Moogugore Included on the chip are current limit, thermal overload. If the bypass capacitor is used, it is. The discharge current depends. See the voltage regulator datasheets above for specific details regarding the dropout voltage and heatsink requirements.
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ACV will flow F1 for protection when the overload or too much voltage input. Next, they will through CuF electrolytic capacitor smooth filter the pulsating voltage from a transformer into a steady direct current DC. Which it is an adjustable regulator IC that designed to many supplies for 3 Amp output and adjustable over 1. LM datasheet How to use LM? Which there is a simple detail to do this: The LM is best for you. Because it is the adjustable three-terminal positive voltage regulator.
Which it looks like a popular LM We can set the output voltage with only two external resistors. But It can supply the output current over 3. In addition, it uses internal current limiting, thermal shutdown, and safe mode.
We can use the LM on a wide variety of applications. For example A simple adjustable switching regulator. A programmable output regulator. A precision current regulator. It looks much like the popular LM Also, its pin output connects the heatsink surface. Since it has high current over 3A, we must mount the LM on the large heatsink.
Basic Features Output Adjustable Voltage from 1.
LM317 / LM338 / LM350 Voltage Regulator Calculator