MC10EP89DTR2G

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The MC10EP89DTR2G is a single-channel, low-voltage ECL translator and differential line receiver integrated circuit. It operates from a single 5-volt supply and draws a maximum of 24 mA current at 5-volt supply. The differential input is AC coupled through a low-capacitance C-MOS line receiver and provides a logic compatible output level. The circuit includes a latch for noise immunity, and a clock input for synchronized operation, and is fully specified over the range of power-supply voltage, input voltage and temperature conditions.

A versatile interface circuit, the MC10EP89DTR2G is designed for use in a variety of applications, such as clock drivers and receivers, differential line receivers, ECL translators, and level translators. In clock drivers, the MC10EP89DTR2G is used for adjustable clock generation with low voltage noise levels. A single 5-volt supply clock driver can be used to drive both ECL and TTL logic families. In differential line receivers, the MC10EP89DTR2G translates a differential logic signal (ECL, PECL, or LVDS) input to a logic compatible “low” or “high” output level. This feature provides flexibility for interfacing clock drivers to multiple logic families.

The MC10EP89DTR2G offers excellent performance in various applications, including static RAM buffer/drivers, ECL to TTL/PECL level translators, PECL to ECL line drivers, and supply voltage supervisor. The single-channel device supports low voltage logic families such as PECL and LVDS, as well as ECL and TTL, allowing multiple logic families to be used in different applications. The device also employs low-capacitance C-MOS line receivers, and the design allows operation over a wide temperature range and voltage range. Low supply current (24 mA at 5 volts) makes the device easy to use in limited power applications.

The high level of noise immunity offered by the MC10EP89DTR2G eliminates noise problems associated with devices in noisy environments. The AC-coupling feature allows for reliable ESD protection for inputs/outputs. Additionally, the device is compliant with the ESD requirements of MIL-STD-883.

The MC10EP89DTR2G has a latch-enable input, which is used to enable or disable the receiver outputs. When disabled, the receiver latches to the last logic state the device was set to when the enable input was clocked. This feature is useful in applications where the logic state between two logic families needs to be maintained. The device also features a clock input which is used for synchronized, loss-less operation. Synchronizing the transmitter and receiver clock input allows for error free, reliable data transfer.

The MC10EP89DTR2G is a versatile, low voltage interface device for applications such as static RAM buffer/drivers, ECL to TTL/PECL level translators, PECL to ECL line drivers, supply voltage supervisors, and differential line receivers. It is a highly reliable circuit that operates over a wide temperature and voltage range while drawing a minimum amount of current. The high level of noise immunity allows the device to operate in noisy environments, and the latch-enable input provides added flexibility for maintaining logic between the two families. With its clock input, reliable data transfer between the two families is ensured.

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