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    PCB DESIGN

    • Schematic capture from any type of input source.
    • PCB layout from a customer supplied schematic diagram.
    • Creating footprints for special packages
    • Controlled impedance (single and differential) designs.
    • High Speed Backplane and Mid-plane Designs Micro BGA / Micro via/ Blind & Buried Vias
    • Multi-layer boards, split ground planes, differential pairs, high speed rules
    • Routing per trace/space, keep-out, and clearance rules
    • Reverse engineering

    ANALYSIS (PRE & POST)

    • By using high-speed design, analysis and verification techniques early in the design cycle, designers can eliminate layout iterations and ensure that products are marketed on time.

      POWER INTEGRITY

      • Ensure minimal DC voltage drop and current density The AC effects of decoupling capacitors, VRMs, power planes, and board stackup

      SIGNAL INTEGRITY

      • Allows visibility of how signals are going to behave as they traverse PCB traces, vias, connectors, passive components, etc.

      SIMULATION

      • simple circuits to complex systems
      • Simulate analog and digital circuits
      • complete circuit simulation and verification solution
      • Bias Point, DC Sweep, AC Sweep and Transient

      THERMAL SIMULATION

      • how effects of temperature could have an impact on your product's