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// Contract Engineering Services
Custom PCB Layout & Design
We are fully qualified to work on the toughest and most challenging PCB layout jobs – and the easy ones, too. Custom PCB design is a complex and challenging task, but it is essential for the development of high-quality electronic devices.
MTSI meets the challenge with exceptional quality.
If your schematics include trade secrets or proprietary information, we will sign your non-disclosure agreements – or provide you with one of ours – to protect your intellectual property.
- PCB Layout
- Mentor PADS Accel Layout
- Schematic Entry
- Signal Integrity/Power Integrity
//design benefits
Increased Reliability
High Performance
Our electronic PCB boards are designed to meet or exceed the performance requirements of our clients.
Cost Effective
Our electronic PCB boards are manufactured using efficient processes and high-quality components, which helps to keep costs down.
Reliability
Our electronic PCB boards are designed to withstand the rigors of everyday use. This includes factors such as temperature extremes, vibration, and shock.
Manufacturability
Our electronic PCB boards are designed to be manufactured using standard manufacturing processes.
Quality Testing
Our electronic PCB boards are designed to be easily tested. This helps to ensure that all boards meet your high standards for quality and performance.
Compact Designs
Our electronic PCB boards may be designed to be as small and lightweight as possible, which can be important for applications where space and weight are critical.
Make it professional.
We have been laying out complex PCBs for more than 30 years. We use the latest Siemens PADS® PCB layout software including differential pair routing for high-speed signals. Our staff can handle unlimited routes and layers using complex design rules.
Some of the toughest PCB layout projects have included 22 layers, mixed RF/Analog and digital designs, and have included military-qualified metal core conduction cooled cards rated to 400 Gs. One design included nine DSPs on a PCI card and eight DSPs on a VME card.
Other designs range from below-ground applications such as high-temperature downhole tools, the U.S. Navy’s Light Hybrid Torpedo (five VME cards with 40 TI DSPs), and applications in outer space for a medical experiment controller in the International Space Station.
