Suppliers

Company

Product

Description

Supplier Links

DigiKey

Thief River Falls, MN, United States

Through Hole Resistors
20J4K7E-ND

Through Hole Resistors 20J4K7E-ND

4.7 kOhms ±5% 10W Through Hole Resistor Axial Flame Retardant Coating, Safety Wirewound

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Datasheet

ODG (Origin Data Global)

Shenzhen, China

Through Hole Resistors
20J4K7E

Through Hole Resistors 20J4K7E

RES 4.7K OHM 5% 10W AXIAL

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Datasheet

Newark, An Avnet Company

Chicago, IL, United States

Wirewound Resistor, 4.7Kohm, 10W, 5%; Resistance Ohmite
64K8001

Wirewound Resistor, 4.7Kohm, 10W, 5%; Resistance Ohmite 64K8001

WIREWOUND RESISTOR, 4.7KOHM, 10W, 5%; Resistance:4.7kohm; Product Range:20 Series; Power Rating:10W; Resistance Tolerance:± 5%; Resistor Case / Package:Axial Leaded; Voltage Rating:720V; Resistor Technology:Ceramic; Product Width:- RoHS Compliant: Yes

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Allied Electronics, Inc.

Fort Worth, TX, USA

Resistor;Wirewound;Res 4.7 Kilohms;Pwr-Rtg 10 W;Tol 5%;Axial;Vitreous Enamel
70024099

Resistor;Wirewound;Res 4.7 Kilohms;Pwr-Rtg 10 W;Tol 5%;Axial;Vitreous Enamel 70024099

Features Rugged Vitreous Enamel Coating Withstands High Humidity and Temperature Cycling Durable Construction, Recommended for Industrial Applications Where Reliability Is Paramount All-Welded Construction Flame-Resistant Vitreous Enamel Coating 5% Tolerance

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Technical Specifications

	DigiKey	ODG (Origin Data Global)	Newark, An Avnet Company	Allied Electronics, Inc.
Product Category	Resistors	Wirewound Resistors	Resistors	Resistors
Product Number	20J4K7E-ND	20J4K7E	64K8001	70024099
Product Name	Through Hole Resistors	Through Hole Resistors	Wirewound Resistor, 4.7Kohm, 10W, 5%; Resistance Ohmite	Resistor;Wirewound;Res 4.7 Kilohms;Pwr-Rtg 10 W;Tol 5%;Axial;Vitreous Enamel
Configuration	Single Resistor		Single Resistor
Category / Application	General Use			General Use
Technology / Construction	Wirewound		Ceramic Composition; Wirewound	Wirewound
Mounting / Packaging	Axial Leads; Axial	ThroughHole; Axial Leads	Axial Leaded	Axial Leads
Tolerance	5 +/- %	5 +/- %	5 +/- %	5 +/- %