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PCB Design Workshops


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PCB Service

We give various service in PC like workshop, Course, Design, Manufacture, Ass

PCB Workshop

We Conduct various PCB based workshop like Design, manufacture, assemble and testing

PCB Design Workshop

PCB Fabrication Workshops

PCB Design Course

PCB Assembly Service

Charge

  • SMD- resistor, capacitor – 0.35Paisa
  • Throwhole – 0.25Paisa
  • SMD IC – 1rs

PCB Design Service
Charges

  • One Square inch is 6.5cm
  • Single-Sided PCB design (INR Per sq. centimeter)
    • Single-Sided PCB design  – Rs 30
    • Minimum Charge for Single-Sided PCB design  – Rs 500
  • Double-Sided PCB design (INR Per sq. centimeter)
    • Charge for Double-Sided PCB design (PTH & non-PTH) – Rs65rs
    • Minimum Charge for Double-Sided PCB design (PTH & non-PTH) – Rs700rs
  • Note : *Modification charges Extra, *No charges for correction
  • Estimated number of hours times an hourly rate.
  • Documents Needed
    • Probably the most frequent question asked by new customers is “What information do you need to quote a design?” Here are the files required for a quote, and additional files that are helpful (the more information provided the better):
  • Required
    • Schematic (Native design file or PDF)
    • BOM (Bill of Materials)
    • Mechanical (DXF, IDF, PDF, or simple X-Y dimensions)
  • Helpful
    • Netlist
    • Routing Rules / Constraints Document
    • Placement Floorplan
    • Component Datasheets (only for components with Layout Notes)

Estimating Time – Baseline
With a general understanding of the design and the basic questions answered, we can estimate the hours required for the project.  For layout, the tasks are virtually the same for every board:

  1.       Library creation
  2.       Placement
  3.       Routing
  4.       Outputs

To put a time to these tasks, we created a formula based on a count of component pins, components, nets, desired number of layers, and the usable area of the board.  Using the documentation you provided a baseline number of hours is generated for each of the layout tasks.
Estimating Time – Adders
The baseline number is then adjusted with “adders”, items which impact the standard time it takes to complete a design. Some common “adders” are:

  1. Component pin density.  This is derived from the usable square area (inches) / number of pins.  Anything over 400 pins / sq. in. would increase not only the placement time, but the routing as well.  This calculation is also used to determine if HDI is necessary from a density standpoint (not package).
  2. Routing density.  Based on the number of internal routing layers, number of nets, and shape of the board, a factor is applied to the routing baseline.
  3. Routing Topologies and Timing requirements.  DDR memory schemes are good examples of technologies that take a bit longer to successfully incorporate into a layout.  Other examples would be; RF designs with shield walls, Power Supplies, large number of differential pairs, PHY’s, etc.
  4. HDI. Necessary due to either package size or component pin density. HDI is a real game changer on what can be accomplished on a PCB as well as differentiator between designers.
  5. Mil / Aero. Technologies used on military / aerospace are typically no different than what we see in the commercial world but because of their stringent design guidelines, review process, complex documentation and project management requirements, these boards take longer to complete in all areas.

Estimating Time – Example
Here’s an example time estimate from a recent design quote:
Baseline Inputs
Board Size: 6 x 4”
Layers: 8
Pins: 1848
Comps: 544
Nets: 353
Baseline Time Estimate
Library:  .5 days
Placement: 3.5 days
Copper: 4 days
Outputs: 1 day
Adders
DDR3 (1 bank)
Total Time Estimate
64 Hours
In the above example, we have a fairly straight forward design expected to take approximately 64 hours. This considers all aspects of the design process, including library, layout, and project management, required to produce a design that will meet your electrical constraints and manufacturing requirements.
Hourly Rate
To put a price to this example, we would multiply the 64 hours times an hourly rate. US domestic layout rates tend to range from $90-$150 per hour. The factors affecting the rate include turnaround urgency, seniority of designer required, technologies, EDA tool choice, onsite requirements, and business volume.
Conclusion
This structure approach has served us well for over 20 years. For some thoughts on the difficulty of comparing prices, see our article PCB Layout Prices Are Hard to Compare. To discuss your particular project contact Randy Holt, PCB Layout Manager, at [email protected]
Further Reading:  PCB Layout Prices Are Hard to Compare

PCB Board Fabrication Service

  • Glass Epoxy Board (FR-2, FR-3, FR-4)

online PCB layout time estimator

PCB Prototyping (Home Made) Service

  • Minimum Charge for 200rs* (based on board size and manufacture hour)

PCB Board Testing Service

  • Board test using TPT Test

PCB Board Assembling Service

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