CDCLVC1310RHBR Integrated Circuits (ICs)

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CDCLVC1310RHBR is an integrated clock buffer/driver IC, typically used as a transmission medium for clocking signals in applications where frequency accuracy and sustainability are essential, such as in telecom applications or wireless infrastructures. This clock driver can provide a very high degree of frequency accuracy by buffering and fan-out of a reference clock signal. In addition, it can also provide an accurate, low-skew clock signal distribution within the system, allowing synchronization of processes or components.

This buffer/driver IC is optimized to work with today\'s high-speed digital systems. It operates at frequencies up to 1.3GHz, with frequency skew below 200ps, and has a jitter performance under 100ps. It provides eight outputs with 3.3V logic level. It supports multiple standard interface protocols, including LVDS, LVPECL, CMOS, and SSTL. Moreover, this driver is power-efficient and is able to dissipate static power dissipation of less than 15mW.

Application Field of CDCLVC1310RHBR
CDCLVC1310RHBR is a low-skew clock buffer/driver IC, designed for use in high-speed interface applications. Such applications demand both a high degree of accuracy and a low amount of interaction between the clock signals delivered. The device can be used to synchronize multiple digital clocks within a system or to distribute a single clock signal across a wider network. Examples of applications include clock synchronization in telecom systems, security systems, and wireless infrastructure.

Working Principle of CDCLVC1310RHBR
The clock signal is first received by the clock buffer and then comparedinternally with the signal arrived at the refrence clock terminal. Depending on the signal condition, it can either amplify, delay, or buffer the clock signal for output. The signal that is output from the CDCLVC1310RHBR should be of the same type and quality as the one that it has received. The design of the buffer/driver IC also allows for an adjustable level of signal amplification, with the benefit of enhanced signal integrity and increased noise reduction.

The device can route the clock signal to multiple outputs and the signal is distributed with reliability and low skew. The driver circuit contains ultra-low power Schmitt-trigger buffers that can drive the outputs at high stability and with very low crosstalk and noise. The on-chip current-limiting feature keeps the load on the driver within a defined limit, ensuring a high degree of signal accuracy and stability.

The CDCLVC1310RHBR provides 8 outputs, each with 3.3V logic level and low, skew>. The outputs are configurable in both differential (LVDS) and single-ended (LVPECL and CMOS) mode of operation. There are a lot of adjustable parameters inside the device, allowing the user to customize the behavior of the outputs in order to achieve the desired behavior. In addition, the device also provides integrated EEPROM to store the settings of the device.

To ensure that the delivered output signal quality remains high, it’s recommended to use CDCLVC1310RHBR in applications that require a reliable distribution of the clock signal. It can be used as a transmission medium for clocking signals with extreme accuracy and sustainability. Applications that require accurate timestamp generation or precise performance distribution, such as telecom systems, wireless infrastructures, or multimedia synchronization, will benefit from the use of this device.

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