Murata N20E LTCC Multi-layer Module Boards Product Leaflet

This document introduces Murata's LTCC multi-layer module boards, and provides examples of automotive and communication applications.


Murata N20E LTCC Multi-layer Module Boards Product Leaflet - cover page
Brand
LOW
Category
Other Electronics
Document type
Product Leaflet
Language
Chinese
Pages
5
File format
PDF
File size
1.7 MB
Published
22 March, 2012
Updated
30 September, 2023
MD5 checksum
FD211040AA2414C309672A896C2C4AF5

About this manual

Murata's Low Temperature Co‑fired Ceramic (LTCC) technology provides multi‑layer glass‑ceramic substrates that are co‑fired with low‑resistance Ag or Cu conductors at a firing temperature of 890 °C. The unique zero‑shrinkage sintering process keeps dimensions stable in the X‑Y plane, delivering high dimensional accuracy, flatness and excellent electrical characteristics for automotive and RF applications.

The leaflet lists typical material properties such as bulk density, dielectric constant and thermal conductivity, and offers design support including CAD files, simulation tools, and detailed design rules for embedded RF functions, thermal management and high‑density interconnects. Application examples for automotive controller modules, RF front‑end modules and communication devices are also provided. This manual is written in Chinese.

What's inside

  • Firing Temperature
  • Zero‑Shrinkage LTCC
  • Material Properties
  • LTCC Applications
  • Design Support
  • RF Characteristics
  • Thermal Management
  • Embedded Functions
  • Specifications

Specifications

Firing temperature890 °C
Thermal conductivity (minimum)300 W/m·K

Frequently asked questions

What is the firing temperature for Murata's LTCC boards?

The LTCC boards are fired at 890 °C.

Are Murata's LTCC substrates lead‑free and RoHS compliant?

Yes, they are Pb/Cd‑free and meet RoHS requirements.

What design support does Murata provide for LTCC modules?

Murata offers CAD files, simulation systems and detailed design rules for pattern layouts, embedded RF functions and thermal management.

Download PDF (1.7 MB)

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