PI6C185-00QIE

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PI6C185-00QIE Application Field and Working Principle

PI6C185-00QIE are type of clock/timing components, manufactured by Intellon Corporation. The PI6C185-00QIE are clock buffers, drivers, and has a wide range of applications. The PI6C185-00QIE is an advanced clock buffer/driver, which consists of four independent outputs that are clock synchronized with the input. It accepts standard clock signals, such as; 2.5V, 3.3V, and 5V TTL. Each output of the PI6C185-00QIE has a programmable skew, which helps reduce clock jitter on long PCB traces. The outputs of the PI6C185-00QIE feature differential pairs, which offer better data integrity in noisy high-speed serial bus applications.

The PI6C185-00QIE is used in a wide range of applications, including; satellite transmission, cellular base stations, video broadcast systems, optical imaging systems, and wireless communication networks. It is also useful for networking, storage, and computer applications. The PI6C185-00QIE also offers a wide range of features, including:

• Low power consumption (1.8W)
• High speed operation up to 6.4Gbps
• Programmable fanout and skew
• Low jitter performance
• Differential output pairs

The PI6C185-00QIE typically provides 1 to 4 outputs, with an adjustable or programmable skew of 1ns to 8ns. The outputs of the PI6C185-00QIE are driven by high-speed, low-jitter oscillators. The output jitter is then further minimized by using low-voltage differential signaling (LVDS) technology. The PI6C185-00QIE provides very low skew and jitter, which makes it ideal for high-speed serial bus applications.

The working principle of the PI6C185-00QIE is based on the differential transmission of signals. In differential transmission, two signals that carry the same data are sent, with each signal being sent with a different voltage level. The two signals are referred to as the “true” signal and the “complementary” signal. Both signals have to be received accurately in order to reconstruct the original data. The PI6C185-00QIE takes an input signal, which is then split into two signals with different voltage levels. The signals are then buffered, before being driven onto the output. The output signals are then sent with minimal latency, to ensure data integrity.

The PI6C185-00QIE is ideal for high-speed timing and clock applications, thanks to its low power consumption and low jitter performance. It is perfect for applications such as; networking, storage, computer, and video broadcast systems. The PI6C185-00QIE also offers a wide range of features, which make it an ideal solution for a variety of applications.

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