Radiation tolerant is the property of making a device or system resistant to damage and make a device to tolerate high-energy electromagnetic radiation till the certain limit. The radiation tolerant motor drive provides flexible I/O that allow designs to be used in various applications, and standard logic level inputs to enable design implementation. Also, provides bridge driver coupled with floating current sense for the motor coil, resolver to the digital interface, and bi-level inputs for sensing rotary encoders. It supports motor driver functions along with coil current feedback, and linear position sensing. The features of radiation tolerant motor drive include differential current sensors, sigma delta resolver transformer driver, sense inputs, fault detection, radiation tolerant. Moreover, the motor drive is used for various applications such as servo control, linear actuator servo control, and stepper motor driver.
Radiation tolerant motor drive market is witnessing maximum growth owing to an innovative advance circuit, logic protection with high efficiency to the motor, eliminate shoot-through conditions, and constant output performance. Moreover, it is used for servo-amplifiers & speed controls in various applications, reduces the weight & board area in space satellites, high reliability, provides advanced circuits and logic protection to ensure the fail-safe operation, aids in power management, data converter, interface and high system efficiency are some of the factors that can boost the demand for radiation tolerant motor drive over the forecast period. However, motion control in radioactive environments is a challenge for the design engineer, and the high cost of design & development of radiation tolerant components which may hamper the growth of radiation tolerant motor drive market in near future.
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The radiation tolerant motor drive market has been classified on the basis of components, manufacturing technique and application.
Based on components, the radiation tolerant motor drive market is segmented into the following:
- Power Management
Based on manufacturing technique, the radiation tolerant motor drive market is segmented into the following:
- Radiation Tolerant by Design
- Radiation Tolerant by process
Based on application, the radiation tolerant motor drive market is segmented into the following:
- Aerospace & Military
- Nuclear Power Plant
Radiation tolerant motor drive market revenue is expected to grow at a rapid growth rate, over the forecast period. The market is anticipated to perform well in the near future owing to increase in requirement for radiation immunity & high-performance signal processing devices for satellite and spacecraft electronic systems, and rising advanced technology for more capability for civilian and government applications. Moreover, expanding demand for power management devices, radiation tolerant MOSFETs, and transistors in space applications are some of the factors that can accelerate the market revenue growth of radiation tolerant motor drive during the forecast period. Based on applications, space is anticipated to grow at the fastest CAGR over the forecast period attributed to rising use of satellites for geographic images as well as missile targets.
Depending on the geographic region, radiation tolerant motor drive market is divided into seven key regions: North America, Eastern Europe, Latin America, Western Europe, Japan, Asia-Pacific, and the Middle East & Africa. North America dominates the radiation tolerant motor drive market followed by Europe, and Japan owing to advance technology, presence of established key players, high demand for communication satellites, advanced multicore processor technology, and research & development facilities in these regions. Asia Pacific, Middle East, and Africa hold huge potential and shows substantial growth in terms of rising commercial markets for space electronic devices, coupled with expanding government budget for defense, and growing demand for space systems which can survive in variety of high radiation environments for long time period are some of the factors which strengthen the growth of radiation tolerant motor drive market throughout the forecast period.
Some players of radiation tolerant motor drive market are Data Device Corporation, Microsemi Corporation, BEI Kimco, Atmel Corporation, Texas Instruments Incorporated, BAE Systems, Xilinx, Inc., STMicroelectronics NV and Linear Technology Corporation.