H436K5BZA

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H436K5BZA is a through-hole resistor that is used in many fields. It offers a variety of advantages over other resistors, including precision, low temperature coefficient, small size, and cost-effectiveness. The H436K5BZA through-hole resistor is best suited for applications that require precise and reliable resistors. It is ideal for use in precision measurement systems and industrial automation.

The H436K5BZA through-hole resistor is made of high-grade stainless steel and a graphite-based shell. This material combination ensures that the resistance and temperature coefficient are precise and stable. The resistor also has excellent heat dissipation characteristics, allowing it to withstand high temperatures. In addition, the stainless steel shell of the H436K5BZA provides excellent protection against dust, moisture, and corrosion.

The resistance of the H436K5BZA through-hole resistor is measured in ohms. This value is determined by the size and thickness of the resistor, as well as other factors. Depending on the application, the resistance value can range from very low to very high. The resistance of the H436K5BZA is usually expressed in milliohms, which is one thousandth of an ohm. The resistance of the H436K5BZA can be easily adjusted with a standard multimeter.

The working principle of the H436K5BZA through-hole resistor is based on Ohm\'s Law. According to this law, the voltage drop across the resistor is directly proportional to the current passing through it. This means that if the voltage applied across the resistor is increased, the current passing through it will also increase. Similarly, if the voltage is decreased, the current passing through the resistor will also decrease. The voltage drop across the resistor depends on its resistance.

The H436K5BZA through-hole resistor is mainly used in precision measurement systems and industrial automation. The resistor offers a variety of advantages over other resistors, including accuracy, small size, and cost-effective price. It is also highly resistant to dust, moisture, and corrosion. The resistor\'s resistance value can be easily adjusted with a standard multimeter and the device is built with excellent heat dissipation characteristics.

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