HMC724LC3TR

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HMC724LC3TR is a clock buffer, driver and fanout capable of handling high-density clock signals. It is an optimal solution for reducing cycle-to-cycle jitter in networks of multiple clocks, while its wide-viewing angle pin-diagram eliminates reflections from package edges and eliminates skew between clock and enable signals. With low propagation delays (2.6ns typical for HMC724LC3TR) and ultra-low-jitter (<150fs) performance, HMC724LC3TR clock buffers, drivers and fanouts are the most capable devices available for timing-critical applications.

HMC724LC3TR clock buffers, drivers and fanouts are designed for use in a variety of applications, from consumer electronics to industrial, automotive and medical. In consumer electronics, the ability of the HMC724LC3TR to output high-density clock signals makes it ideal for multi-media applications such as high-definition television, digital video recorders, set-top boxes and gaming consoles. In industrial applications, the device\'s low-jitter, low-skew and low-packaging output minimizes the power and area necessary to build high-performance timing networks, while its superior noise immunity helps filter out system-level noise.

The HMC724LC3TR operates on +2V supply voltage and has CMOS, SSTL18, SSTL2 and LVCMOS compatible output drivers. It supports operation up to 125MHz, providing world-class performance for both high-speed and low-power applications. The device\'s robust architecture also enables I/O buffer termination and suppressant features, as well as support for a variety of timing and polarity configurations. This makes the HMC724LC3TR an ideal solution for designs where timing needs to be maintained across process, voltage, and temperature corners.

The working principle of HMC724LC3TR is relatively simple. The device works as a clock buffer which is connected between one or several systems and an oscillator. The device buffers the input clock signal and amplifies it so that it is capable of driving multiple system clocks. The device provides a low noise version of the clock signal outputs, and can be used to generate clock signals that match the cycle-to-cycle jitter specification of the target application. In addition, the device can be used to fan-out the clock signal to multiple systems, which eliminates the need for additional clock sources. This makes the HMC724LC3TR a very cost-effective solution for increasing clock signal density in any application.

In addition to its buffering and fanout capabilities, the HMC724LC3TR also provides a number of advanced features that help reduce timing errors and increase signal integrity. The device supports adjustable dead-time and burst-mode functions, as well as dual-axis clock skew adjustment, which helps to minimize the clock skew between two devices in a daisy-chain configuration. The device also supports I/O buffer termination to minimize reflections, and suppressant features to reduce jitter levels in high-noise environments.

Overall, the HMC724LC3TR is an ideal solution for clock signal fanout and buffering applications that require low-jitter, low-skew and low-noise performance. With its wide-view pin-diagram and support for adjustable dead-times and burst-mode functions, the HMC724LC3TR is the optimal device for maximum system performance in any clock signal timing application.

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