Small, Smart Chip: Best Sensor for Measuring Voltage, Current & Energy - Essay Sample

Introduction

It is a component that enables one to measure both voltage and current. However, with some multiplication, there is a possibility of measuring power. Also, it is considered as the best sensor in terms of monitoring the problem and measuring the energy [1]. The chip is smart and small, and it has the ability of handling the side current that is important in the tracking of battery life. In research, the component is important as it will be utilized in measuring the energy which is consumed by LEDs. The component can be blown past the limitations of 5 volts and might measure a maximum of 26 volts DC [1]. In industries, voltage sensor provides easier automation and monitoring. The reason is that this type of voltage sensor is more inaccurate and precise as compared to others.

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Current Sensor ACS712

In industrial automation and monitoring, the Current Sensor ACS712 component is important because it offers solutions for DC or AC current sensing in commercial, communications, and industrial [2]. There are some sensitive devices that get damaged if they get a high current. Therefore, in saving situations like that, there is a need for measuring the required current which confirms the importance of sensors. In sensing current, the sensor circuit is utilized in the IC, and it might be situated at an IC's surface.

This type of sensor is essential as it can be utilized for the applications that need electrical isolation since conduction path terminals are isolated from the leads of IC. This means that it does not need other methods of isolation [2]. The sensor plays an essential role in automobile applications. For instance, in the detecting and managing load, motor control circuits, and the protection circuit of the overcurrent fault is used.

Speed Sensor Ensun 31935-8E006

It is an automatic input or output speed sensor. This auto transmission sensor of speed restores the function of peak transmission. Furthermore, it works with the power steering, cruise control, speedometer, and the other systems that need TSS in returning the highest performance levels [8]. This component makes it easier for industrial automation and monitoring of speed. This type of speed sensor is therefore important in the current system.

Temperature Sensor DHT-22

This is a low cost and basic digital humidity and temperature sensor. In measuring the surrounding air, it utilizes a thermistor and capacitive humidity sensor. In the data pin, it shows a digital signal and manual input pins are not needed [7]. This component is important in industrial automation and monitoring as it is also easy to use. Unfortunately, for an individual to grab data, it needs careful timing. When comparing it to other components such as DHT11, it is precise and accurate which makes it easier for monitoring. Also, it has the capacity to work on a high range of humidity or temperature. The sensor does not need other components to function because it is calibrated [7]. With the invention of a faster way of measuring temperature, it is evident that technology is currently being used highly in the automation and monitoring industries as opposed to the manual systems, which would take longer and are not convenient.

Motor 12 Volts

This is a component in which electrical power that is direct is turned to mechanical power. In most cases, motors rely on the forces produced by the magnetic fields. DC motors normally have a type of internal mechanism that is either electromechanical or electronic. Motor 12 volts is powerful and is utilized in different applications [6]. Some of the applications include helping in operating speed, power, current, and torque. IoT has been utilized in controlling the speed of Motor even using a smartphone. Therefore, Motor 12 volts is reliable and durable and plays an essential role in industrial automation and monitoring as it has been proven to be a motor in robotics.

Arduino

Using Arduino Uno in industrial automation and monitoring is important. The reason is that it simplifies the peripheral circuit system and the system as a whole extensible and flexible. It also allows the connection and use of different kinds of sensors. It shows the importance of IoT as it has given organizations the chance of being aggressive and agile to pursue new business models and revenue streams [5]. Arduino microcontroller should be adopted by organizations since it offers a highly viable alternative. As it is compatible with sensors, this helps it to offer the needed feedback and control the system through corrective measures. The use of the conventional system and PLC needs excellent technical expertise and wiring. Therefore. Arduino assists in reducing manufacturing, assembling, and cost of maintenance in some situations [5]. Although it cannot entirely replace the existing systems, it can be used as a viable option.

Wi-Fi Shield

This is a component that connects to the board of Arduino using headers that have long wire-wrap extending to the shield. Its aim is to keep the layout of the pin intact and even provide the chance of stacking another shield [4]. Furthermore, it allows wireless connecting to the Arduino board, and this is important in industrial automation and monitoring. Furthermore, it is important in industrial automation and monitoring as it is efficient and reliable. The reason is that it has the capacity of automatically connecting to the other Wi-Fi network. Furthermore, if there is no connection in the current network or rather, it does not have enough radio signal strength, then it can connect to another network automatically [4]. Furthermore, it offers its users with high mobility in the range of Wi-Fi signal as compared to the wired connection. Therefore, it plays an essential role in building an autonomous environment.

Cloud Computing

Cloud computing is a computing paradigm applicable in different areas, including enterprise and office systems. This component offers flexible and dynamic infrastructure in hosting resources for computing and delivering them in the form of the services on demand. IoT can only be fruitful by providing ways of analyzing data, and this makes cloud computing an enabler [3]. The automation suppliers can easily integrate the services of could computing in their systems and products. Some of the ways include eliminating the proprietary architectures, using the standards of open communication, and thinking based on services instead of discrete products. The other way is ensuring architecture systems are appropriately scaled in the clouds. For the systems of cloud-based IoT, it is important to block-store the architectures which are unable to offer instant machine images as they are prone to failures [3]. The new concepts of cloud computing technology in industrial automation are important as they will improve the offered services.

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