Manufacturer Part Number
CD74HC374E
Manufacturer
Texas Instruments
Introduction
High-Speed CMOS Logic Octal D-Type Flip-Flop with 3-State Outputs
Product Features and Performance
Logic Flip Flop Category
74HC Series
Standard Function D-Type Configuration
Tri-State Non-Inverted Output Type
Single Eight-Bit Element
Maximum Clock Frequency of 60 MHz
Propagation Delay: 28ns at 6V, 50pF
Positive Edge Trigger Type
High Output Current of 7.8mA
Low Quiescent Current of 8 µA
Input Capacitance of 10 pF
Wide Operating Temperature Range: -55°C to 125°C
Through Hole Mounting Type
20-PDIP Supplier Device Package
20-DIP Case Dimensions at 0.300" Width
Product Advantages
Capable of driving moderate load sizes
Compatible with a broad range of supply voltages from 2V to 6V
Low power consumption and high noise immunity characteristic of CMOS devices
Non-inverting outputs with high current drive for driving LEDs or other displays
Can be used directly with TTL (Transistor-Transistor Logic) signals
Key Technical Parameters
60 MHz Clock Frequency
28ns Propagation Delay
2V to 6V Supply Voltage
8mA Output Current High/Low
8 µA Quiescent Current
10 pF Input Capacitance
-55°C to 125°C Operating Temperature
Quality and Safety Features
Compliance with RoHS guidelines
High-temperature performance suitability
Designed for minimal quiescent power consumption
Compatibility
Direct interface with TTL levels
3-State outputs compatible with bus-orientated systems
Application Areas
Complex data storage
Data multiplexing
Shift registers
Digital signal processing
Communication systems
Product Lifecycle
Active product status
Standard product longevity assured by manufacturer
Several Key Reasons to Choose This Product
Proven reliability and performance from a renowned manufacturer, Texas Instruments
Flexible use across a wide range of applications due to robust temperature range and high-speed operation
Ease of system integration provided by tri-state outputs and compatibility with various logic families
Maintains signal integrity under long wire runs because of high drive outputs
Cost-effective solution for data handling in logic circuits with low power dissipation needs