H4P15KDZA

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Through Hole Resistors, or commonly known as THR, is a type of resistor designed for use in electrical and electronic circuits. It is typically composed of an insulating substrate, a resistor body, and at least two mounting studs for attachment to a protective jacket. In some designs, the resistor body and mounting studs can be made of metal, while in others they may be composed of other materials such as ceramic or plastic.

THRs, which are also known as Fixed Value Resistors, are widely used in a range of applications. They are generally used for providing various levels of electrical resistance, from low to high. THRs are also found in electrical circuits that require very accurate adjustment of voltage or current levels.

One of the best-known THR stars is the H4P15KDZA. This THR is a general-purpose, high resistance, zero power version that comes with 8 mounting studs and is suitable for mainly static situations. It features a wiry wirewound construction and it operates within a maximum range of 10 ohms to 100 ohms with a voltage rating of 750 volts. It also offers low thermal resistance, excellent stability under dynamic conditions, and high reliability.

The H4P15KDZA is a highly reliable and stable THR that is capable of withstanding high voltage levels of up to 750 volts. It is also tolerant to changes in external temperature and humidity. In addition, H4P15KDZA offers excellent insulation and superior mechanical strength.

H4P15KDZA’s application fields include automotive, electronics, controllers and industrial automation. Aside from its ability to provide reliable and accurate voltage and current levels, it can also be used to provide accurate temperature control. Additionally, H4P15KDZA is suitable for applications requiring high electrical noise suppression such as TV, radio and audio electronics.

The H4P15KDZA’s working principle is to create a detour in the current flow which can account for a drop in voltage and/or current level. This is done by introducing an impediment or resistance in the path of the current. This resistance is usually created by the interaction between the windings and the conductive material of the THR. As current flows through the winding of the THR, it is slowed down, creating an equivalent voltage drop, which in turn causes a current drop. This principle is known as ohm’s law.

The H4P15KDZA is a highly popular THR due to its durability, reliability and performance. It is also easy to use and mount, making it an excellent choice for a variety of applications. Its accuracy and resistance stability are further improved through its special construction, which is highly conductive and provides excellent thermal and electrical protection. In addition, it also has excellent noise suppression characteristics, making it ideal for applications requiring high electrical noise suppression.

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