LSP05480P - LED Lighting Surge Protection

This page provides the datasheet information for the LSP05480P, a member of the LSP05 LED Lighting Surge Protection family.

Product Overview

Littelfuse

📥 Download Datasheet

Datasheet Details

Part number	LSP05480P
Manufacturer	Littelfuse
File Size	470.71 KB
Description	LED Lighting Surge Protection
Datasheet	LSP05480P Datasheet
Additional preview pages of the LSP05480P datasheet.

LSP05480P Product details

Description

The Littelfuse LSP05 thermally protected Surge Protective Device is a self-protected device which is specially designed to be used in outdoor and commercial LED lighting fixtures for transient overvoltage protection.

It is constructed with Littelfuse thermally protected varistor technology.

Features

Maximum Discharge connected modules Current, 10kA, 8/20us.
UL 1449 Type 4.
Meets ANSI C82.77- Component Assembly 5-2015: Location Recognition (Type 4CA) Category CM, 10kV/5kA, 1.2/50µS-8/20µS Combination Wave.
IEC61643-11 Class II/ EN61643-11 Type 2 Compliant1.
Meets IEEE C62.41.2:.
Compact form factor Location Category CLow, (48x48x30mm) with 6kV/3kA, 1.2/50µS-8/20µS mounting tabs Combination Wave.
240Vac a.

📁 Similar Datasheet

LSP0600 - LED Shunt Protector (Bourns Electronic)
LSP0600AJR-S - LED Shunt Protector (Bourns Electronic)
LSP0600BJR-S - LED Shunt Protector (Bourns Electronic)
LSP0900 - LED Shunt Protector (Bourns Electronic)
LSP0900AJR-S - LED Shunt Protector (Bourns Electronic)
LSP0900BJR-S - LED Shunt Protector (Bourns Electronic)
LSP1000 - PIN Diodes (Microsemi)
LSP1002 - PIN Diodes (Microsemi)
LSP1004 - PIN Diodes (Microsemi)
LSP1005 - PIN Diodes (Microsemi)

Other Datasheets by Littelfuse

LSP05480LLP - LED Lighting Surge Protection
LSP05 - LED Lighting Surge Protection
LSP05120P - LED Lighting Surge Protection
LSP05240LLP - LED Lighting Surge Protection
LSP05240P - LED Lighting Surge Protection
LSP05277P - LED Lighting Surge Protection
LSP05347P - LED Lighting Surge Protection
LSP05GI - LED Lighting Surge Protection Module

Published: Oct 6, 2014 |