MC14023BFEL

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University courses in electronics frequently include lessons on the field of logic circuits and the principles of operation inherent in them. In this article we\'ll look at MC14023BFEL, an integrated gate array logic chip, and the application fields and working principles associated with it.

Introduction to MC14023BFEL

The MC14023BFEL is an integrated gate array logic chip produced by Motorola Corporation. It is a high-speed, low-power CMOS (Complementary Metal Oxide Semiconductor) process device. Its features include two wide-range matched-length complementary N- and P-Channel Metal Oxide Semiconductor (MOS) transistor networks, producing an operating voltage of 3–15 V, a power dissipation of 5 mW/gate, high-speed and low-power operation, and low noise characteristics. The device is designed to operate with a maximum frequency of 120 kHz, making it suitable for applications such as linear motor speed control and sampling/transducers.

Application Field of MC14023BFEL

As mentioned above, the MC14023BFEL is designed to operate with a maximum frequency of 120 kHz and is suitable for linear motor speed control and sampling/transducers applications. Furthermore, the device has been developed for use in a number of aspects of home and commercial electronics and automation, including:

• Timers/counters
• Event/state monitors
• Data collectors
• Display control
• Ramp/wave form generation
• ARINC 429/RS-232 monitoring

The device is also used in robotics, robotics control, machine vision and medical instrumentation.

Working Principle of MC14023BFEL

The MC14023BFEL is a digital logic chip, meaning that its outputs are on or off depending on the inputs it receives. It consists of two wide-range complementary N- and P-Channel MOS transistors. The transistors are connected in various ways to form logic gates. For example, a single N-Channel MOS and a single P-Channel MOS are connected together in series to form an inverter. The input to the inverter is low or 0, the output is high or 1. An inverter applied to each input to the MC14023BFEL results in an output that is the inverse of its input.

The MC14023BFEL also includes two outputs that can function either as an output or as a bi-directional input port. When used as an output port, the output is determined by the logic gates connected to the input ports. When used as an input port, the output will be determined by the logic level of the input.

The logic gates used in the device are NOR gates and NAND gates. A NOR gate consists of two N-channel MOS transistors connected in series with their outputs in parallel. A NAND gate consists of two P-channel MOS transistors connected in series with their outputs in parallel. When either of the inputs is low, the gate output will be high. When both of the inputs are high, the gate output will be low.

Conclusion

The MC14023BFEL is an integrated gate array logic chip developed by Motorola Corporation for applications such as linear motor speed control and sampling/transducers. It consists of two wide-range matched-length complementary N- and P-Channel MOS transistor networks and is designed to operate with a maximum frequency of 120 kHz. The device is also used in a number of aspects of home and commercial electronics and automation, including robotics control and machine vision. The logic gates used in the device are NOR gates and NAND gates.

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