Fairchild/ON Semiconductor DM74AS04N

DM74AS04N Overview
The Supplier Device Package for this particular product is a 14-PDIP, which stands for Plastic Dual In-line Package. This type of package is commonly used for integrated circuits and provides a compact and reliable way to connect the device to a circuit board. The Min Operating Temperature for this product is 0°C, meaning that it can operate in a wide range of temperatures without any issues. The Min Supply Voltage is 4.5V, which is the minimum voltage required for the device to function properly. The Quiescent Current is 14mA, indicating the amount of current that is consumed when the device is in a steady state. This product has 6 gates, which are the basic building blocks of digital circuits. The Max Propagation Delay @ V, Max CL is 5ns @ 5V, 50pF, which refers to the maximum amount of time it takes for a signal to travel through the device. The High Level Output Current is -2mA, which is the maximum amount of current that can be sourced by the device when the output is at a high logic level. On the other hand, the Low Level Output Current is 20mA, which is the maximum amount of current that can be sunk by the device when the output is at a low logic level. The Logic Level - Low is 0.8V, indicating the voltage level at which the input is considered to be a low logic level. Similarly, the Logic Level - High is 2V, which is the voltage level at which the input is considered to be a high logic level. All of these specifications make this product a versatile and reliable choice for various electronic applications.

DM74AS04N Features
Inverter Logic Type
Operating Temperature: 0°C~70°C
Quiescent Current: 14mA
6 Gates

DM74AS04N Applications
There are a lot of ON Semiconductor DM74AS04N Gates and Inverters applications.

Mountain power station
Various travel, camping, medical emergency appliances
Fishery-optical complementary power station
Mobile caravan
Air conditioner
CD player
Electricity for military and civilian life in areas without electricity
DVD
Reactive power compensation function
Troubleshooting & Judgment