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I've visited plenty of car audio stores that use examination lights, and not as many that use digital multimeters. Is one really "better" compared to other for finding energy resources? 

Positively! A test light consist of a tiny light and a wire or cable, and looks like a with a pointed end. It functions grounding the bulb, and it'll complete the circuit and light the bulb, once it comes in experience of a power supply. This is the simplest way to try power since the bulb either lights up for power or doesn't if their isn't any power. 

The problem with using this kind of testing on vehicles is the complexity of some of the tracks inside the dash. When you complete the test light signal on a line, you essentially create a little "arc" of energy that can short a number of the more sensitive and painful equipment such as an bag sensor or relay. I've actually seen one company blow the airbags out of a fresh BMW M3 by assessment cables with a test light. In most cases, any harm will not be caused by it, but the price can be quite large when it does. 

I recommend utilizing a digital multimeter to try circuits. The are very accurate and could tell you a lot of of good use information such as for instance voltage, amps, and ohms, that are essential to know when developing a great speakers. 

These multimeters work a little differently than the usual standard test light. They normally have a battery aboard to power the meter, so they do not move power from the power source, reducing the tendencies to "arc" the power source. They are generally speaking safer to utilize on sensitive methods than their test light competitors that is why. 

Digital Multimeters certainly are a great instrument for car audio installers, because they can help find problems in the machine. They're also invaluable when adding every other 12 volt automobile accessories. A test light will light up under power, but wont tell you if you are obtaining the correct voltage and amplifiers. With a multimeter, you can start at the component taking readings, and work the right path backwards until you find the component that is not functioning properly. 

Multimeters vary from about $10.00 to over $100.00, and according to your level of work and how accurate you have to be, you can find one that can work for you. They are a great investment, and can save yourself a lot of frustration whenever you are problem solving a system. [http://www.exhibitagallery.com/legionoftheblack/members/hanaktiol/activity/233895 check this out]