SIMPLE ELECTRIC CIRCUIT EXAMPLE — When you flip a switch to illuminate an electric light bulb, for example, you are using a simple electronic circuit. That is one way to get it going, but there are still more improvements that can be made. However, controlling motors and some lights like LEDs require specialized tools that are not so simple to turn them on using plain old switches — these tools are known as high side drivers or low side drivers. As they manage the power supply in a sophisticated manner, these tools.
A high side driver is a device with which we can connect to something that needs power, say for example you got this motor and want it turn, where the power source is really powerful. It is like a door that opens only when the motor needs electricity. Conversely, it acts to regulate the amount of power into the motor enabling smooth & efficient operation. A low side driver, however, is a different beast entirely. It is much like a relay, which ties in something to the ground or secondary power. This driver could control the electricity flow to that device so as not to work it incorrectly or disturb its operation safely.
In contrast, low side drivers are commonly used in small devices with lower power requirements. They are perfect for light control, such as LED lights; a special form of lighting which consumes little power. Sensors are also devices that help machines understand their environment, and require low side drivers to manage them. Its also used in cars and factories, however generally for smaller motors (and simpler devices) than those controlled by high side drivers.
Now let us move on and see some difference between High side Driver V/s Low Side driver. High side drivers are capable of very high power and efficiency. It allows them to perform their job competently without burning out. The only downside is they are again one of the more expensive ones and not as easy to use. That could even mean they find working with them needs certain details or a special tool.
Inversely, low side drivers are cost-effective and have more user-friendly operations. These are great for those who new to Propane or just a small project where raw power isn't really needed. But, there are some downfalls. They have less power than high side drivers Furthermore, they can have a neat design and that complexity is not efficiency when handling power.
If you are going to pick a driver for your electronics project, there is something quite important we should consider. I mean, I guess you have to get some kind of idea about much power your device is going to want. This is important as the use of wrong drive may result into serious issues. It is then You need to finalize a high side driver or low side driver depending on the power needs. But finally, you want to see if the driver you have in mind is compatible with a control system found everywhere we go that helps us drive our project — like say, microcontroller or any comparable device.
However, do not fret if your high side or low driver is not working as expected. There are a few basic things that you can do to diagnose the issue. Check your cords and connections (they should be set up properly). Loose wire can also be a reason sometimes. Now be sure your power source is sourcing the correct amount of volts. If it is not, your driver may not perform properly. You can also use a multimeter. This tool allows you to measure the power at various points in order so as to be able detect where your problem might be.
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