ISL83086EIBZ-T Integrated Circuits (ICs)

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The ISL83086EIBZ-T is an integrated CMOS differential line driver designed for high data rate applications. It provides a low power, low swing, high-speed waveform generator as a functional single-chip solution. The device is compliant to Reduced Swing Transition (RS-T), a low voltage, high-speed physical interface standard developed by Renesas. This standard is ideal for many applications, including mobile storage systems and high-speed communications links.

The ISL83086EIBZ-T effectively decreases power consumption while providing superior signal integrity and improved system flexibility. The device utilizes TTL/CMOS logic input compatible functionality, along with adjustable slew rate and drive strength to meet the requirements of a large variety of applications.

The ISL83086EIBZ-T provides one differential output that is controlled by differential input signals. It operates from a single +3.3V supply and features I/O pins that are compatible with Standard Low Voltage Attachment (LVA) devices. The output driver is capable of delivering a differential signal across a wide common-mode voltage range of -3V to +3V. The differential output can be configured for either unidirectional or bidirectional data flow.

The ISL83086EIBZ-T is designed to provide superior signal integrity in high speed data transmission applications. The device’s dynamic output impedance matching circuitry ensures that data patterns are faithfully retained across a wide range of common mode voltage swings, providing both high speed and good signal fidelity. The on-chip clock generator also helps reduce EMI and allows the device to track its clock signal more tightly, reducing potential timing skew between data and clock.

The ISL83086EIBZ-T is an ideal solution for applications requiring high speed data transmission, such as mobile storage systems, high speed communications buses, and other applications. The device’s low power design and low voltage operation also make it well suited for battery powered systems where low power is a critical requirement.

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