FIELD Datasheet(PDF) - 40822 - New Jersey Semi-Conductor Products, Inc.

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What is FIELD

The term Field can be used in many ways in the field of electronics. Below we will explain some of the commonly used meanings.

Field-Effect Transistor (FET): Field-effect transistors are one of the important components in electronic components. The electrical characteristics are controlled by the gate voltage and are mainly used in various applications such as amplifiers, switches, and logic circuits.

Field Array: A structure in which several elements are arranged according to a predetermined pattern. In electronic component design, these arrangements can be used to build complex systems by combining various sensors, devices, or elements.

Magnetic Field: In the field of electronic components, magnetic fields play an important role in many devices such as magnetic sensors, speakers, and motors. Magnetic fields affect various components that operate using current or magnetism.

Electric Field: In the design of electronic components, electric fields represent electrical interactions and affect various factors related to electrical signal transmission.

Electromagnetic Field: A concept used to describe the operating principles and characteristics of electronic components and electrical devices. It is made up of a combination of electric and magnetic fields and plays an important role in many applications related to radio waves or signal transmission.

FPGA (Field-Programmable Gate Array): An FPGA is a programmable digital logic device, a semiconductor device that allows users to configure and reprogram digital circuitry as needed.

As such, the term Field is a very versatile term representing a variety of concepts and applications in the field of electronic components. Depending on the context, specific meanings can be identified.

*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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Manufacturer	Part #	Datasheet	Description
New Jersey Semi-Conduct...	40822	108Kb/1P	FIELD-EFFECT TRANSISTOR
	40822	108Kb/1P	FIELD-EFFECT TRANSISTOR
	MTM30N50	88Kb/1P	Power Field Effect Transistor
	MTM20P10	87Kb/2P	Power Field Effect Transistor
	MTH8N90	89Kb/2P	Power Field Effect Transistor
	MTH25P05	141Kb/2P	Power Field Effect Transistor
	MTM7N50	153Kb/2P	Power Field Effect Transistor
	MTP12N10E	99Kb/2P	Power Field Effect Transistor
	MTM40N20	95Kb/2P	Power Field Effect Transistor
	MTP12N08L	113Kb/2P	Power Field Effect Transistor
	MTM12N10	99Kb/2P	Power Field Effect Transistor
	MTP3N55	125Kb/3P	Power Field Effect Transistor
	MTM2N85	100Kb/2P	Power Field Effect Transistor
	MTP10N35	85Kb/2P	Power Field Effect Transistor
	IVN5000	789Kb/2P	FIELD EFFECT POWER TRANSISTOR
	MTP12P05	95Kb/2P	Power Field Effect Transistor
	BUZ71	91Kb/2P	Power Field Effect Transistor
	MTP2N80	98Kb/2P	Power Field Effect Transistor
	MTM12P05	95Kb/2P	Power Field Effect Transistor
	MTM3N60	125Kb/3P	Power Field Effect Transistor

FIELD Datasheet, PDF

What is FIELD

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