PCB Design Service

From Concept to Prototype

PCB Design

PCB design encompasses the art of layout design, a multifaceted process that demands meticulous consideration of various critical factors. These factors encompass the arrangement of external connections, the strategic positioning of internal electronic components, the optimal layout of metal connections and through holes, electromagnetic shielding, efficient heat dissipation, and other pivotal considerations.

PCB Design
Meet a variety of needs

PCB Design Service at Highleap

Whatever you need the service of convert PCB to schematic diagram or from concept to schematic diagram, our engineers are happy to help.

From a schematic diagram to PCB layout, Highleap Electronic can provide excellent services that ensure optimal performance and manufacturability.

The fusion of PCB Design Rule Check (DRC) and the PCB layout process has ushered in a new era of efficiency and precision. This seamless integration allows for a streamlined workflow, reducing manual tasks and ensuring design compliance.
We offer a valuable Free DFM Check. This service bridges the knowledge gap between PCB designers and manufacturing requirements.
Properly adhering to PCB DFA guidelines can lead to reduced production costs, shorter time-to-market, and enhanced product reliability.
PCB DFT services aim to optimize PCB designs for easier and more efficient verification of functionality and quality during manufacturing and testing phases.
Highleap utilizes techniques such as controlled trace width, spacing, and stripline/microstrip configurations, supplemented by impedance matching components like series resistors, to guarantee controlled impedance. This level of precision is essential to ensure signal integrity, which is paramount in high-speed, high-frequency applications for reliable circuit performance.
Turning Challenges into Innovative PCB Solutions

Processes of PCB Design Service

1

Requirements Gathering

Comprehending project requirements is a foundational step in any engineering or design endeavor. It involves the desired functionality, specifications, and constraints.

2

Schematic Design

The creation of a schematic diagram for the electronic circuit will be next. It involves component identification, symbol selection, logical connection, power supply consideration, signal paths, and so on.

3

Component Selection and Placement

After finalizing the schematic diagram, the subsequent stage involves the careful selection of precise components for the circuit. Factors like component availability, cost, and performance are meticulously assessed.

4

PCB Layout

PCB layout encompasses the strategic design of the physical arrangement of components, traces, and other crucial elements on the board.

5

Routing

It involves creating the electrical connections or traces that link the components. While automated routing tools can aid in this process, manual routing is frequently employed for critical or sensitive connections that require meticulous attention to detail.

6

Design Rule Check

The DRC checks for issues such as clearance violations, trace width violations, and other rule violations that could affect the functionality or manufacturability of the PCB.

Why Choose Us

Full ability of 1-30 layers circuit board

More than 10-years experienced engineers' team

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Sign the NDA to assure customer's file confidentially

Free testing and debugging the prototype.

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Discover how our expertise can help with your next PCB project.