TXS0104EZXUR Integrated Circuits (ICs)

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TXS0104EZXUR is a logic level translator IC, which offers an ideal solution for signal translation from one voltage level to another. It is designed for use in digital signal level shifting applications with operation from 1.2V to 3.6V supply voltage range. The device is suitable for applications that require signal translation between low voltage and high voltage. With wide translation voltage range, ESD protection and signal bi-directional conversion capability, the TXS0104EZXUR is the ideal choice for today’s communication and consumer signal level shifting applications

Application Field

TXS0104EZXUR is a logic level translator based on Texas Instruments BiCMOS technology. It has low power consumption and is ideal for signal level shifting applications in consumer, industrial, automotive and computer systems. It is also suitable for various types of communication and data conversion including UART and other communication protocols. It is used in applications such as digital TV, home theater, office automation and other consumer devices.

Working Principle

The working principle of TXS0104EZXUR is simple and straightforward. Basically, it is an integrated circuit that provides signal level translation at speeds of up to about 400 Mbps. When an input signal is applied, the device differentiates between TTL levels and CMOS levels and performs the conversion from one to another.

The device has a high speed internal logic and level shifting circuitry to provide fast and reliable signal level translation. It is also designed to have a very low input capacitance to minimize power consumption when used with high capacitance loads.

The device features a high voltage tolerant output stage that can be connected directly to power supplies or other components without the need for protection components. It also features 8-bit data latency that assures ample signal latency even at high switching speeds.

In addition, the device has multiple enable pins that ensure predictable output voltage levels even under varying input voltages. This makes it ideal for use in applications where the input voltage can vary, such as automotive and industrial systems.

Moreover, the device supports a wide operating temperature range of -55 to +125 °C for reliable operation in harsh environments. It is also resistant to ESD and latch-up, allowing for safe operation in potentially hazardous situations.

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