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LCLCTC Solar Diodes blocking Diode MDK 110A (100A)-16 for DC;One Way Inline;Commonly Used in photovoltaics confluence, Solar Energy, Generally Used with Solar Cells and Solar Panels(MDK 110A-16)
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- Electrical items MAY be 110 volts.
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LCLCTC Solar Diodes blocking Diode MDK 110A Features
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This model is anti-reverse diode MDK 110A-16;Peak voltage 1600V;Use voltage range:AC < 400VAC ;DC 3-1000VDC,include:12VDC 24VDC；
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Available as MD, use pins 1,2or1,3;Using pins 2 and 3 at the same time can be used as two diodes
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Also called a rectifier diode;rectifier bridge; used for rectification;Also known as a high current diode, if you need a higher current, please contact us
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Resistive load MAX=50A;The load bearing capacity depends on the use environment, the higher the temperature, the worse the effect;
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Because it is commonly used in solar energy and photovoltaic power generation, and is often paired with solar cells and solar panels, some customers might refer to it as a "solar diode."
About LCLCTC Solar Diodes Blocking Diode MDK 110A
Anti-reverse diodes, also known as Zener diodes, are a special type of diode used in voltage stabilization and voltage regulation applications. Its special feature is that it can maintain a stable voltage under a specific reverse voltage. The voltage stabilization characteristics of the anti-reverse diode are realized by its special structure and material composition. Under forward voltage, anti-reverse diodes behave similarly to ordinary diodes, with on and off characteristics. Under reverse voltage, when the voltage exceeds the rated voltage of the anti-reverse diode (called blocking voltage or Zener voltage), the anti-reverse diode will start to conduct and maintain a stable voltage at this voltage. This voltage stabilizing feature allows anti-reverse diodes to be used as voltage regulators or voltage reference sources. Anti-reverse diodes have a wide range of applications, common applications include: Voltage regulator: The anti-reverse diode can be used as a voltage regulator to provide a stable voltage output. It can stabilize the input voltage at a specific blocking voltage value, which is used to protect other circuit components from excessively high or low voltage. Voltage reference source: Since the anti-reverse diode can provide a stable voltage output, it is often used as a reference source in the circuit. For example, in an analog circuit, an anti-reverse diode can be used as a reference voltage source or a comparison voltage source. Overvoltage Protection: Anti-reverse diodes can also be used in overvoltage protection circuits. When the voltage in the circuit exceeds the blocking voltage, the anti-reverse diode turns on, bypassing the excess voltage around critical components to protect them from damage. In short, anti-reverse diodes have the characteristics of voltage stabilization and voltage reference, and are widely used in various electronic circuits and systems to ensure voltage stability in the circuit and protect key components from damage.
