MC1489D1013TR

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The MC1489D1013TR is a high-performance quad TTL line receiver designed to work in applications that require noise-immunity, high-transmission speeds, and small size. This IC is designed specifically to receive digital signals from TTL-compatible devices in noisy transmission line environments. It features four high-performance TTL line receivers that employ differential outputs with a low-power Schmitt trigger input scheme.

The MC1489D1013TR is used for applications such as digital data formats, large parallel transmission systems, and high-speed synchronization interfaces. It provides high-impedance input logic waveforms with fast response times, ensuring reliable data transmission. It also provides flexibility in receivers with single-ended inputs and outputs, as well as differential outputs with low current sources.

The working principle of the MC1489D1013TR can be examined from two distinct operand sections: the control logic function and the TTL line receivers. The control logic consists of a clocked latch for multiplexer input and a control logic block for decode and readback. The TTL line receivers conform to the TTL logic specification and feature fast response times for a wide range of logic waveforms. The four input lines contain voltage-clamp circuits to match the logic levels. The output logic is also voltage-clamped, allowing it to interface easily to digital logic circuits.

The MC1489D1013TR can be used in a range of interface applications such as system control, printers, modems, and high-speed commutators. It can be used as a receiver in high-speed synchronization interfaces and can be integrated in large parallel transmission systems. It is also well suited to data acquisition and format conversion applications.

In conclusion, the MC1489D1013TR is a high-performance and versatile quad TTL line receiver with a range of application fields. It contains a logic-controlled latch and control logic block, which enables it to be used in a variety of applications. Its differential outputs and low current sources provide flexibility for applications that require reliable data transmission, such as high-speed synchronization interfaces and digital data formats.

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