Custom electronic design
Custom electronic design takes up a significant part of engineering services we provide. Our team could be your experienced electronic design consultant who will guide you through the process from TRL-3 to TRL-8. We have experience designing and manufacturing custom electronic products in more than 20 industries. Our engineers develop PCBs with communication modules, power electronics and battery management systems, industrial automation, and build internet of things networks. We utilize IoT cloud systems like AWS, Azure, GCP, and others to develop a sufficient IoT device.
Our electronic design services include custom PCB design, POC development, testing particular units or features, manufacturing the final PCB, and uploading firmware on it. As a result, you will get a fully functional electronic module or Internet of Things device and a set of documents for mass production.
PCB Design
We develop printed circuit boards of various degrees of complexity, ranging from simple 2-layer boards to boards with 8 or more layers and a rigid, flexible, or rigid-flex stack. We also have expertise in developing PCBs for digital, analog, and power electronics, mixed signals PCBs, and RF and HDI boards.
Schematic Design
The design of printed circuit boards begins with the development of a circuit. Our team develops functional, structural, schematic diagrams, and also creates connection diagrams according to which nodes and blocks are assembled into a single device or installation.
Firmware Design
Practically no modern smart device is able to function without firmware. Our company works at all stages of electronic design. For creating software for uncomplicated devices, we prefer to use C, while for developing multifaceted devices, we employ Linux Embedded. Our engineers have extensive experience of dealing with Internet of Things connectivity issues and devices.
Electrical Automation Design
We can suggest the appropriate executive mechanism and sensors based on your business needs if your aim is to build a fabrication line or a system for automating a physical process in your company. We can also select a suitable controller and program it to produce an HMI that is appropriate for your staff or end users.
Simulations
We perform a computer analysis of the boards early in their development in order to prevent interference inside the board or overheating of any components.
Reverse engineering
We can reproduce the printed circuit board based on your sample or Bill of Material. When reproducing the device, our engineers can realise both a full copy and a partial copy of the device and modify its characteristics to suit your needs.
Design for manufacturability/testability (DFM/DFT)
We perform DFM/DFT analysis to minimize PCB design changes, reduce development costs and reduce time to market.
Manufacturing support
We will designate an electronic design consultant who will be in charge of communication with the manufacturer. Some components may become outdated and even be discontinued. We will select a new component and adapt it in accordance with the production capabilities of a manufacturer. We have experience in adapting the PCB design, BOM, drilling scheme, and Gerber files.
Electronics Design with EnCata
Our electronic design services include custom PCB design, building a POC, testing particular units or features, manufacturing the final PCB, and uploading firmware on it. As a result, you will get a fully functional electronic module or Internet of Things device and a set of documents for mass production. Our team can start working on your project at any stage. You can reach out to us if you need to optimize a components list, cut down on power consumption, and enhance signal stability. Based on our 10 years of industry expertise, we will offer the best way to go about the task.
Electronics development at EnCata includes 8 stages:
- • Requirements elicitation
- • Electronics development
- Development of the PCB layout
- PCB design
- FW and SW development - • Prototyping and assembly
- • Testing
- • Composing design documentation for mass production
- • Manufacturing
- • Samples testing after production
- • Documenting changes and updates
