CDCLVC1104PW

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The CDCLVC1104PW is a type of clock buffer, driver and line receiver designed for a wide range of applications in the clocks and timing domains. It offers the user an efficient and reliable way to distribute high frequency clock signals with large swings. The CDCLVC1104PW has a wide operating range of 1.2V (2.5V typical) to 3.3V (5V typical), making it suitable for a broad range of applications, such as system and product clock distribution, general clock fanout, low power clock generation and delay locked loops (DLLs).

The CDCLVC1104PW is designed for use in a wide range of clock and timing related applications, such as clock distribution, DLLs and delay locked loops (DLLs). It is capable of buffering and driving high frequency clock signals with large swings and wide operating bands. Additionally, it can handle up to four LVDS signals with a typical peak-to-peak voltage of 600mV. The CDCLVC1104PW has a low power consumption of 7.5mW, which helps reduce power consumption in a wide range of applications.

The CDCLVC1104PW is designed to support clock, data and control signals. It can buffer, drive and receive up to four individual LVDS signals, with a typical peak-to-peak voltage of 600mV, and a wide operating range of 1.2V (2.5V typical) to 3.3V (5V typical). In addition to its wide operating range, the CDCLVC1104PW also features high output impedance, high accuracy and low jitter making it ideal for clock generation and clock distribution applications.

The CDCLVC1104PW has an auto-resume function that ensures a smooth transition from low power modes to normal operation. This function eliminates the need for reset circuitry and helps reduce power consumption in low power modes. It also supports a programmable slew rate for reducing EMI emissions.

The CDCLVC1104PW works on the principle of clock multiplication. It generates a clock output signal for each of the four LVDS inputs, by multiplying the frequency of the input signal. This capability can be useful for applications where the frequency of the output signal needs to be faster than the input signal. For example, a 100MHz input signal can be multiplied to generate a 200MHz output signal.

Overall, the CDCLVC1104PW is a great choice for clock and timing applications that require buffering, driving and receiving of LVDS signals with high accuracy and low jitter. It is suitable for a wide range of applications, including system and product clock distribution, general clock fanout, low power clock generation anddelay locked loops (DLLs).

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