HHV1WSJR-73-3M3

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Through Hole Resistors are among the most ubiquitous components in electrical circuits, but their use, application fields and working principles are often overlooked or taken for granted. The HHV1WSJR-73-3M3 is an excellent example of a Through Hole Resistor, and understanding its application fields and working principles can be beneficial for engineers and makers alike.

What Is the HHV1WSJR-73-3M3 Through Hole Resistor?

The HHV1WSJR-73-3M3 is an ultra-low ohmic precision resistor, with a resistance value of 3 mΩ. It is a lower ohmic device than most standard Through Hole Resistors, and is designed for use in applications where precision and high-level reliability is required. It is insulated, and it’s metal film composition ensures stable behavior in terms of temperature, current, and voltage fluctuations. Its small size also enables it to be mounted unobtrusively on a board without blocking other components.

What Are the Application Fields of a HHV1WSJR-73-3M3 Through Hole Resistor?

The HHV1WSJR-73-3M3 is used in applications where precision and high-level reliability are required. It is commonly used in high-voltage power supplies, power resistors for precision welding equipment, or in precision data acquisition systems. It is also suitable for use in DC power supplies for electronic equipment, ultrasonic and relays equipment, and magnetic field. The HHV1WSJR-73-3M3 is also used in the automotive industry, as it provides reliable accuracy and stability for automotive sensors and ECUs.

What Are the Working Principles of the HHV1WSJR-73-3M3 Through Hole Resistor?

The HHV1WSJR-73-3M3 Through Hole Resistor works on the principle of ohmic resistance. This principle states that a resistor has a certain resistance value, which means that it will oppose the flow of current when a voltage is applied. The resistor creates a voltage drop between the two terminals, which is inversely proportional to the current flowing through it. The more current that flows, the lower the voltage drop will be. The resistor also dissipates the current flowing through it as heat.

The HHV1WSJR-73-3M3 has a resistance value of 3 mΩ, which means that it can handle high currents without causing excessive heat. This makes it ideal for applications that require precise control of current and voltage. The resistor is also designed to be insulated, which means that it is not affected by fluctuations in temperature or electrical currents.

Conclusion

The HHV1WSJR-73-3M3 is an excellent example of a Through Hole Resistor. Its ultra-low ohmic value and high level of reliability makes it suitable for use in applications that require precise control of current, voltage, and temperature. Understanding its application fields and working principles is important for engineers and makers alike, as it can help ensure that circuits operate efficiently and reliably.

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