National Infotech (NITech) is working in the field of power electronics, embedded system development and custom industrial automation. NITech comes into existence in the year of 2005 initially started with as training center in embedded system, power electronics, industrial instrumentation and automation.
We have NFP devices, Relay voltage stabilizers, Elevator UPS, Battery charger, Transformer temperature detection and protection relay, etc. We also cater OEM clients for their products. We extensively use STM32 Microcontrollers, ranging from STM32L0 to STM32F4, for around 80% of our products and hardware cards for OEMs.
On the offshore front, National Infotech has successfully served as a customized solution provider to several overseas companies, while delivering OEM-based embedded & IoT solutions through state-of-the-art technologies.
National Infotech has develop a range of equipment to provide the student a complete platform to learn electrical, instrumentation and electronics engineering principles and applications. Our products are in form of hardware and software that are used by colleges and universities.
Training division of National Infotech imparts professional training to UG/PG/PhD students and industrial professionals on power electronics, embedded systems and industrial automation. These training programs are short duration courses and aimed at bridging the gap between industry and academia.
National Infotech (NiTech) is working in the field of power electronics, embedded system development and custom industrial automation.
NiTech comes into existence in the year of 2001 initially started with as training center in embedded system, power electronics, industrial instrumentation and automations.
My experience with National Infotech in designing & development of Overcurrent Relay Prototype for Solar Installation has been fabulous. National Infotech understands the technical requirement thoroughly. We appreciate their attention for detailing and carefully designing the card. They also provided robust firmware with total functioning.
At Arcelor Mittal Nippon Steel we had planned to design and develop surface defect detection system using ultra-fast line cameras, frame grabber and image processing algorithms. NiTech provided us excellent solution for triggering signal to frame grabber cards with a timing constraint of ± 1 µs. By utilizing FPGA, NiTech provided us the desired solution. Our system today is working without fault.
ABB has a synchronous switching protection relay for extra high voltage transmission lines. NiTech provided us a prototype model for the above relay to demonstrate total functionality of our relay on table top without involving high voltage. We really appreciate their proactive approach to solving a problem.
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