Let’s take a look at the overall design of the power quality analyzer provided by TI.

alan000345

Let’s take a look at the overall design of the power quality analyzer provided by TI. [Copy link]

Power quality analyzers are used to continuously monitor and analyze power lines for disturbances that could disrupt safe and reliable energy delivery or cause damage to equipment plugged into the grid. Power quality disturbances include events such as voltage sags and swells, transients, harmonic distortion and voltage/current imbalance. To address this phenomenon, TI solutions and reference designs demonstrate methods for: Current and voltage sensing of multiphase power High-precision power measurement in accordance with ANSI C12.20 and IEC-62053 standards Analysis of power quality indicators such as harmonic distortion Power supply design, digital input/output, real-time networking and wireless communications Selecting Subsystems

Based on the main block diagram, you can select the appropriate subsystem. Based on the block diagram, you can design the schematic.

电容器

ti likes to give a block diagram. In fact, you can design your own product circuit diagram based on the block diagram. In addition, the block diagrams provided by ti have corresponding circuit diagrams and source programs, which makes development easier. However, ti products are updated very quickly, so manufacturers using ti chips also upgrade frequently, and the research and development task is very heavy.

qwqwqw2088

It seems that the above person has used TI products a lot and has seen a lot of TI block diagrams. TI has a lot of solutions.

alan000345

qwqwqw2088 posted on 2018-11-3 16:08 It seems that the above person has used TI's things a lot and has seen a lot of TI's block diagrams. TI has a lot of solutions too

Thank you, moderator.