Amp Research - Power Step Parts That Will Amplify Any Music

If anything ever goes wrong with an AMP Research part, then this is where you come to for AMP Research replacement parts. If you have just about any queries with regards to exactly where and also the way to employ read what he said, you possibly can e-mail us at our own website. Whether you need a new amplifier controller or simply kick a bad part off a previous unit, stock, sell and replace the parts you need. AMP Research takes care of the entire process from start to finish, from researching, design and prototyping, to manufacturing and shipping. The last step is to ensure that each individual part is delivered on time and under warranty.


Replacing theamps in your amp or gator box is not a job to take lightly. Parts may need replacing because they are out of spec, or because they are worn out. These are some of the reasons that AMP Research parts are a good idea: The AMP Research parts you purchase are specifically engineered for your unit, using industry standards and proven performance techniques. In addition, they are tested and checked for quality control.


So, what exactly do these high-performance stamped components do? Well, if you have an amp or stomp box, it's obvious that it contains active circuitry: speaker, preamp, mid/bass/midrange, subwoofer and so on. These components are usually built around a particular amp or stomp box. It can be hard, however, to know which part needs replacing, whether it is a speaker or a capacitor. That's where these precision-tuned power steps come in handy.


This is where the magic happens. They take your amp or stomp box, measure its voltage and current levels, and then precisely tune each component. They are made of one or more parts which are all specifically engineered to precisely match your car audio system. The result is a powerful amplifier/stomp box/station which has tighter tone and power than stock! What's more, it has very low distortion and high resolution. How's that for efficiency?


You can find these on eBay, and many good online station builders will have them as stock items. You just need to decide on the model you want, and take a look at its specifications. Then take a tape measure, and write down its length (which is the actual measurement between the speaker's dome to the floor). Then, measure its diameter, so you know how big your station has to be.


Once you have this information, take the dimensions to your amplifier, and ask them to measure its length and diameter to the nearest inch. Write those measurements down. Next, find the appropriate amp and stomp box, and purchase the correct power transistor that matches its length and diameter, and the appropriate capacitance.


Next, you'll need to know which amp and stomp box to buy, and how much of each to get. If you're building a low wattage radio, then the amount of power needed may be minimal, or you might have to replace some of the parts. A high wattage radio will use several amps and step supplies, so if you don't have a lot of money to spare, this step might be eliminated!


That's it! Those are the details of an amp research project. amp research is not rocket science, but you must be precise with your measurements to make sure that your components will work properly. Good luck!


And here's one more thing to keep in mind if you're going to do any amp construction. Make sure that you buy an amp that's the correct wattage for the radio that you're building. It sounds obvious, but it bears repeating: Get the right amp for the radio! You can get a good amp online, or from one of those electronic stores that specialize in electronic equipment. There are step by step guides available as well that show you exactly what you need to do.


So now that you have the basics down pat, let's talk about amp research. The first thing that you need to know is how to measure your amp. Don't guess at your measurements! Amps are very sensitive to voltage level changes. If your measurements are off by even a tiny amount, you could end up wasting a lot of money on an amp that wouldn't work at all.


That said, don't worry if you end up miscalculating your measurements. I've seen it happen before. All that will happen is that you'll get a power step that may look like it works, but in fact it simply doesn't. You'll have to take another step and replace the existing power step with a new one, and chances are that you won't even be able to tell the difference between the two. If you're careful though, you can use step by step diagrams to figure out how they compare. By using this method, you can replace just about any amp research power step parts.