DMC supports embedded hardware development from concept to market. Circuit design is the foundation of every electronic product. Whether developing a new embedded device, industrial control system, test fixture, or custom piece of hardware, a successful design requires careful component selection, circuit analysis, PCB layout, and validation testing.
Our engineers support new product development, hardware redesigns, and troubleshooting efforts, providing the technical expertise needed to solve complex design challenges and prepare products for manufacturing.
Ready to start your next project? We can help.
Circuit Design Capabilities
DMC provides circuit board design services for a wide range of embedded systems. We can also help redesign or debug issues with your existing system.
Our areas of expertise in embedded hardware development include:
Analog and Digital Circuit Design
- Circuit calculation and simulation
- Digital and analog circuit design
- Component selection and cost optimization
- Functional verification and testing
PCB Design and Prototyping
- Multi-layered PCB design
- Prototype development
- PCB design
- Design validation and troubleshooting
Power and Low-Power System
- Power electronics
- Low-power system design
- Mobile device electronics
Wireless and Industrial Electronics
- Wireless applications
- Mobile systems
- RF/EMI noise immunity
- ESD protection
Advanced PCB Design
With extensive experience in advanced PCB and electronic circuit design, DMC can support projects that go beyond standard circuit board development. Our team has experience solving complex design challenges involving signal integrity, power distribution, thermal management, RF communications, and mechanical integration. For projects requiring advanced PCB layout techniques, DMC also offers specialized PCB Design services.
Our advanced circuit design capabilities include:
- High-speed signal routing and integrity analysts
- Impedance-controlled designs
- High-Density Interconnect (HDI) circuit board designs
- High-power designs and calculations/simulations
- Heat dissipation management and simulation
- Advanced mechanical integration
- Extremely low-power designs
- Custom wireless and Radio Frequency (RF) designs
- Antenna design
Offering complex board design, from simple to sophisticated
Featuring ARM Programming
Wi-Fi Networking
Power over Ethernet (PoE)
Ethernet, TCP/IP, and SSL
Bluetooth Low Energy (BLE)
Ultra-low Power, FPGA
EFM, Ultra-low power, ARM Cortex-M3
Featuring Actel IGLOO Programming
Analog Sensor Front-End
Connectivity, USB host, USB device, RS-232, RS-485, CAN bus
Our Work
FAQs
What CAD tool are you using for PCB Design?
At DMC, we have standardized on Altium Designer as our primary PCB design platform. In addition to our Altium expertise, our team also has hands-on experience with other popular design tools, including KiCAD and Eagle. If your existing project was developed in a different CAD package, we can convert your design to Altium.
How does simulation aid in circuit design?
Simulation helps identify potential issues and optimize designs before physical implementation. It allows for testing component values, circuit performance, and system behavior under various conditions, leading to reduced prototyping costs and time.
What are the main steps in the PCB design process?
The main steps typically include schematic design, component placement, routing (connecting the components with traces), and generating files used for PCB fabrication.
What is the difference between single-sided and double-sided PCBs?
Single-sided PCBs have components on one side of the board, making them simpler and cheaper to manufacture. But on double-sided PCBs, components are placed on both sides, allowing for more complex designs and higher component density.
