PI6C182HE

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The PI6C182HE is an industrial-grade, high-density, common clock driver integrated circuit (IC) that enables high-speed time division multiplexing (TDM) and single-ended parallel interface communication over an electrical bus. It is designed to tolerate large voltage swings, voltage spiking, and long lead-in times. The PI6C182HE can be used to drive multiple clock signals or multiple data signals over the same electrical bus. This minimizes the number of signal wires, thereby saving cost and space. It is used for a variety of applications, such as network communications, test and measurement systems, and medical imaging.

The PI6C182HE is a high-performance driver IC that can deliver up to 10 ns of integral jitter at 30 MHz, and up to 20 ns of total jitter at 10 MHz. It offers two control modes (static and dynamic) that can be used to selectively enable and disable the driver outputs. The IC also provides programmable output enablepolarity (active-low or active-high). The output buffers are designed for low power and high slew rate, making it suitable for driving high-speed signals. In addition, the PI6C182HE has a wide operating temperature range up to +125°C, making it suitable forindustrial-grade operation.

The PI6C182HE has two primary operation modes: clock buffering and multidrop mode. In clock buffering mode, the IC serves as a multiplexer and buffer so that multiple clock signals can be sent over a single bus. In multidrop mode, the PI6C182HE acts as a master and can drive up to 10 slave nodes in a daisy-chain configuration. In this configuration, the IC can be used to communicate with multiple devices over a single bus.

The PI6C182HE utilizes multiplexed data outputs to transmit multiple signals over a single bus. This reduces the amount of wiring required and minimizes crosstalk and EMI interference. The IC also implements adaptive slew rate techniques to reduce EMI and increase signal integrity. In addition, the PI6C182HE is designed to meet the requirements of an industrial environment by implementing robust output drivers with a wide dynamic range and high EMCperformance.

The PI6C182HE is built using BiCMOS technology, which ensures that it can handle the high switching speeds required for high-speed applications. The IC has a robust packaging design and is resistant to solder joint failure, making it suitable for high-reliability applications. The PI6C182HE also has an integrated ESD protection circuit that protects the IC from electrostatic discharge damage.

The PI6C182HE is an ideal device for applications that require high-speed timing and data transfer over an electrical bus. Its clock buffering and multidrop modes enable high-speed communication and data transmission over multiple nodes. It is designed to minimize cross-talk and EMI interference, and meets the requirements of industrial-grade operation. The PI6C182HE is the ideal choice for applications where robust design and high-reliability are paramount.

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