Rochester Electronics 74AXP1G17GN125

Rochester Electronics 74AXP1G17GN125 Environmental and export classification status description

NXP Semiconductors 74AXP1G17GN125 is a single buffer gate integrated circuit that belongs to the 74AXP series. It features a Schmitt-trigger input, high noise immunity, and low power consumption. This IC is designed for various logic-level translation and voltage level shifting applications. Functions: 1. Buffer gate: Acts as a signal repeater to strengthen or boost the input signal while retaining its integrity. 2. Schmitt-trigger input: Provides hysteresis to the input signal, allowing for noise immunity and improved signal integrity. 3. Voltage level shifting: Converts signals between different voltage levels without requiring additional external components. Applications: 1. Signal buffering and amplification in mixed voltage systems. 2. Logic level translation in integrated circuits and microcontroller communication. 3. Noise filtering and signal conditioning in industrial automation and communication systems. Alternative Components (ICs): 1. Texas Instruments SN74AUP1G17: Single Schmitt-trigger buffer gate. 2. ON Semiconductor MC74VHC1G17: Single buffer gate with Schmitt-trigger input. 3. STMicroelectronics HCF4070B: Quad exclusive NOR gate suitable for level shifting applications. Embedded Modules: NXP Semiconductors may offer the 74AXP1G17GN125 IC in various embedded modules or evaluation boards for rapid prototyping and testing purposes. These modules may include additional features or peripherals to enhance the functionality of the IC in specific applications. Related Q&A: 1. Q: What are the advantages of using Schmitt-trigger inputs in logic gates like the NXP Semiconductors 74AXP1G17GN125? A: Schmitt-trigger inputs offer hysteresis, which improves noise immunity, input signal shaping, and overall signal integrity in digital circuits. 2. Q: Can I use the NXP 74AXP1G17GN125 for level shifting between 3.3V and 5V systems? A: Yes, the NXP 74AXP1G17GN125 is suitable for level shifting between different voltage domains, making it ideal for interfacing 3.3V and 5V logic systems. 3. Q: What is the typical power consumption of the NXP 74AXP1G17GN125 IC? A: The NXP 74AXP1G17GN125 is designed for low power consumption applications, making it energy-efficient and suitable for battery-operated devices. 4. Q: Are there any specific layout or routing considerations when using the NXP 74AXP1G17GN125 in a high-speed design? A: Proper PCB layout techniques, such as minimizing trace lengths, managing signal integrity, and providing adequate decoupling capacitors, are essential for ensuring reliable high-speed operation with the NXP 74AXP1G17GN125. 5. Q: Can the NXP 74AXP1G17GN125 be used in automotive applications? A: The NXP 74AXP1G17GN125 is suitable for automotive applications that require reliable signal conditioning, noise immunity, and voltage level shifting capabilities.