H4200KDZA

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Through Hole Resistors are cost effective and durable resistors that are designed for through-hole board assembly. The H4200KDZA is a model of through-hole resistors, whose application field and working principle deserve further attention.

As part of the H4200K series of resistors, this model is designed to provide a reliable solution for temperature compensation and temperature sensing circuits. Spring-loaded contacts and adaptable temperature compensation resistors make this type of through-hole resistor ideal for providing highly accurate temperature sensing and compensation. This makes it perfect for use in high-security aerospace, automotive, and industrial applications.

In order to provide accurate temperature sensing and compensation, H4200KDZA through-hole resistors use high-reliability materials and construction to establish a thermoelectric element. This thermoelectric element can then detect changes in temperature, thus allowing for the accurate regulation of current and/or voltage in response to a changing environment. For example, these resistors can be used to help maintain constant voltage levels in high-temperature environments, as the thermoelectric element can detect any changes in temperature and then adjust the regulation of current and/or voltage accordingly.

In terms of physical construction, the H4200KDZA through-hole resistors feature a corrosion resistant alloy construction, with a large, stable, and spring-loaded contact. This contact provides excellent electrical contact, which ensures that applications receive accurate temperature sensing and compensation. Additionally, this cylinder-shaped, axial leaded resistor allows for fast and easy installation and removal with standard tools.

In addition to their use in temperature sensing and compensation, the H4200KDZA through-hole resistors can also be used in other applications where a reliable, highly accurate wattage resistor is required. For example, they can be used in high-voltage, high-capacity, and long-term use scenarios. Furthermore, the large, stable, and spring-loaded contacts make them ideal for use in applications that require frequently made connections and disconnections.

All in all, the H4200KDZA is an excellent choice for providing accurate temperature sensing and compensation for demanding aerospace, automotive, and industrial applications, as well as in any other application requiring a reliable and highly accurate wattage resistor. It combines high-reliability materials and construction to provide a thermoelectric element that can detect changes in temperature, allowing for the accurate regulation of current and/or voltage. Additionally, it features an easy-to-install axial leaded design, with large, stable, and spring-loaded contacts to ensure excellent electrical contact. Through all these features, the H4200KDZA proves itself as an ideal through-hole resistor for a wide range of applications.

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