NTS0104BQ,115 Integrated Circuits (ICs)

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NTS0104BQ,115 Application Field and Working Principle

NTS0104BQ,115 is multichannel logic translators and level shifters. The device is 3 V to 5 V tolerant, bidirectional, and supports both powered and powered down operation. The advantage of the NTS0104BQ,115 is that it can provide bidirectional level shifting and up to 8 channels with a single IC. The major application of NTS0104BQ,115 is used in the communication interface between 2 systems that use different logic levels.

Features of NTS0104BQ,115

• Low power consumption
• Low standby current
• 3 V to 5 V tolerant, bidirectional
• Maximum voltage is 5.5 V
• Operating temperature range from -40 to +85°C
• Max external clock frequency of 10 MHz
• High data transfer rate
• High voltage-controlled slew-rate for level shifters
• Multi-channel level shifters

Working Principle

The NTS0104BQ,115 is realized in a mixed-signal PUF structure. It consists of two components: a logic translator block and a level shifter block. The logic translator consists of control logic, which is responsible for generating the data transfer signals, a data selector block, a level translator that controls the level shifting operation, and an internal Oscillator circuit that controls clock frequency. The level shifter block contains a high voltage-controlled slew-rate shifter, which is responsible for controlling the level shifting operation. Furthermore, the NTS0104BQ,115 also includes a power-down mode and built-in over-voltage protection for safety against power anomalies.

Conclusion

The NTS0104BQ,115 is a multi-channel logic translators and level shifters that is used for communication between different logic levels. It features low power consumption, low standby current, 3 V to 5 V tolerant, bidirectional operation, and a maximum operational voltage of 5.5 V. The level shifters of NTS0104BQ,115 provide high voltage-controlled slew-rate, which is further enhanced by an internal Oscillator circuit. Therefore, the NTS0104BQ,115 provides an optimal solution for bi-directional level shifting applications.

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