Philips RM6R Magnetic Cores Data Sheet

RM6R series ferrite core sets, with high magnetic permeability and low loss, are suitable for filter applications.


Philips RM6R Magnetic Cores Data Sheet - cover page
Brand
Philips
Category
Other Electronics
Document type
Datasheet
Language
English
Pages
8
File format
PDF
File size
66 KB
Published
02 May, 2012
Updated
30 September, 2023
MD5 checksum
1B30BBAD1A1D9993B84278B56B99DC35

About this manual

This data sheet describes the RM6R series of magnetic cores and accessories offered by Philips. It includes core set parameters, inductance adjuster details, coil former specifications, and mounting clip information, together with product status definitions and worldwide contact data.

The document is intended for designers and engineers selecting magnetic components for filter and inductance applications. It notes that the products are not approved for life‑support use and provides the latest final product specifications as of January 1999.

What's inside

  • Product specification
  • Core sets
  • Inductance adjuster
  • Coil formers
  • Mounting parts
  • Definitions
  • Product status definitions
  • Contact information

Specifications

Core factor (C1)0.810
Effective volume (Ve)810 mm³
Effective length (le)25.6 mm
Mass of set24.5 g
Clamping force (core sets)40 ± 20 N
Inductance adjuster head materialPolypropylene (PP)
Maximum operating temperature (inductance adjuster)125 °C
Coil former materialPhenolformaldehyde (PF) glass‑reinforced, flame‑retardant
Maximum operating temperature (coil former)180 °C
Clamping force (mounting clip)20 N

Frequently asked questions

What is the clamping force of the core sets?

The core sets have a clamping force of 40 ± 20 N.

What is the maximum operating temperature of the inductance adjuster?

The inductance adjuster can operate up to 125 °C.

Are these products intended for life‑support applications?

No, the products are not designed for use in life‑support appliances or systems.

What material is used for the coil former?

The coil former is made of phenolformaldehyde (PF) glass‑reinforced, flame‑retardant material.

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