PI6C20400LE

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PI6C20400LE is an IC designed by Pericom, mainly used to provide signal conditioning, signal switching, signal buffering, voltage-level translation, timing control, signal routing and signal activation in low voltage, low power, and low noise applications. The clock/timing application specific of PI6C20400LE meets customer needs with a wide range of features such as low-power operation, low latency, dense to-scale, distributed-array buffering, synchronization, and wide operational-frequency range.

The chip complies with LVDS, PCI Express and SCI standards, and has various industrial, consumer, computer/server, automotive, and power management applications. The device offers unique architecture and versatility, and can be used in a variety of environments with accuracy, control, and speed.

The PI6C20400LE has four channels of variable input frequency, with each channel capable of receiving an input frequency of 3.2MHz to 6.4MHz, allowing users to use the device with a wide variety of applications. Moreover, there are two general-purpose input/outputs (GPIOs) available, which can be used as a digital control system to further expand the range of applications.

The working principles of PI6C20400LE include several distinct components. The device provides differential LVDS outputs that are capable of delivering up to 4.0 Gbps of data, with delay between outputs matched to within 25ps. The cover clock input has a wide frequency range of 4.0MHz up to 8.0MHz, while the on-board pull-down resistor helps minimize the output noise by impedance matching at low frequencies. The zero-delay-buffer ensures HIGH/LOW output transition without phase disturbance, making it suitable for DDR3 and other high-speed applications.

Furthermore, the device is equipped with an adjustable threshold input which can be used for integration of various type of external signals. An internal high-precision reference voltage source is used to generate the adjustable reference voltage, making sure the output of the device is precisely tuned regardless of the environment.

The PI6C20400LE also offers power down modes to minimize power consumption when there is no signal load on the device. It has an Integrated Power-On Reset (IPOR) circuit, which ensures that the device successfully powers-^on after a power outage. Finally, the ESD protection circuit ensures robustness in the face of charged particles or electric fields.

In conclusion, the PI6C20400LE is an ideal filtering, signal conditioning and signal switching device for low-voltage and low power applications. It is highly reliable and offers a wide range of features such as low latency, synchronization, and adjustable thresholds, making it suitable for many types of applications.

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