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HyTek Electronic Design will assist you at any step of the
design process. From cad library management to full electronic design
development. We will also help modify existing designs if needed.
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HyTek Electronic Design will generate PCB
footprints and schematic symbols to get your project started. If needed, we
will also generate 3D component models.
We also provides Signal Integrity Analysis services. We will generate simulation and
signal integrity models for your PCB design and perform a Signal Integrity Analysis
to determine if any layout or circuit design changes are needed.
Schematic
Symbols |
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PCB
Footprints |
Schematic
Simulation Models |
Signal
Integrity Models |
3D
Component Models |
Much
more..... |
HyTek Electronic Design will generate your
schematic using a flat or hierarchical format. We can create a schematic
from a netlist, cad drawing, or napkin.
We will perform a schematic level Design for Testability analysis to
determine if any circuit changes are required to help guarantee that the
design will be testable.
Hierarchical
Schematic Layout |
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Unlimited
Schematic Pages |
Schematic
Simulation |
Signal
Integrity Analysis |
Design
for Testability (DFT) |
Much
more..... |
HyTek Electronic Design will layout your PCB
from a netlist or schematic and your cad libraries. We will add any missing
parts to your libraries if needed.
We will import your design rules and add any schematic directives to
insure that the PCB layout is as accurate as possible.
All PCB layout designs go through a rigorous Design for Manufacturability
and Design for Testability analysis to ensure that your PCB is testable and
meets manufacturing guidelines.
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High
speed Digital, Analog, Mixed Digital/Analog |
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Single-sided
to Multi-layer boards |
Surface
mount, Through-Hole, and Mixed Technology |
Design
for Manufacturability/Testability (DFM/DFT) |
True
3D PCB design capabilities |
Much
more..... |
HyTek Electronic Design can design your
product from the ground up. We will start with your design concept to create
a hierarchical schematic and PCB libraries. Next, we will add any schematic
directives to guide the PCB layout and will perform a schematic level DFT.
We will create or import code for any FPGA's in the PCB design. Then, we will
place and rout all components in the design and perform a DFM and board level DFT.
We will also perform a Signal Integrity Analysis to insure that all electrical
characteristics are met. Finally, we will generate all fabrication and
assembly drawings, Gerber data, and any other manufacturing files needed to
create a finished product.
Digital
& Analog Circuits |
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Audio
& Mixed Signal Circuits |
FPGA
Design and Embedded Programming |
Signal
Integrity Analysis |
Design
for testability (DFT) |
Much
more..... |
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