MBA02040D1782BC100

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Through hole resistors are an important components in many electronics circuits. They are used to limit current, provide higher resistance, and reduce voltage and power dissipation. Resistor values are expressed in ohms, and tolerance can range from 0.1% to 10%, depending on the application.

The MBA02040D1782BC100 is a specific type of through hole resistor. It is an axial lead type resistor with a lead diameter of 0.6mm and total length of 20mm. The resistance value of the MBA02040D1782BC100 is 10 Ω with a tolerance of 1%.

The MBA02040D1782BC100 is mainly used in power electronic circuits for routing and protecting circuits from over-voltage or over-current. It can be used in power supplies, solar panels, wind turbines, motors, and other components which require large current or voltage. The resistor is also used in various communication systems, such as microwave and radio. The MBA02040D1782BC100 has a power rating of 0.2W, making it suitable for a wide range of applications.

The working principle of the MBA02040D1782BC100 is very simple. When a voltage is applied across the two end of the resistor, it will create a current that is proportional to the resistance value. This current will dissipate as heat energy, depending on the power rating and the amount of current passing through the resistor. The heat energy is usually dissipated through the leads of the resistor. The resistor also acts as a voltage limiter, which helps protect components from too high or too low voltages.

The MBA02040D1782BC100 is a type of through hole resistor that is mainly used in power electronic circuits. Its resistance value is 10Ω with a tolerance of 1%, and has a power rating of 0.2W. It can be used to reduce current, limit voltages, and protect circuits from over-voltage or over-current. The working principle of the resistor is based on the principle of Ohm\'s law, where a current is created that is proportional to the resistance value. The heat generated will dissipate through the leads, protecting components from excess voltages or currents.

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