SN74ALVC04DGVR

Current - Output High, Low:	24mA, 24mA
Base Part Number:	74ALVC04
Package / Case:	14-TFSOP (0.173", 4.40mm Width)
Supplier Device Package:	14-TVSOP
Mounting Type:	Surface Mount
Operating Temperature:	-40°C ~ 85°C
Max Propagation Delay @ V, Max CL:	2.8ns @ 3.3V, 50pF
Logic Level - High:	1.7 V ~ 2 V
Logic Level - Low:	0.7 V ~ 0.8 V
Series:	74ALVC
Current - Quiescent (Max):	10µA
Voltage - Supply:	1.65 V ~ 3.6 V
Features:	--
Number of Inputs:	6
Number of Circuits:	6
Logic Type:	Inverter
Part Status:	Active
Packaging:	Tape & Reel (TR)

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The SN74ALVC04DGVR, a commercially available product derived from Texas Instruments, is an integrated circuit inverter that is a member of the widely used logic-gates-and-inverters family.This circuit follows the basic inverter logic, essentially allowing a single input to control the flow of a single output. This type of circuit is most useful in applications where circuit state needs to be switched based on input conditions, such as digital on/off control, alarm systems, or in cases where specific outside inputs need to be triggered. The SN74ALVC04DGVR is designed to be driven directly with logic signals and to drive other logic gates and digital circuits. As it is part of the popular “Aluminum-gate CMOS” family it is used in many digital applications that require very low power dissipation, thereby allowing the entire circuit to utilize very little energy in comparison to many other circuit designs. In general, CMOS circuits are advantageous as they are well suited for implementation as integrated circuits, using fewer components than some other logic circuit solutions, thereby reducing component count, overall expenditure and increasing reliability due to fewer failure probability points. This type of circuit has always been favored in applications such as computer buses, where high speed operation and low noise operation is required, due to the very high input impedance of this type of circuit.The core advantage of the SN74ALVC04DGVR is its ability to operate with very low power and extremely low noise at high frequencies. It is also highly directional, meaning its output will actuate only in the direction determined by its toggle switch. This helps to eliminate unwanted chatter or noise when the switch is in a static position.In terms of application field, this digital-to-analog gate can be used in a range of systems with components that are sensitive to noise and require a high degree of accuracy at high frequencies. Examples include battery powered communication devices, which can benefit from the SN74ALVC04DGVR’s low power dissipation and high input impedance, as well as digital data processing systems, where rapid response time is paramount. The SN74ALVC04DGVR is also well-suited for medical equipment implementations such as ventilators or infusion pumps, where responsiveness and low noise operation are of the utmost importance. To understand how the SN74ALVC04DGVR works, we must first understand the CMOS logic family. Within the family, logic levels are denoted by a high or low logic level, with a low logic level typically representing a 0 or FALSE, and a high logic level usually representing a 1 or TRUE. This family of circuits is designed to take advantage of the capacitance between the two complementary metal oxide semiconductor (CMOS) transistors within the inverter, which is enabled for switching purposes by a low voltage–high current voltage source.In the SN74ALVC04DGVR, the output is switched to logic level 1 only if the input is at logic level 0, and to logic level 0 only if the input is at logic level 1. If the input is at neither of these levels, the output is enabled only if the state of the previous switch was at logic level 1. Overall, the SN74ALVC04DGVR is an extremely versatile member of the logic-gates-and-inverters family, suitable for a wide range of applications due to its low power usage, low noise operation, and improved directionality. Its performance, accuracy and precision make it an ideal choice for applications where low noise operation and rapid response time are of the utmost importance.

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