Enterasys Security Router X-PeditionTM Manual de usuario descargar pdf (Pagina 4)

www.mentor.com/pcb

Advanced routing

automation allows

rapid routing of

escape patterns from

dense, high-pin-count

devices. Complex

breakouts from dense

packages can be

automatically

optimized

spontaneously, all with

the look and feel of

hand routing.

Rules by Area

Rules by Area allows a designer to take into account high

areas of density limiting the impact to overall design

manufacturability, yield and cost. Rule areas represent

complete physical rule sets that are obeyed by online and

batch design rule checking (DRC) and in interactive and

automatic routing. Trace widths, via sizes and spans, and

clearances dynamically change when traversing into or

out of the rule area.

Dynamic Area Fill

Dynamic Area Fill allows a designer to see the actual plane

metal as it will be manufactured during the entire design

process. This allows visualization of the

placement and routing effects on the plane

metal to ensure design changes meet your

electrical requirements. Complex area fill

strategies can be created based on thermal or

connectivity requirements, for example on high

pin count devices. Area fills automatically heal

around traces, vias, pads and other fills as the

board is edited. Moving a via pushes and shoves

other vias, traces, and area fills and connectivity

is automatically maintained. Advanced z-axis

constraints also dynamically clear area fills on

adjacent layers, when required.

3D Layout

One of the challenges to integrating your PCB

design process into the electromechanical world

is the ability to left-shift validation into the PCB

layout processes to find electromechanical design

problems early, eliminating costly re-design late in the

cycle. 3D layout is a fully integrated 2D/3D environment

and uses the same selection, planning and placement

functionality as the PCB layout tool. The true parametric

3D mechanical kernel uses a complete set of 3D

constraints with dynamic collision detection and batch

verification to ensure your electromechanical

designs are error free. Full photo-realistic

visualization of board elements, like traces,

components, silk screen, solder mask, and vias, is

provided with transparency, z-axis scaling, view/

rotation control, and x/y/z cut planes.

Included with 3D layout is ~4.5 million-part 3D

model library. The ability to import your own

models or even create your own models from

parametric component templates is also

available. Models are easily mapped and aligned

with included library tools. You can also import

mechanical components like chassis and heat sinks, and

even sub-assemblies of other PCB designs, providing true

mechanical multi-board capability.

Once your design is complete, you can use the integrated

MCAD Collaboration tool to pass information to popular

industry mechanical design systems. You can also export

your design in standard industry formats, and utilize the

3D PDF and documentation tools to complete your design

package.

Xpedition 3D layout is key element in your design toolkit

to be first to market with today’s advanced electromech–

anical designs.

Design Reuse

Design reuse automates the process of copying circuits to

reduce the overall PCB design cycle time while improving

quality by using known good IP. Integrated copy-circuit

functionality allows circuits to be copied and pasted

within and between designs with advanced equivalency

algorithms to automatically map the schematic logic to

the circuit during the copy process. In addition, the use of

3D visualization, placement and validation optimizes PCB electromechanical design.

PCB layout provides advanced tools for build-up and

microvia structures.

1 2 3 4 5 6 7

Comentarios a estos manuales

Sin comentarios

Enterasys Security Router X-PeditionTM Manual de usuario Pagina 4

Comentarios a estos manuales

Relacionado con productos y manuales para Redes Enterasys Security Router X-PeditionTM