GATE Datasheet(PDF) - ADUM4122 - Analog Devices

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GATE Datasheet, PDF

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Searched Keyword : 'GATE' - Total: 26 (1/2) Pages

Manufacturer	Part #	Datasheet	Description
Analog Devices	ADUM4122	632Kb/18P	Single Gate, Adjustable Slew Rate, Isolated Gate Driver, 3 A Short-Circuit
	ADUM3220	664Kb/16P	4 A Dual-Channel Gate Driver REV. 0
	ADD8754	516Kb/28P	LCD Panel Power, V, and Gate Modulation REV. 0
	ADUM3220BRZ	614Kb/16P	Isolated, 4 A Dual-Channel Gate Driver REV. C
	ADUM3220	859Kb/16P	Isolated, 4 A Dual-Channel Gate Driver Rev. D
	ADUM3123	488Kb/15P	Isolated Precision Gate Driver, 4.0 A Output
	LTC7067	617Kb/14P	150V Dual High-Side MOSFET Gate Driver Rev. 0
	ADD8754	516Kb/28P	LCD Panel Power, VCOM, and Gate Modulation REV. 0
	ADUM1420	336Kb/12P	Quad Isolated Precision Gate Driver, 0.1 A Output REV. A
	ADUM4120	308Kb/17P	Isolated, Precision Gate Drivers with 2 A Output
	LT8550	3Mb/34P	4-Phase DC/DC Expander Internal Gate Drivers
	ADUM4137	664Kb/28P	High Voltage, Isolated IGBT Gate Driver with Fault Detection
	ADD8754-EVAL	712Kb/12P	Evaluation Kit for LCD Power, VCOM, and Gate Modulation REV. A
	ADUM4137	623Kb/28P	High Voltage, Isolated IGBT Gate Driver with Fault Detection Rev. A
	ADUM4138	579Kb/24P	High Voltage, Isolated IGBT Gate Driver with Isolated Flyback Controller
	ADD8733	250Kb/16P	Integrated TFT Panel Power Supply with Gate Modulation and VCOM Rev. PrA
	ADUM6132	317Kb/16P	Isolated Half-Bridge Gate Driver with Integrated Isolated High-Side Supply Rev. B
	ADUM6132	371Kb/16P	Isolated Half-Bridge Gate Driver with Integrated Isolated High-Side Supply REV. 0
	ADUM4135	437Kb/17P	Single-/Dual-Supply, High Voltage Isolated IGBT Gate Driver with Miller Clamp
	ADUM4121-1-EP	190Kb/9P	High Voltage, Isolated Gate Driver with Internal Miller Clamp, 2.3 A Output Rev. 0

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What is GATE

A gate is a component or circuit that receives an input signal from an electronic circuit and processes it to generate an output signal.

Representative gates include AND, OR, NOT, NAND, NOR, and XOR gates, and various logic circuits can be configured by combining these gates.

Gates are commonly used in digital logic circuits, where inputs and outputs are represented by digital values (0 or 1).

A gate calculates an output value based on its input, and its output changes depending on the input signal.

For example, an AND gate takes two or more inputs, and the output is 1 when all inputs are 1, and the output is 0 otherwise.

An OR gate has an output of 1 when at least one of its inputs is 1, and an output of 0 when all inputs are 0.

A NOT gate outputs the opposite of the input signal.

Gates play an important role in digital logic circuits.

When constructing a logic circuit, select the appropriate gates and combine them to form the desired logic circuit.

Gates are also used in digital devices such as processors and memories.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.

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