プリケン Product Lineup

We would like to introduce our design department structure. We can handle customer projects in various fields such as high-speed digital, analog, power supply, and antennas (design provided by the customer). By using characteristic impedance calculation tools and feedback from the manufacturing department, we can achieve highly accurate impedance matching design. 【Features】 ■ Capable of handling customer projects in various fields such as high-speed digital, analog, power supply, and antennas (design provided by the customer) ■ As a circuit board manufacturer, we can design with manufacturing standards in mind ■ Capable of impedance matching design ■ For large-scale circuit boards or projects requiring simulation, we collaborate with partner companies *For more details, please feel free to contact us.

We would like to introduce our company's "Design Resources and Achievements." We have design achievements in high-speed transmission lines such as USB 3.0, SDI, HDMI, and LAN, as well as analog systems for various sensors, inverter boards for three-phase motors for electric bikes, UPS, and power supplies like AC adapters. Additionally, our design resources include CAD tools "CR-8000 Design Force" and "CR-5000 Board Designer." 【Design Resources (Partial)】 ■ CAD Tools ・CR-8000 Design Force ・CR-5000 Board Designer ・Options *For more details, please feel free to contact us.

We would like to introduce our artwork. Since it is designed by a manufacturing design manufacturer rather than a design company, there is no need for manufacturing specification confirmation or returns. The CAD we own in-house is the Zuken tool. We also have a track record of accommodating various other specified CADs. We have numerous consultation experiences in upstream circuit design, as well as SI and PI simulations. Our unique consultant artwork is designed while inquiring about the intended use with simple materials. Please feel free to request product trend information, specification know-how, and design theories. 【CAD Tools】 ■CR-8000 Design Force ■CR-5000 Board Designer ■Other specified CAD (partner companies) *For more details, please feel free to contact us.

Our company is engaged in the design, manufacturing, and component assembly of printed circuit boards, as well as the production of metal masks. In particular, in board manufacturing, we offer a range of products tailored to your needs, starting with "standard boards" that can be produced as single-sided, double-sided, or multilayer through-hole boards, as well as "BVH/IVH multilayer boards" that connect only the necessary layers without penetrating the holes of multilayer boards. 【Product Lineup】 ■ COB (Chip on Board) boards ■ Edge through-hole boards ■ Impedance control boards ■ Pad on through-hole boards (with resin or metal paste) ■ Cavity boards (recessed boards or special laminated boards), etc. *For more details, please download the PDF or feel free to contact us.

Even though I intended to draw the patterns according to the circuit diagram, I couldn't secure the necessary pattern width or surface distance, and now I have to reconsider the component placement... Do you have such concerns? Many of these setbacks seem to occur when the intentions between the circuit designers and the artwork (AW) designers are not communicated correctly. This webinar consists of two days focused on AW design. On Day 1, which serves as the basics, we will cover the processes and key points of AW. On Day 2, aimed at veteran hardware (HW) designers, we will discuss information that is difficult for AW designers to convey, review checkpoints, and challenging circuit board designs, providing concrete examples for explanation. You will learn key points to produce the correct deliverables from both the circuit designer's and AW designer's perspectives. ■ Recommended for: 1. HW designers who are in a position to request AW design. 2. Young engineers at electronics manufacturers (basic level). 3. Veteran developers who have struggled with HW designs not meeting expectations (advanced level). For more details, please refer to the URL below.