HB14M7FZRE

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Through Hole Resistors

• HB14M7FZRE application field and working principle

The HB14M7FZRE through hole resistor is a high-precision, dependable resistor with field applications in a variety of industries, including automotive, power, medical, and consumer electronics. This resistor has a wide operating temperature range, making it suitable for use in extreme environmental conditions, and is capable of effortlessly maintaining its high accuracy and stability over long periods of time. This article will provide an overview of the application field and working principle of the HB14M7FZRE.

Application Field

The HB14M7FZRE through hole resistor is ideal for applications that require resistors that can withstand extreme conditions, such as temperature, pressure, and humidity fluctuations. These resistors are used extensively in:

• Automotive: Automotive applications require resistors that can withstand strong vibrations, large temperature variations, and harsh environmental conditions. The HB14M7FZRE is ideal for automotive applications due to its low thermal coefficient and long-term stability.
• Power: Power applications require resistors that can handle high currents. The HB14M7FZRE can handle high currents safely and efficiently, making it suitable for use in power applications.
• Medical: Medical applications require high accuracy and stability in order to minimize errors, as even the slightest inaccuracies can lead to life-threatening situations. The HB14M7FZRE is the perfect choice for medical applications due to its high accuracy and stability.
• Consumer electronics: Consumer electronics require smaller and more reliable resistors for a wide range of applications. The HB14M7FZRE is an ideal choice for consumer electronics applications due to its small size and excellent performance.

Working Principle

The HB14M7FZRE through hole resistor is a four-terminal device that consists of a resistance element made from a special formulation of materials. It has a four-layer construction that consists of two layers of high-temperature metals, a low-temperature dielectric layer, and a top layer of a conductive material. The resistor element is then connected to two electrical terminals via soldered connections. This connection provides the electrical contact between the two terminals and allows the resistor to regulate the current flowing through it.

The working principle of the HB14M7FZRE is based on the Ohm’s law, which states that the current flowing through a resistor is equal to the voltage across it, divided by the resistance. The resistor element of the HB14M7FZRE is designed to maintain a consistent resistance even when its temperature changes, so its current output remains unchanged. This means that the HB14M7FZRE is able to maintain its accuracy and stability even when subjected to extreme temperatures, making it ideal for applications that require high-precision resistors.

In summary, the HB14M7FZRE is a high-precision, dependable resistor with applications in a variety of industries, including automotive, power, medical, and consumer electronics. It has a four-layer construction and is capable of maintaining its accuracy over long periods of time, even when subjected to extreme environmental conditions. The working principle of the HB14M7FZRE is based on the Ohm’s law, and it is designed to maintain a consistent resistance even when subjected to temperature fluctuations.

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