This tool will help you estimate the cost of manufacturing your printed circuit board (PCB) project.
How to Use the PCB Estimator
Use this calculator to estimate the cost of manufacturing your PCB. Fill in all the required fields: the length and width of the PCB in millimeters, the number of layers, your choice of material, the board thickness in millimeters, the copper thickness in ounces, your preferred surface finish, and the quantity of PCBs you wish to produce. Then, click the “Calculate” button to get an estimated cost.
How It Calculates
The calculator takes into account several key parameters affecting PCB manufacturing costs, including the dimensions, material, thickness, and finishing processes. The base cost is computed by multiplying the length and width. Each additional parameter adds extra costs based on industry-standard rates.
Limitations
This calculator provides an estimate only and may not account for all factors such as special routing requirements, advanced HDI features, high-frequency materials, or special modifications. For a precise quote, please contact a professional PCB manufacturer.
Use Cases for This Calculator
Estimating PCB Cost
Calculate the total cost of your printed circuit board by inputting the dimensions, quantity, layers, and material specifications. The interactive calculator will provide you with a detailed breakdown of the cost per unit, helping you budget effectively for your PCB project.
Determining Layer Count
Easily determine the optimal layer count for your PCB design by entering information about your circuit complexity and performance requirements. Our calculator will suggest the most cost-effective layer configuration based on your input, ensuring efficient use of resources.
Calculating Trace Width
Specify the current carrying capacity and copper thickness of your PCB to accurately calculate the required trace width. By entering these parameters into the calculator, you can ensure that your traces can handle the expected current without overheating or causing signal integrity issues.
Estimating Turnaround Time
Predict the turnaround time for manufacturing your PCB by inputting details such as production queue status and shipping preferences. Our calculator will generate an estimated timeline for the entire production process, allowing you to plan your project schedule effectively.
Optimizing Panelization
Maximize the efficiency of PCB production by inputting board dimensions and panelization requirements into the calculator. Receive recommendations on the most cost-effective panel layout to reduce material wastage and improve production yield.
Calculating Impedance Control
Determine the required trace width and spacing for achieving precise impedance control on your PCB. By entering your desired impedance value and stack-up details, our calculator will provide you with the necessary parameters to meet your impedance specifications.
Estimating Component Placement
Plan the placement of components on your PCB by inputting the board size and component dimensions into the calculator. Visualize different placement options and optimize the design for efficient routing and signal integrity, ensuring a well-organized layout.
Calculating Signal Integrity
Analyze signal integrity issues on your PCB by entering parameters such as trace length and signal frequency. Our calculator will evaluate factors like crosstalk and signal distortion, providing insights to enhance the overall performance of your design.
Estimating Thermal Management
Assess the thermal performance of your PCB design by inputting details such as copper area and ambient temperature. The calculator will calculate the expected junction temperature and recommend thermal management strategies to prevent overheating and ensure reliability.
Validating Design Rules
Verify your PCB design against industry-standard rules and guidelines by inputting design parameters into the calculator. Receive instant feedback on design compliance, including checks for clearance, trace width, and other critical design aspects to ensure a manufacturable PCB layout.