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4 Problems That Semiconductors Solve for the Auto Industry

Cars before semiconductors relied on a patchwork collection of different types of parts just to provide basic functionality. Something as simple as the onboard electrical system had to use a variety of esoteric parts just to get the job done. This made it difficult for motorists to get accurate information about the world around them and the state of their vehicles.

Take a moment to imagine a modern car loaded up with vacuum and physical dials. It probably doesn’t sound like much fun, especially when it comes time to take it to the mechanic shop. The following five semiconductor-based solutions have virtually revolutionized the way that drivers deal with their automobiles.

1. In-Car Information Panels

Conventional speedometers and fuel gauges were powered by mechanical sensors and physical dials. They showed drivers information by presenting them with a needle. Modern semiconductor-driven systems use digital displays, which are far more accurate and have less lag time than the old physical versions. That gives drivers a much more accurate picture of the world around them and has led to much safer conditions since people have a much better idea of what their actual speed is at any given time. Even police radar systems rely on semiconductors, thus even further increasing roadway safety.

2. Electric Vehicle Power Conversion

Using direct current power converter modules helps to regulate the flow between a 400-800 volt power source and the standard 12-volt batteries that electric vehicles use in lieu of internal combustion. Suppliers of dedicated vehicle electrification components are able to interface these two different standards without much difficulty. That can help to dramatically improve charging ratios while cutting down on the amount of time that a car has to sit in the garage. Older generations of EVs often took extreme amounts of time to get charged up, which is why motorists were slow to adopt them for so many years.

3. Maintenance and Diagnostic Techniques

Diagnosing component failures in the old days meant taking apart an entire car and figuring out what went wrong. Onboard diagnostic circuits make it easy for mechanics to figure out what’s wrong with a car simply by plugging a small handset into a motor. Semiconductor-powered microchips take care of all of the real work involved. This kind of technology is also what makes the check engine light glow on the dashboard when a vehicle senses that something has broken down.

4. Vehicle Entertainment Issues

Hollow state vehicle entertainment systems essentially consisted of an AM radio if even that. Modern vehicles leverage the power of semiconductors to give drivers a choice of stereo broadcasts and can even tell them the name of the song they’re listening to using a description service. Wireless connectivity helps motorists hook their phones up to the stereo and either make hands-free calls or simply stream music. Some drivers have even elected to play podcasts on the road, which means they’re using integrated circuits to decode the audio files in question.

Semiconductors have a large role in many different industries, but they solve many specific problems for the automotive industry.