be used in applications that rely on precise clock signals.

The CDCM61002RHBT also offers a unique “free-run” function, which allows the user to set a specific output frequency without having to use the reference clock. This is especially useful in applications where a more precise output frequency is required, or when the reference clock signal is not reliable. Additionally, it offers a “dithering” function, which can be used to improve the accuracy of the output clock frequency.

The CDCM61002RHBT is a powerful clock generator and frequency multiplier that is widely used in many digital systems. It offers a high-performance clock source, as well as a wide range of output frequencies from 0 to 12.5 GHz. Additionally, it has a number of configuration options that allow the user to customize the output clock frequency for their particular application. With its low jitter and wide frequency range, it is ideal for use in systems that need fast and precise clock signals, or in those that require multiple timebase signals.

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