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What You Should Know About Oven Controlled Crystal Oscillators In today’s world, oscillators are more important than ever before. Every day, these incredible devices power wristwatches and receivers. As you may imagine, though, every crystal oscillator is unique in some way. As you may know, crystal oscillator technology is constantly evolving. You need to find an oscillator that meets your needs if you want to create a reliable circuit. When it comes down to it, choosing a good oscillator is all about knowing what to look for. The first step in the process is to look at price. It should be stated that a low noise oscillator does not need to cost a great deal of money. If you look around, you should be able to find a low noise oscillator that fits within your budget. Today, many people are talking about OCXO oscillators. These devices are sometimes referred to as oven controlled crystal oscillators. Believe it or not, these are the strongest quartz-based frequency control devices that are on the market today.
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One of the advantages of these oscillators is that they are very versatile. The output of the oscillator will be controlled by the temperature of the crystal itself. As the temperature moves, the frequency’s rate will change. If you’re serious about designing a good circuit, it’s important to use an OCXO oscillator.
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It should be stated that every application is unique in some sense. You need to find a crystal oscillator that will work for your unique circuit. If you don’t know where to begin, you may want to think about using a Bliley low noise oscillator. Many engineers like these oscillators because they reduce the negative impact of fluctuations in the ambient temperature. It’s worth pointing out, of course, that a low noise oscillator is not always the best approach. You cannot use a TCXO oscillator if your environment calls for stability. In this situation, your best option may be to use an oven controlled crystal oscillator. These oscillators work by maintaining consistent temperature. Even when the ambient temperature fluctuates, the internal temperature should remain consistent. The key here is that there is a second circuit. This circuit works by controlling the oscillator’s temperature. As you may know, Bliley OCXO oscillators are incredibly versatile. These oscillators can be used in dozens of different situations. If you know what you’re going to be doing with the oscillator, you should be able to configure the heating circuit. There are two main parts of the heating circuit. You’ll need an oven to heat the crystal, but you also need to monitor the crystal’s temperature. If you need a reliable oscillator for your next project, it only makes sense to use Bliley OCXO devices.