MC74LCX04DR2G

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Logic gates and inverters are essential elements in digital electronic circuits. They are responsible for performing logic operations, such as anding, oring, and noting, and can be found in almost every electronic device today. The MC74LCX04DR2G is one of many logic gates and inverters currently on the market. It is an advanced logic device that combines inputs and produces logical outputs. This device is designed to be used in a variety of applications, and is a great building block for wiring up digital circuits.

The MC74LCX04DR2G is a Fairchild CMOS Quad 2-Input NOR Gate. It is a fragment of a higher-level logic device and is ideal for driving logic works in a variety of applications, such as in clocks, timers, integration circuits, home appliances, and many more. It is built from a high-speed CMOS process, making it capable of operating at a maximum frequency of fMAX = 300MHz. The device is also fairly power efficient, with ICC=20mA for VDD=5V, and VCC=10V.

The MC74LCX04DR2G works like any other two-input logic gate. It is designed to take two logic inputs, A and B, and output a logical result. In particular, it performs a NOR (not or) operation. That is, if either A or B or both inputs are active/high, the output is low. Otherwise, the output is high. This is useful for applications like clocks, where you want to set boundaries based on when the inputs are high or low. This logic gate can also be used to create Boolean expressions, used to control the flow of logic.

The MC74LCX04DR2G is also fairly resistant to outside effects, such as electrical noise. The typical power supply noise rejection ratio (PSR) is 16V, and the minimum low-level output current is -3mA. It also features output enable (OE) and output active high (OAH) options, allowing you to control the output signal. This makes it a great choice for multi-voltage operations, providing flexibility and compatibility with a variety of configurations.

In terms of performance, the MC74LCX04DR2G is among the best. The maximum propagation delay time (tPLH) is typically 16ns for VCC=5V, and 4.2ns for VCC=10V. It also features well-defined transient characteristics, with no false triggers and low-power consumption. The upshot is that you get excellent signal integrity at an attractive price point.

In addition to its performance characteristics, the MC74LCX04DR2G is backed by an extensive support network. The chip itself features a fairly high density, with an NCV package for board-level placement. The package includes a low profile, making it perfect for applications that require a small form factor. The device is also backed by technical support, making it easier to troubleshoot any issues that arise.

Overall, the MC74LCX04DR2G is an excellent choice for building digital logic circuits. Its reliable performance, versatile design, and reasonable cost make it a great building block for wiring up your application. Whether you’re looking for fast clocks or intelligent logic operations, this device has the answers you need to get the job done.

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