HBA68MFZRE

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Through Hole Resistors are very important components in the construction of modern electrical systems. The HBA68MFZRE, in particular, has become a welcome addition to the electrical engineer’s toolkit. This article will explain the application field and working principle of this versatile component, and what advantages and features make it so valuable.

Application fields

The HBA68MFZRE is an Axial Through Hole Resistor, part of the popular 68 Series of component resistors. As resistors, their application opportunities are virtually limitless. The most common uses of these resistors include voltage, current and noise reduction, as well as signal conditioning. Due to the fact that these are through hole components, they can be used in large electrical circuits, allowing circuits to be tailored to specific needs.

The HBA68MFZRE is suitable for a wide range of applications, ranging from heavy-duty industrial machinery to consumer devices. These resistors can also be used in medical, military, and aerospace applications, given their stability and reliability. The maximum operating voltage range is from -50V to +80V, while its leakage current is 5uA or lower, making it especially suitable for use in sensitive circuits in machinery or laboratory equipment.

The HBA68MFZRE can also be used as a voltage regulator in many cases. This is especially valuable in certain applications where power supplies must be adjusted to certain voltages. The resistor\'s high insulation and low capacitive reactance also make it very useful in demanding applications, such as inverter and power supplies.

Working principle

The HBA68MFZRE works by using electro-static induction to reduce current. The resistance of this resistor is adjustable, which allows the user to fine-tune the current flow. This is accomplished by having an internal resistor that is electrically connected to the two external terminals. By adjusting the voltage between the terminals, the resistance of the resistor can be adjusted.

In addition to the adjustable resistance, the HBA68MFZRE is also suitable for high frequency applications. The resistor is composed of high quality ceramic and high temperature additives, which give it excellent high frequency characteristics. The resistor has a low inductive reactance which results in minimal power loss in high frequency circuits.

The HBA68MFZRE also offers excellent heat dissipation, allowing it to operate at high temperatures. The resistor has a maximum working temperature of up to 150°C, making it well suited for applications in high temperature environments. In addition, the resistor has a very low thermal resistance, resulting in efficient heat flow away from the resistor.

As can be seen, the HBA68MFZRE offers a wealth of features and advantages that make it a valuable component in any electrical system. They are particularly well suited for applications that require accurate resistance adjustment, high frequency operations, and heat dissipation, such as inverters and power supplies. In addition, their through hole design allows them to be used in large assemblies, making them ideal for use in complex electrical circuits.

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