Altium Designer is an integrated tool suite that provides a streamlined design experience. It is the world’s leading Printed Circuit Board (PCB) Design tool, used by engineers, designers, and makers to innovate various products. An expertly trained Altium Designer can help clients bring their designs to life while ensuring they are efficient and reliable.
Altium Designer provides:
• Design Rule Checks (DRC) to make sure the right components are used
• Automated Rules-Based connectivity to speed up the drawing process
• Easy access design libraries, allowing designers to quickly choose components
• Comprehensive documentation library, enabling faster prototypes
• 3D Model Previewer for realistic visualizations during the PCB layout process
• Multi-Sheet Schematic entry for extreme accuracy in complex designs.
By hiring an experienced Altium Designer Expert, clients can realize their designs with confidence and save on time, money and resources. The expert can help in examining a wide range of parameters including mass production formats, design-for-manufacturability compliance, cost assessments and other related concerns.
Here’s some projects that our expert Altium Designer Experts made real:
- Designing complex Analogue audio amplifiers and connectors for specific industries
- Revising existing PCBs and Firmware for alternate microprocessors
- Troubleshooting errors in PCBs before they go into production
- Constructing 3D models of PCBs before they go into production
- Creating multi-sheet schematics with extreme accuracy
Altium Designer is an indispensable tool for electrical engineering professionals and makers who need effective solutions that are reliable and efficient. By leveraging the skills of an expert Altium Designer, clients can get full insight into their projects from early prototyping to production stage. We invite you to post your project on Freelancer and hire one of our experienced Altium Designer Experts today!From 1,425 reviews, clients rate our Altium Designer Experts 4.79 out of 5 stars.
Hire Altium Designer Experts
I'm seeking expertise to implement some adjustments to a PCB design created in Altium. The task primarily revolves around improving the routing of traces and optimizing component placement. Your responsibilities will include: - Modifying and improving the trace routing: You'll need to analyze my current trace routing and help me enhance it. Your understanding of trace routing principles will be essential here. - Optimizing the component placement: Carefully reviewing the existing assembly to streamline its efficiency and effectiveness is another aspect of this project. - No explicit constraints have been set for trace routing or component placement, offering you a flexible scope for improvement. - I'll provide the schematic. - Pick and place, BOM, and Gerber Files a...
This project focuses on the design of a PCB replicating the form factor of a Nucleo-F446RE, while retaining all pin headers for Nucleo compatibility. The objective is to seamlessly integrate the THGBMNG5D1LBAIL eMMC storage module into the PCB layout. The design will feature an onboard USB2240 controller with a Micro-B USB interface, facilitating eMMC programming. Specific microcontroller pins, to be provided, will establish connections with the eMMC. All components utilized in the design, including capacitors sourced from Samsung and resistors from Uniroyal, will be procured from JLCPCB to ensure efficient procurement and assembly. For this project, you will need to submit the Altium design files, Bill of Materials (BOM), Gerber files, and pick and place files for manufacturing.
CubeSat satelite will be at least 550km above the earth. Elevation angle will be 20 degrees. LoRaWAN protocol will be used for the communication between sensor and CubeSat. Sensor could be any sensor like temperature and humidity sensor. Sensor transmitter power will be at least 23dBm. Tx uplink frequency will be from 148MHz to 150MHz (10 channels from 148.1MHz to 149.9Mhz with 200kz between channels, LoRa bandwidth 125KHz) RX downlink frequency will be from 137MHz to 138 Mhz ( total 3 channels, RX1 137.1MHz, RX2 137.3 MHz, beacon 137.1 MHz). LoRaWAN Protocol version will be 1.0.3. Sensor should support Clas A/B/C operations. Jobs that will be done: 1) Hardware Design of a LoRaWAN IoT sensor ( Schematic, Layout, PCB) for the given frequencies usin SX1276 chip 2) Custimization of LoRaWAN pr...