Nexperia USA Inc. 74LV1T125GWH

Nexperia USA Inc. 74LV1T125GWH Environmental and export classification status description

The Nexperia 74LV1T125GWH is a single bus buffer gate with a tri-state output and operates at a voltage of 1.65V to 5.5V. It is a part of the 74LV1T series of logic gates. Functions: - Acts as a buffer gate with a tri-state output - Provides voltage level translation - Offers protection for devices connected to the bus Applications: - Level shifting in mixed voltage systems - Signal isolation and buffering - Interface translation between different voltage domains - General purpose logic level conversion applications Alternative Components: - Texas Instruments SN74LVC1T45 - ON Semiconductor NC7SBuffer - Fairchild Semiconductor NC7SZ125 Embedded Modules: - TI's Digital Logic Gate ICs - NXP Logic Buffers and Line Drivers - Microchip Technology's Voltage Level Translators Related Q&A: 1. Can the Nexperia 74LV1T125GWH be used for level shifting in I2C communication systems? - Yes, the 74LV1T125GWH can be used for level shifting in I2C systems where there is a need to translate between different voltage domains. 2. What is the maximum operating frequency supported by the Nexperia 74LV1T125GWH? - The device is capable of supporting frequencies up to several MHz, making it suitable for various digital communication applications. 3. How does the tri-state output feature of the Nexperia 74LV1T125GWH benefit the overall system design? - The tri-state output allows the device to disconnect itself from the bus, reducing the risk of bus contention and enabling multi-master configurations in systems. 4. Can the Nexperia 74LV1T125GWH be used in battery-powered devices due to its voltage range compatibility? - Yes, the wide voltage range of 1.65V to 5.5V makes it suitable for various battery-operated and low-power applications. 5. Are there any specific layout considerations or decoupling requirements when using the Nexperia 74LV1T125GWH in a circuit design? - Proper decoupling capacitors close to the supply pins are recommended to ensure stable operation and minimize noise in the system. Additionally, careful attention to signal integrity in the layout is beneficial for optimal performance.