IDT5V2310PGI8

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The integrated circuit IDT5V2310PGI8 is considered to be a clock buffer, driver, and bus device. It is used to manage buffering and distribution of digital data and clock signals, as well as enabling data to move quickly between multiple memory and/or integrated circuits. This device provides superior signal strength and signal integrity in wide range of applications. The IDT5V2310PGI8 integrates eight low-skew clock buffer/drivers housed in 16- and 24-pin packages.

The application fields of IDT5V2310PGI8 include telecommunication systems and computer systems, where bus communication and clock distribution often require low-skew signal distribution, signal integrity and low power. This device is suitable for time-critical applications such as embedded systems, high-speed/low-power processors, and multiple-data-rate processes.

The working principle of the IDT5V2310PGI8 is based on the concept of an NMOS open-drain buffer. An input signal is applied to the buffer, and the voltage on the output pin varies between low (VIL) and high (VIH) according to the state of the input signal. This device buffers the input signal and drives the output signal according to the input signal. When the input signal is low, the output signal is also low. When the input signal is high, the output signal is high.

The IDT5V2310PGI8 can be used as a fan-out buffer, driving multiple outputs with single input. The outputs are controlled by the logic level of the input. In this device, each output pin is capable of driving at least one full load. The device has eight active low-skew outputs. In addition, each output has a low-skew enable control. If the enable is low active, each output will be low-skew and will follow the input data’s rising and falling edges.

The IDT5V2310PGI8 also supports a wide variety of clock frequency and waveforms, from low speed AC-coupled clocks to high speed differential DC-coupled clocks. This device has three clock-receptive channels allowing it to perform as a data-rate clock buffer which can operate on reset, stable clock, and variable frequency clock inputs with insensitivity to transitions and jitter. This device has reduced power consumption compared to other devices, with a typical operating voltage of 1.2V-5.5V.

In conclusion, the IDT5V2310PGI8 is a low-skew, low-power clock buffer suitable for multiple data-rate system applications. It can be used as a fan-out buffer, as a data-rate clock buffer, and for time-critical applications such as embedded systems, high-speed/low-power processors, and multiple-data-rate processes. This device offers a wide range of features, such as multiple clock-receptive channels, reduced power consumption, and eight active low-skew outputs with enable control.

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