GTL2010PW/N,118

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Logic - Translators, Level Shifters

The GTL2010PW/N,118 is an application logic level translator designed to make a secure transition between two independent planes, such as a 3.3V and a 5V-based system.

Application
It is mainly used as an integrated Isolated Line Interface, isolation amplifier and fault isolation with a 2-bit switch for power control, available for systems operating at 3.3V or 5V VCC. It offers a cost-effective solution for controlling the on-board power supply, eliminating ground noise, and avoiding back bias biasing current paths in dual supply systems.

Working Principle
GTL2010PW/N,118 employs a high-performance level shifter to securely bridge the two independent planes. When the 3.3V and 5V planes are connected, the translator synchronizes the input/output data flow across the planes and passes the output data received from one plane to the other at the correct logic level. The translator also provides a direct connection between the planes and electrical isolation between the planes. The isolation allows data flow to be efficiently transmitted between the two planes even if their grounds are at different potentials. Additionally, a 2-bit switch is integrated in the circuit to control the power supply on-board, eliminating the need for manual switching.

GTL2010PW/N,118 utilizes a low-power CMOS architecture, which provides outstanding power and noise reduction characteristics. This architecture also ensures a reliable data transmission and reduces overall power consumption. The power supply supports a wide operating range of 1.65V to 5.5V, allowing for a smooth transition between 5V and 3.3V systems.

Other features of GTL2010PW/N,118 include high-speed data transfer, low power consumption, low ground noise, and an integrated fault isolation feature that prevents the two planes from having an individual ability to back bias the system in the case of power disruption.

Overall, the GTL2010PW/N,118 provides a secure connection between two isolated planes and reduces the complexity involved in controlling the power consumption of the system. With its integrated features, it can easily and efficiently bridge the gap between the two different power systems, and provide reliable data transfer and power control.

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