The part number "MC74AC04DR2G" corresponds to a logic IC manufactured by ON Semiconductor. Specifically, it is a Hex Inverter, and it is part of the MC74AC series, which uses the Advanced CMOS technology for fast and low-power logic operations.
Pin Functions and Packaging Information
The MC74AC04DR2G comes in an SOIC-14 package (Surface-Mount, 14 pins). Here is a detailed breakdown of the pinout for this specific model:
Pinout for MC74AC04DR2G (SOIC-14 Package) Pin Number Pin Name Function Description 1 A1 Input of Inverter 1 (Logic Input) 2 Y1 Output of Inverter 1 (Logic Output) 3 A2 Input of Inverter 2 (Logic Input) 4 Y2 Output of Inverter 2 (Logic Output) 5 A3 Input of Inverter 3 (Logic Input) 6 Y3 Output of Inverter 3 (Logic Output) 7 GND Ground Pin 8 A4 Input of Inverter 4 (Logic Input) 9 Y4 Output of Inverter 4 (Logic Output) 10 A5 Input of Inverter 5 (Logic Input) 11 Y5 Output of Inverter 5 (Logic Output) 12 A6 Input of Inverter 6 (Logic Input) 13 Y6 Output of Inverter 6 (Logic Output) 14 VCC Supply Voltage PinDetailed Pin Function Description
Inputs (A1, A2, A3, A4, A5, A6): These are the logic input pins for each of the six inverters. Each of these pins accepts a digital signal (either high or low).
Outputs (Y1, Y2, Y3, Y4, Y5, Y6): These are the logic output pins for each of the inverters. The output will be the inverted form of the corresponding input (i.e., if the input is high, the output will be low, and vice versa).
GND (Pin 7): This is the ground pin. It should be connected to the ground of the circuit to complete the circuit and ensure proper functionality of the IC.
VCC (Pin 14): This is the supply voltage pin. It should be connected to a positive voltage source, typically +5V (or a value within the recommended voltage range for the device).
Circuit Principle
The MC74AC04 is a Hex Inverter IC, meaning it contains six individual inverters, which are logic gates that output the opposite (inverted) logic level from the input. The basic operation of an inverter is as follows:
If the input is logic high (1), the output will be logic low (0). If the input is logic low (0), the output will be logic high (1).These inverters can be used in various digital circuits for signal inversion, logic manipulation, and creating more complex circuits such as oscillators, logic controllers, and more.
Frequently Asked Questions (FAQ)
Q: What is the manufacturer of the MC74AC04DR2G? A: The manufacturer of the MC74AC04DR2G is ON Semiconductor.
Q: What is the package type of the MC74AC04DR2G? A: The MC74AC04DR2G comes in a 14-pin SOIC (Small Outline Integrated Circuit) package.
Q: How many inverters does the MC74AC04DR2G contain? A: The MC74AC04DR2G contains six independent inverters.
Q: What is the voltage supply range for the MC74AC04DR2G? A: The recommended supply voltage range for the MC74AC04DR2G is 2V to 6V.
Q: What is the logic family of the MC74AC04DR2G? A: The MC74AC04DR2G belongs to the Advanced CMOS (AC) logic family.
Q: Can the MC74AC04DR2G be used in both 5V and 3.3V systems? A: Yes, the MC74AC04DR2G can be used in both 5V and 3.3V systems, as it supports a wide range of operating voltages.
Q: What is the maximum input voltage for the MC74AC04DR2G? A: The maximum input voltage for the MC74AC04DR2G is VCC + 0.5V.
Q: What is the output drive capability of the MC74AC04DR2G? A: The MC74AC04DR2G can drive standard CMOS logic levels and is capable of sourcing and sinking current.
Q: What is the typical propagation delay for the MC74AC04DR2G? A: The typical propagation delay for the MC74AC04DR2G is 9ns at VCC = 5V.
Q: What is the typical current consumption of the MC74AC04DR2G? A: The typical current consumption is very low, typically around 2 µA.
Q: Is the MC74AC04DR2G compatible with TTL logic levels? A: Yes, the MC74AC04DR2G is compatible with TTL logic levels when operating within the specified voltage range.
Q: How should the MC74AC04DR2G be connected to power in a circuit? A: The VCC pin (pin 14) should be connected to the positive supply voltage, and the GND pin (pin 7) should be connected to the ground.
Q: Can the MC74AC04DR2G be used in high-speed applications? A: Yes, the MC74AC04DR2G is designed for high-speed logic applications and can operate at speeds of up to 100 MHz.
Q: What is the logic state of the outputs when there is no input voltage? A: The output will typically be in a high-impedance state when the input is not driven, which prevents floating outputs.
Q: Can the MC74AC04DR2G be used in a low-power system? A: Yes, it is designed for low power consumption and is ideal for use in low-power systems.
Q: What type of circuit applications can use the MC74AC04DR2G? A: The MC74AC04DR2G can be used in signal inversion, logic circuits, frequency division, and other digital signal processing applications.
Q: What is the maximum operating temperature for the MC74AC04DR2G? A: The maximum operating temperature for the MC74AC04DR2G is 125°C.
Q: What is the typical rise time for the MC74AC04DR2G? A: The typical rise time for the MC74AC04DR2G is 3ns at VCC = 5V.
Q: Can the MC74AC04DR2G be used in automotive applications? A: Yes, it can be used in automotive applications, but proper voltage and temperature considerations should be accounted for.
Q: Is the MC74AC04DR2G RoHS compliant? A: Yes, the MC74AC04DR2G is RoHS compliant.
This detailed explanation includes the pinout, circuit principle, and frequently asked questions. Each pin's function is clearly outlined, and the FAQ section addresses common concerns related to the MC74AC04DR2G.
