Resolver to Digital Converters

Resolvers to Digital Converters (RDCs) are integral components in modern control systems, converting analogue signals from resolvers into digital signals that can be processed by digital systems. Resolvers are rotary electrical transformers used for measuring degrees of rotation. They provide accurate and reliable feedback in various applications, particularly in environments requiring high precision and durability. RDCs play a crucial role in ensuring the seamless conversion of this data, enabling digital systems to interpret the position information with high accuracy.

Popular Types of Resolvers to Digital Converters

• Tracking Resolver to Digital Converters: Continuously track the resolver’s output and provide a real-time digital representation.
• Successive Approximation Resolver to Digital Converters: Convert the analogue signal to digital in steps, using an iterative approach.
• Hybrid Resolver to Digital Converters: Combine features of both tracking and successive approximation methods for improved performance.

Benefits You Get

• Provide precise digital representations of analogue resolver signals.
• Enable immediate interpretation and action on positional data.
• Robust design ensures durability and consistent performance even in harsh environments.
• Compatible with various resolvers and digital systems.
• Improve the overall performance of control systems by providing accurate and timely data.
• Increase system reliability, reducing maintenance needs and downtime.
• Offer a cost-effective solution for high-precision measurement and control.
• Easily scalable to accommodate varying levels of complexity in different applications.

Versatile Uses of Resolvers for Digital Converters

• Robotics: Ensure precise movement and positioning of robotic arms and components.
• Aerospace: Provide accurate control and feedback for aircraft navigation and control systems.
• Automotive: Used in advanced driver-assistance systems (ADAS) for precise steering and control.
• Industrial Automation: Enable precise control of machinery and processes in manufacturing and production environments.
• Military and Defence: Utilised in targeting systems and other high-precision military applications.