Datasheet4U.com

KBU1501 - SILICON BRIDGE RECTIFIERS

This page provides the datasheet information for the KBU1501, a member of the KBU15005 SILICON BRIDGE RECTIFIERS family.

Product Overview

HY ELECTRONIC

📥 Download Datasheet

KBU1501 SILICON BRIDGE RECTIFIERS by HY ELECTRONIC - Datasheet Preview — Datasheet preview – KBU1501

Datasheet Details

Part number	KBU1501
Manufacturer	HY ELECTRONIC
File Size	42.45 KB
Description	SILICON BRIDGE RECTIFIERS
Datasheet	KBU1501 Datasheet
Additional preview pages of the KBU1501 datasheet.

KBU1501 Product details

Features

Surge overload rating -240~400 amperes peak.
Ideal for printed circuit board.
Reliable low cost construction utilizing molded plastic technique.
Plastic material has U/L 300 (7.5) .700(17.8) .600(16.8) .780(19.8) .740(18.8) flammability classification 94V-0.
Mounting postition:Any 1.00 MIN. (25.4) .052(1.3)DIA. .048(1.2)TYP. .087(2.2) .071(1.8) .220(5.6) .180(4.6) .276(7.0) .256(6.5) Dimensions in inches and (milimeters).

📁 Similar Datasheet

KBU1501 - 15 A Single-Phase Silicon Bridge Rectifier (SEP ELECTRONIC)
KBU1501 - Glass Passivated Bridge Rectifiers (Yangzhou yangjie electronic)
KBU1501 - SINGLE PHASE 15 AMP BRIDGE RECTIFIERS (ETC)
KBU1501 - SILICON BRIDGE RECTIFIERS (CHENG-YI ELECTRONIC)
KBU15005 - 15 A Single-Phase Silicon Bridge Rectifier (SEP ELECTRONIC)
KBU15005 - Glass Passivated Bridge Rectifiers (Yangzhou yangjie electronic)
KBU15005 - SINGLE PHASE 15 AMP BRIDGE RECTIFIERS (ETC)
KBU15005 - SILICON BRIDGE RECTIFIERS (CHENG-YI ELECTRONIC)
KBU1502 - 15 A Single-Phase Silicon Bridge Rectifier (SEP ELECTRONIC)
KBU1502 - Glass Passivated Bridge Rectifiers (Yangzhou yangjie electronic)

Other Datasheets by HY ELECTRONIC

KBU1501G - GLASS PASSIVATED BRIDGE RECTIFIERS
KBU15005 - SILICON BRIDGE RECTIFIERS
KBU15005G - GLASS PASSIVATED BRIDGE RECTIFIERS
KBU1502 - SILICON BRIDGE RECTIFIERS
KBU1502G - GLASS PASSIVATED BRIDGE RECTIFIERS
KBU1504 - SILICON BRIDGE RECTIFIERS
KBU1504G - GLASS PASSIVATED BRIDGE RECTIFIERS
KBU1506 - SILICON BRIDGE RECTIFIERS

Published: Nov 4, 2014 |