74LVC1G98GV,125

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74LVC1G98GV,125 Application Field and Working Principle

74LVC1G98GV,125 belongs to the family of re-configurable and multi-function logic gates. This logic gate enables the user to determine the functionality of the gate by the logic level configurations given to the Enable #1 and Enable #2 pins. The logic gate is capable of implementation of different logic functions like AND, NAND, OR, NOR, XOR and XNOR with the change in pin configurations. Hence, it is popular in applications demanding adjustable and reconfigurable logic gate.

Advantages of 74LVC1G98GV,125

• 74LVC1G98GV,125 has low power consumption which makes it energy-efficient.
• The logic gates offer high noise immunity and high noise margin with the help of its advanced CMOS technology.
• The user can adjust and configure the logic functioning of the logic gate.
• The logic gates are cost-effective and it provides enhanced electrical performance.
• The tiny size of the microchip enables easy integration.

Applications of 74LVC1G98GV,125

• It is used in signal processing applications.
• The logic gates are used in combinational logic circuits.
• It is also used in circuits requiring reconfigurability.
• It is suitable for applications requiring low voltage and low power consumption.
• 74LVC1G98GV,125 is used in communication systems.
• It is used in automotive applications.

Working Principle of 74LVC1G98GV,125

The 74LVC1G98GV,125 is a 13-pin dual 4-input complex logic Gate. Its working principle is based on CMOS technology. Two Control/Enable inputs, CE#1 and CE#2 are available which are used to configure the gate for a desired logic function. To configure the logic gate for a particular logic function, just a logic high level needs to be provided at the Enable/Control pins, which instructs the logic gate to operate for a specific logic function like AND, NAND, OR, NOR, XOR, or XNOR. The selection of the logic function is done by selecting a combination of logic high state or logic low state of CE#1 and CE#2 pins.

For example, setting the CE#1 at low level and CE#2 at high level results in XOR logic circuit. The Enable/Control inputs also turn the output OFF. The output remains OFF if both Enable/Control inputs are at logic low level. The logic gate offers positive logic, which means a logic high input will be mapped to a logic high at the output. The logic gate is unaffected by the power supply supply voltage fluctuations with its low power consumption and low voltage operations.

Conclusion

74LVC1G98GV,125 is an advanced complex logic gates with low power consumption and adjustable and configurable logic functions. The user can choose the desired outcome of the circuit by configuring the Enable/Control pins. It has wide application fields and its tiny size makes it suitable for applications demanding easy integration. The logic gates can be used in circuits requiring low voltage, low noise, and low power.

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