【Veco Cup】Texas Instruments nominated for "Veco Cup OFweek 2023 China Robotics Industry Annual Core Components Innovation Product Award"

OFweek Cup · OFweek 2023 China Robot Industry Annual Selection (abbreviated as OFweek Robot Awards 2023) is jointly organized by OFweek, China's high-tech industry portal, and its authoritative robot professional media - OFweek Robot. This selection is a major brand event in China's robot industry and one of the most professional and influential selections in the high-tech industry.

The event aims to build a brand communication and display platform for products, technologies and companies in the robotics industry, and leverage the resources and influence of the OFweek platform to promote innovative products and solutions to industry users and the market, encouraging more companies to invest in technological innovation; at the same time, it will deliver more innovative products and cutting-edge technologies to the industry, and together imagine the future of the robotics industry.

The OFweek Robot Awards 2023, the annual selection of China's robot industry, will enter the online voting stage from February 20 to March 20, 2024, and the award ceremony will be held in Shenzhen on April 18. At present, the event is in the hot stage of enterprise application, and enterprises in the industry have responded positively.

Texas Instruments nominated for the "Veco Cup OFweek 2023 China Robotics Industry Annual Core Components Innovation Product Award"

Award: Veken Cup OFweek 2023 China Robotics Industry Annual Core Components Innovation Product Award

Participating companies: Texas Instruments

Product Introduction:

TMS320F28P65x Real-time Control MCU

The F28P65x series is a mid-range performance series of the C2000? real-time microcontroller family, built specifically for efficient real-time control of power electronics and is widely used in digital power, automotive, motor control and energy supply.

New Ultra-Small 9mm × 9mm, 169-BGA Package with Integrated EtherCAT for Servo Drives and Robotics

Functional safety: The F28P65x system functions meet ASIL D and SIL 3 levels, have multiple cores and provide lock-step options to support the functional safety levels required for industrial or automotive functional safety.

Real-time processing: The F28P65x includes up to 3 CPUs, including 2 32-bit C28x DSP CPUs running at 200MHz, with total processing power equivalent to the M7.

High-precision floating-point unit: The F28P65x features a floating-point unit up to 64 bits with increased precision and includes accelerators such as a trigonometric accelerator (TMU), fast integer division (FINTDIV), and a CRC engine and instructions (VCRC)1.

Memory: The F28P65x has 1.28MB of flash (ECC), five 256KB banks, and 248KB of RAM.

Ultra-low latency: The F28P65x delivers further real-time control innovations through additional analog functionality and new PWM capabilities, while reducing cost through increased integration and optimized BOM at the device level.

Efficient Control of Power Electronics: Built specifically for efficient control of power electronics, the F28P65x delivers further real-time control innovations with ultra-low latency, more analog features, and new PWM capabilities.

Rich design resources: TI has established rich design resources for the F28P65x, including a complete curriculum in the C2000 Academy, the graphical SysConfig design tool, and various software development kits.

Company Introduction:

Texas Instruments is a global semiconductor company that designs, manufactures, tests and sells analog and embedded processing chips for markets such as industry, automobiles, personal electronics, communications equipment and enterprise systems. Texas Instruments is committed to making electronic products more economical and practical through semiconductor technology, making the world a better place.

Reasons for participation:

High-performance real-time control: F28P65x is a high-performance real-time control MCU with 2 C28x+CLA CPUs and Cortex-M7 with computing power equivalent to 1GHz, which can handle complex calculations with strict time requirements and provide precise control. It meets the requirements of the robotics industry for intelligence and automation.

Rich analog and digital functions: The chip has 3 independent 16-bit ADCs with internal triggering and hardware-based average filtering and other algorithm functions, and is equipped with 36 high-precision Type 5 PWM channels. These functions enable the F28P65x to meet the needs of various sensor data acquisition and processing, as well as to achieve high-precision motor control and power management. It is essential to improve performance and efficiency in the robotics industry.

Suitable for complex power topologies: The C2000 family enables high-frequency operation through high-resolution control of power converter duty cycle, frequency, dead time and phase shift, thereby reducing magnetic size and weight.

Application of isolation devices: The isolation devices of F28P65x electrically separate two domains while allowing power or signals to be transmitted through the barrier without affecting human safety, protecting the circuit from the impact of ground potential differences and improving noise immunity. This helps to improve the safety and stability of robot operation.

Rich design resources: For real-time control, TI also provides a wealth of design resources, including complete courses in C2000 Academy, graphical SysConfig design tools, and various software development kits. In addition, in terms of industrial or automotive specification functional safety, relevant documents and detailed application reports can be provided.

Powering renewable energy systems: With the popularity of renewable energy and the development of electrification, the demand for efficient and reliable power and motor control systems continues to increase. The high performance and rich features of the F28P65x make it an ideal choice for renewable energy systems, enabling more efficient and reliable power and motor control systems.

Voting time:

The voting for this year's "OFweek Robot Awards 2023" event will begin on February 20. Please pay attention to the robot-related selection news on Veken.com and you are welcome to vote.