Name: SwitchaDesign
Address: Dugit 4, Nahariya, IL
Telephone: +972504009500
Price range: $$
Rating: 4.5

Customer Favorites at SWitchaDesign

At SWitchaDesign, explore our top customer favorites, including innovative solutions like circuit board design and FPGA development, trusted for their reliability and performance in the electronics industry

High-Speed Circuit Design: A Customer Favorite at SWitchaDesignn

Our high-speed circuit designs, a customer favorite at SWitchaDesign, provide reliable performance in demanding environments. Discover why this service stands out for telecommunications and aerospace projects.

FPGA Development: Trusted Solutions by SWitchaDesign

SWitchaDesign’s FPGA development service is a favorite for customers seeking efficient, high-performance solutions. Perfect for real-time data processing and complex control systems.

Signal Processing: A Top Choice at SWitchaDesign

Our signal processing expertise is another customer favorite at SWitchaDesign, offering precise, real-time data handling for medical, automotive, and industrial applications.

Innovative D/A Solution: Overcoming Hardware Limitations with PWM

Used a unique approach to implement Digital-to-Analog (D/A) functionality on an FPGA that lacked a built-in D/A component. By leveraging PWM to simulate analog output, the solution reduced hardware complexity and cost, making it ideal for resource-limited designs. This method provides flexibility in controlling output voltage, enables fine-tuning, and is highly adaptable for various applications. Demonstrated with GUI and oscilloscope, the solution offers precise control and visualization, showcasing our ability to overcome hardware limitations creatively while delivering reliable performance.

Efficient Data Handling with FPGA: A Flexible Solution for microSD Integration

This project showcases reading and writing to a microSD card using an FPGA, which communicates directly or via an integrated microcontroller, supporting the FAT32 file system for Windows compatibility. Key advantages include single-chip integration that eliminates the need for external RAM, reducing costs and memory requirements. It features convenient C language interfacing and allows simultaneous memory writing during program execution, all without requiring an operating system. The system’s flexibility enables the easy addition of components, exemplifying an efficient system-on-chip design

Advanced Drone Control: FPGA-Based Precision Management

This project features a control board using FPGA technology designed for drone control.

It includes a closed-loop control system for acceleration angles and automatic landing control.

This ensures precise handling and improved safety during flight operations.

DDS Implementation Using FPGA with USB3

This project demonstrates a Direct Digital Synthesizer (DDS) implemented using FPGA technology. It allows real-time data transfer via USB3 at speeds up to 5 Gbps, offering precise control over signal frequency and amplitude. Additionally, it features synthetic noise generation with a Gaussian distribution that can be dynamically adjusted. This setup is ideal for high-speed signal processing applications that require flexible and real-time output capabilities, making it a powerful solution for various testing and communication systems.