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Welcome to Synergy Circuits

Synergy Circuits offers comprehensive Engineering-CAD-Manufacturing printed circuit board solutions. Our strength in PCB layout for cost effective fabrication, and assembly has been the core value of our service. Synergy has experience in ATE, Medical, Telecom, Commercial, and Industrial Printed Circuit Board development from concept to final assembly.
We specialize in end-to-end PCB development, as well as PCB cost optimization with our strong knowledge in multi-regional Design For Manufacturing capabilities and cost drivers. We also have customers provide us cost reduction targets on existing products in production, and we can evaluate the PCB design for cost optimization.

{tab CAD and PCB Design Services}

  • High Speed Digital PCB designs
  • High Frequency RF/ Microwave PCB 
  • Fine Pitch/Multi-DUT ATE Final Test boards
  • Multi-DUT Wafer Sort Probe boards
  • Template (Advantest T2K/93K/6600/legacy Testers)
  • Template (Terradyne I-Flex/U-Flex/Ultra-Flex/J750/ETS testers)
  • Motherboard-to-Interchangeable Daughter board Testing Concepts
  • PCB designed into Medical devices
  • HDI designs for fine pitch BGA circuitry
  • Up to 64 layers PCB construcion
  • Up to 60Gbps transmission lines
  • Detailed Documentation of Fabrication-Assembly drawings

{tab Electronic Engineering Services}

  • Signal and power integrity simulation for PCB and package.
  • Layer stack up optimization.
  • S-parameter measurements and channel optimization.
  • Chip - package - PCB channel pre-simulation and post-simulation for 25g+ frequencies.
  • Crosstalk and tdr simulations and optimization.
  • PCB decap requirements and optimization.
  • PCB power supply impedance profile and loop inductance measurements.
  • 3d/2.5d model extraction using hfss/siwave and electrical simulations using ads and designer tools.
  • Asic design - transistor level designs with different circuit families for performance and Simulations with constraints such as power, rise time/fall time/propagation delays, switching threshold voltage.
  • System Design - Register transfer level design using verilog and verification using verilog test bench.
  • Modeling/Analysis of the designs in matlab.

{tab Certifications and Capabilities}

  • Under Construction