Nexperia USA Inc. 74LVC16374ADGG-Q1J

Nexperia USA Inc. 74LVC16374ADGG-Q1J Environmental and export classification status description

The Nexperia74LVC16374ADGG-Q1J is an integrated circuit comprising of D-type flip-flops with 3-state outputs. It is a 16-bit positive-edge-triggered register, designed for use in automotive applications. The "Q1J" in the part number indicates that it meets the automotive AEC-Q100 standard. Functions: - Contains 16 D-type flip-flops with 3-state outputs - Positive-edge-triggered for synchronous operation - Automotive grade, meeting the AEC-Q100 standard - Low-voltage CMOS technology for reduced power consumption - High noise immunity for reliable operation Applications: - Automotive electronics - Control systems - Communication devices - Industrial automation Alternative Components: 1. SN74LVC16374A: A similar 16-bit flip-flop from Texas Instruments. 2. MC74VHCT574A: 16-bit flip-flop with latch enable from ON Semiconductor. 3. MC74ACT373: 8-bit transparent latch from ON Semiconductor. Embedded Modules: - Flip-flops - 3-state buffers - Synchronous logic Related Q&A: 1. What is the difference between positive-edge-triggered and negative-edge-triggered flip-flops? - Positive-edge-triggered flip-flops sample the data on the rising edge of the clock signal, while negative-edge-triggered flip-flops sample on the falling edge. 2. How does AEC-Q100 standard benefit automotive ICs like the Nexperia74LVC16374ADGG-Q1J? - The AEC-Q100 standard ensures that automotive ICs meet stringent requirements for reliability, durability, and performance in harsh automotive environments. 3. Can the Nexperia74LVC16374ADGG-Q1J be used in consumer electronics applications? - While designed for automotive use, the IC can also be suitable for certain consumer electronics applications that require high noise immunity and reliability. 4. What is the purpose of using 3-state outputs in a flip-flop IC like the Nexperia74LVC16374ADGG-Q1J? - 3-state outputs allow the device to be disconnected from the bus, enabling multiple devices to share the same bus without contention. 5. How does low-voltage CMOS technology benefit power consumption in integrated circuits? - Low-voltage CMOS technology reduces the power supply voltage required for operation, leading to lower power consumption and improved energy efficiency.