Integrated support for designing embedded components

Leading-edge Technology

For leading-edge PCB designs, the embedded component technology feature provides the essential option for buried components. This technology includes support for buried/printed resistors, buried capacitors, RF spiral inductors, planar transformers, embedded semiconductors and thinned dies.

Buried Semiconductors and Thinned Dies

As part of the European funded Hermes project, Pulsonix has been enhanced well beyond the current commercial capabilities such is the belief that Pulsonix can also be used to help steer new technology into the market.

Embedded Die

The Hermes project has enabled Pulsonix to introduce the concept of 'thinned' dies and buried semiconductors into inner layer substrates. That's buried into cavities within the layer, as well as the current capability where any component can be added to the surface of an inner layer where build-up technology would then be employed to construct the board 'sandwich'.

Passive Components

Embedded Resistor

Passive resistors can be printed on inner layers and connected by resistive material. Depending on the manufacturing method, a resist mask or encapsulating coating will be required.

The Pulsonix Embedded Components feature handles this by allowing you to associate the necessary additional manufacturing layers for the resistive and other materials with the correct inner copper layer.

Planar Components

Planar Convertor

The planar converter or transfer component may exist on the outer only or through-hole layers and may have a physical body applied to the outer layers. However, part of the footprint consists of copper spirals which are connected by a component via, effectively joining the two footprint pads.

By defining the footprint as embedded, the Component can be mirrored and all the inner layers will swap as required. Special DRC properties also allow the right internal connectivity to be made on the elements of these components.

3D Viewer

Embedded Die in a Cavity

By defining the footprint as embedded, the Component can be mirrored and all the inner layers will swap as required. Special DRC properties also allow the right internal connectivity to be made on the elements of these components.

Summary of features:

  • Supports embedded component types for:
    • Buried resistors and printed 'internal' resistor components
    • Buried capacitors and dielectric/insulator layers
    • Planar convertors and transformers
    • Embedded semiconductors and thinned dies
    • Flexi-rigid embedded components
  • Rules driven technology interface
  • Layer definitions and layer class definitions for 'internal' components
  • Internal layer definition for supporting layer documentation and associated layers
  • Support for mixing conventional, SMD and embedded component technologies
  • Interactive Spirals and spiral inductor creation
  • Internal layer cavity spans
  • Board Outline Cutouts and Area spans
  • Manufacturing checks for embedded technologies
  • Interactive component layer change feature supports internal layers
  • Footprint library creation and support for internal 'SMD' components and pads
  • Footprint definition with 'component via' support
  • Report Maker output of embedded technology features
  • Layers report with reference for embedded components

Download Pulsonix Trial
View the Advanced Technology Datasheet
View the Advanced Technology page
View the Hermes project page