Pulse Toroidal Inductors High Current Datasheet

This document is the PC500.B reference operating values design control values table of Pulse, mainly including the rated inductance, current, energy, storage, resistance and other information of the product


Pulse Toroidal Inductors High Current Datasheet - cover page
Brand
Pulse
Category
Other Electronics
Document type
Datasheet
Language
English
Pages
1
File format
PDF
File size
77 KB
Published
06 June, 2012
Updated
01 October, 2023
MD5 checksum
B400260BD109EAAA6522DB0E78B1894E

About this manual

This document provides a technical overview of the Pulse Toroidal Inductors series designed for high-current applications. Key features include cost-effective designs with semi-encapsulated construction and a maximum operating temperature of 130°C (Ambient + Rise). The inductors offer a 2:1 inductance swing from zero to maximum current, providing improved protection against current discontinuities at light loading.

The document details specific electrical specifications for various models, including reference and design control values for inductance, energy storage, test voltage, and lead diameter. It also includes mechanical dimensions for different sizes (A through H) with tolerances specified.

What's inside

  • Electrical Specifications
  • Design Control Values
  • Mechanical Dimensions
  • Operating Temperature
  • Inductance Swing
  • Energy Storage
  • Notes on Operation

Specifications

Maximum operation temperature130°C (Ambient + Rise)
Inductance swing ratio2:1 from zero to maximum current
Construction typeSemi-encapsulated

Frequently asked questions

What is the maximum operating temperature for these inductors?

The maximum operation temperature is 130°C, which includes both ambient and rise temperatures.

How much does the inductance change from zero to maximum current?

There is a 2:1 swing in inductance when going from zero current to maximum current.

What is the maximum temperature rise allowed at MAX current and rated ETop?

The temperature rise of the inductors must not exceed 40°C under these conditions.

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