RLR07C1003FPB14

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Through Hole Resistors

Through hole resistors are used often in electronic systems or other integrated circuits. They are made out of a variety of materials and come in various sizes and shapes. The most common type of through hole resistors are those made of ceramic which can be used in environments that are highly temperature and vibration resistant.

One type of through hole resistor is called the RLR07C1003FPB14. This type of resistor is known for its high energy and low noise characteristics. It is typically used for applications such as high voltage transients, precision voltage control, temperature compensation, and noise immunity. This type of resistor can be configured as a variable, fixed, or mixed type.

The application field of this type of through hole resistor is primarily industrial; however, it can also be found in various other applications. It is used in motor control systems, sound system board level testing, motor drives, power electronics designs, frequency control systems, and temperature control systems. With its ability to withstand high temperatures and vibrations, the RLR07C1003FPB14 is also often used in what are known as extreme environment applications, such as space exploration and exploration of polar regions.

The working principle behind the RLR07C1003FPB14 is based on the physical properties of its contents. It consists of a base material such as alumina, Niobium, Zirconium, or Titanium. These materials have high heat and electrical conductivity and are highly resistant to various environmental hazards, like temperature extremes or vibration. Each material is also used in what are known as resistor junctions, which are used to adjust the resistance level of the resistor when connected to a voltage source.

The resistors are further divided into two types: fixed and variable. Fixed resistors have a fixed resistance value. Variable resistors are designed to adjust the resistance level according to the voltage applied, by either increasing or decreasing the resistance. The RLR07C1003FPB14 is a fixed resistor, meaning its resistance remains constant, regardless of the input voltage.

The resistance value of the RLR07C1003FPB14 can be easily changed or adjusted by adjusting the dip in its body. This is done by inserting the resistor into a suitable socket and then pushing down on the actuator of the resistor. The dip setting has two balls, one of which serves as a pressure regulator. When the pressure on the ball is increased, the resistance decreases, and vice versa.

One of the main advantages of the RLR07C1003FPB14 is that it is highly stable, meaning its resistance value will not change with time or varying temperatures. Additionally, it has a low noise level, making it suitable for a wide range of applications. Furthermore, its power stability is rated at 0-0.005%, meaning it will not be affected by temperature variations and will remain constant even when used in various high temperature or vibration environments.

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