NEMS nanoelectronic and nanoelectronic systems (PhD in nano-microelectronics)





Note: Different MEMS and NEMS should be designed according to the specifications, needs, goals and applications. MEMS and NEMS have evolved into electromechanical and mechanical electron electronics. Typically, optical systems are faster, simpler, more efficient, more reliable, and more durable than electromechanical systems.

 Although optical systems are designed for different  applications (eg, communications, calculations, and  wireless switching, etc.), they have different configurations,  it is generally very difficult to make  a comparative comparison between them. Optical systems, for example  , cannot be used as stimuli  . Applied needs must be taken into account, and  electromagnetic connections, temperature, vibration, or   radiation can be the factors used to  make the construction better. As another example, we look  at nano- and micro-scale stimuli. The size of the actuator depends on the amount of force or torque that is a function of the material used and its size (volume). In fact, the size with the required force and torque and its gender Determined. It is very important to integrate electromagnetic MEMS, microstructures or micro-transduces that are controlled by ICs used in micro-radiative energy devices. Thus, microstructures and microstrans diodes, radiant energy devices, and ICs must be integrated. Direct chip connection technology has advanced extensively. In particular, the chip-flip MEMS suite was replaced with wired tape to connect the ICs to the micro-nano-scale actuators and sensors. The use of chip-flip technology allows the removal of inductors, capacitors and noise resistance. 



This leads to the modification of the device specifications. Continuing chip-flip integration leads to the benefits of implementing advanced flexible packages, reliable improvements and weight and size reductions, and so on. Integrated chip-flip Microtransducers can be mounted with protrusions and downwards on layers mounted on electromechanical devices and attached to the IC base. MEMS Large-scale integrated MEMS (a chip that can be mass-produced) And at a low cost used in COMS.





Conclusion : 

Different architectures and configurations can be combined. One of the users of MEMS and NEMS is the control of complex systems, processes and phenomena. In order to control systems, many decision-making tasks and variables (states, outputs, events, etc.) must be measured. Radiation energy devices and devices are performed (calculations, communications, grid-related tasks, signal processing, and other operations must be performed).

Researcher  and author: Dr.   (   Afshin Rashid)

PhD in Nano-Microelectronics