Just as governments are pressing on companies to manufacture eco-friendly technologies in their products, consumers of electronic products are yearning for low cost and small-sized devices. This requirement keeps driving the innovation that is seen in the new technologies of microelectronics.

Emerging technologies in microelectronics have a strong potential of efficiency in this area thus creating lots of opportunities in different areas of applications in electronics using microelectronics.

Here are the top ten trusted microelectronic technologies you should know about.

 1. Flexible Electronics

Flexible electronics is a promising and emerging industry that is hoped to have a stronger impact on the electronic industry in the nearer future. For flexible electronics which can also be described as lightweight implementation, they have good potential to create flexible electronics products such as in lighting, displays, memory storage and sensors, among others. The technology presented by flexible electronics makes it possible to easily implement new applications that were sometimes not feasible to attain before now. This includes applications such as smart textiles and informative human interfaces.

2. 3D Integration

 The 3D integration technology refers to various applications. The technology allows several traditional device layers to be placed on stacks and interconnected electronically. As an emerging technology, the trend is its support for more functional and powerful devices that are smaller and of low cost. Stacking of many layers of a device can improve performance of the circuit and lower power consumption. The 3D integration principle provides manufacturers the flexibility to combine other heterogeneous devices into a single circuit.

3. Haptic & Touch

The touch technology has brought a new approach to interacting with our devices. This allows human-computer relationship using various physical contacts with a device such as gestures and touch.

The major applications of this technology are in consumer electronics, medical, automotive, in industry and in-home automation.

4. Advanced Display

 The ever-dynamic digital content of today in addition to the growth of portable devices, is a strong influence to the shift towards modern display technologies like LCD display, 3D displays, on mobile phones, cameras and on computers.

These technologies have enhanced performance, great color gamut, faster response, better image quality and low power consumption. This gives a good user experience for viewers in contrasts to conventional designs.

5. Smart Grids

A smart grid provides an electricity network which intelligently integrates all actions of users linked to it, that is, the generators and the consumers. This is in a bid to deliver economical, secure and sustainable supplies. A smart grid creates enhancement in grid reliability by cutting down on the rate of power outages and the amount of power quality inadequacies.

With various sources of power generation such as solar and wind generation to switch to, smart grid provides a seamless integration for the alternative sources of energy.

6. Green Electronics

The push by the government for green manufacturing is a driver to the innovations in microelectronics for product design.

Production are tailored towards energy efficiency, green and clean solutions. This technology incorporates power saving capability, eco-friendliness such as reduced carbon emissions using microelectronics.

7. Wireless Charging

The use of electric cars and adopting smart devices are motivation for advancement in microelectronic technology.

Wireless charging of automotive device and electronics are possibilities through microelectronics. Companies are gearing up to fully adopting wireless charging methods.

8. Smart Antennas

Smart connection devices have opened up the manufacture of other smart application.

Communication via smart devices such as antennas is made feasible through the application of microelectronics and semiconductor implementation.

9. Data Storage

With microelectronics technology, utilization in the development of cloud-based and enterprise storage systems are the future of data storage.

Software-based storage solutions are frantically pursued. The transformation in the digital sector encourages the adoption of such data storage solutions that are driven by microelectronics.

10. Wearable Technology

The application of microelectronics has helped tremendously in the design of devices that we attach on our bodies.

As a great innovation from this implementation, wristbands, wearable displays, pendants and other fashionable healthcare products are designed to monitor an individual’s wellbeing.

Using sensors and embedded systems that are driven by microelectronics makes this possible to attain the feat in wearable electronic devices.

The speed of DC motor can be varied by applying various techniques. The drive system comprising the drive and the DC motor is vital to speed control in DC motor.

This is to regulate the amount of energy produced by the machine and the amount of work required to be done by the system at a given time duration.

The DC drive is a simple device that regulates the amount of electrical current sent to a DC motor.

DC Motors And Drives

The DC drive is a simple device that regulates the amount of electrical current sent to a DC motor. It supplies electrical energy in varying frequencies and quantities, hence controlling the speed of the electric motor.

The use of DC motor is increasingly growing in the metal industries, in mining, printing and in crane implementation. Though the current trend is the replacement of DC motors with more efficient AC drives, the task of getting this implemented is however not time and cost effective. Using the existing motor and improving on the drive is often the best option for industries.

DC drives provide great benefits to the DC motor such as control techniques, improved motor performance, system integration and reliability of the drive system which is a key component of DC motor speed control.

The speed of a DC motor can be varied by means of mechanical or electrical methods.

Speed Control Without Microcontroller

Designing and developing a circuit without a microcontroller integrated into it lowers costs and other downsides like the limited range in the circuit design.


The speed of a DC motor can be varied by means of mechanical or electrical methods. The use of a microcontroller for speed control is gradually fading away. The disadvantage of utilizing a microcontroller in system design is the somewhat large size of the implementation.

Using Direction Control And Microprocessors

Without using microcontroller, speed control can be achieved through direction control. This is done by reversing the input voltage terminals of the motor to have the required output of energy. Two-wheeler designs are often used to implement this method. Microprocessors are other devices used to achieve speed control in a DC motor.

In this approach, sensing the current and terminal voltage is implemented. This results in comparing the reference speed of the motor to its actual speed to generate an appropriate control signal which goes into the triggering unit to cause a required output.

Pulse Width Modulation Method

PWM (Pulse Width Modulation) is a technique for producing an analog signal using a digital source. A Pulse Width Modulation signal is made up of two components namely; the frequency and the duty circle. These describe the behavior of the signal.

The duty circle defines the quantity of time the signal is in ON (high) state. It is shown as a percentage of the period it takes to make a complete circle.

The frequency of the signal defines how fast a complete circle is completed by the PWM and hence how fast it switches between Low and High states. By cycling a signal at Low and High state at a fast rate with the specified amount of duty circle, the output’s behaviors can be compared to be a frequent voltage analog signal when sending energy to devices.

Pulse Width Modulation refers to the process of varying the duty cycle. This reduces the terminal voltage with a heat loss. 555 timer can be used to implement this technique. Double Pole Double Through (DPDT) switch can be used to change the direction of the voltage. A semiconductor-type H-bridge is preferable to implement this aspect of the design on speed regulation.

Factors Affecting The Speed Of Dc Motor

The operation of a DC motor is typically designed such that when a current carrying conductor is placed within a magnetic field, there is bound to be the mechanical force that goes through the conductors. A permanent magnetic DC motor, however, does not have field circuit. It has just the armature circuit. This differentiates it from other DC motors.

The factors affecting DC control are therefore:

  • The applied voltage
  • The flux
  • The voltage across an armature

Considering these factors, speed control can then be achieved through the following techniques:

  • Flux control method: This is done by varying the current via the field winding, thus altering the flux.
  • Rheostatic control: changing the armature route resistance which also changes the applied voltage across the armature.
  • Voltage method: changing the applied voltage