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Hello, and welcome to our lesson on precision DACs. In this video, we will define and discuss code to code glitch, as well as the key methods of decreasing the glitch effect. Well, what is glitch? One specification you will commonly find documented within any DAC datasheet is glitch, or also known as glitch energy. Glitch is typically documented both as a graph and as an electrical characteristic in volt value per time division. While similar in concept to the settling time, settling time is dominated by the output buffer, while the glitch specification is actually dominated by the DAC itself. Further, glitch can also contribute to overall settling time. Glitch is defined as the energy associated with the overshoot or undershoot created by a code transition of a DAC, and is usually quantified as nanovolts per second. This can occur even when just transitioning one code, and so therefore, it can also be referred to as code to code glitch. There are two types of glitch to be aware of. Fi