HB35M0JRZE

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Through Hole Resistors are commonly used as an adjustable circuit element in electronic and telecommunications applications. HB35M0JRZE is a type of through hole resistor which differs from other resistors in its shape, size and working principle.

The HB35M0JRZE is a round-shaped resistor which is easily mounted into any printed circuit board. The body of the resistor is made of a hard ceramic material and is capable of withstanding high temperatures. This makes it ideal for operation in high-temperature environments, such as inside electronic devices or in hostile industrial settings.

Additionally, the HB35M0JRZE through hole resistor has a much larger body than other resistors, allowing it to produce higher resistance values with smaller dimensions. This makes it suitable for applications requiring higher resistances without compromising on size. It also offers better heat dissipation capabilities due to its larger body.

The working principle of the HB35M0JRZE is based on the electrical resistance of the ceramic material which is used for its manufacture. When an electric current is passed through the resistor, it experiences a voltage drop proportional to the resistance value. This is due to the Ohm’s law which states that the voltage drop across a resistor is equal to the current multiplied by the resistance. This voltage drop reduces the current flow which is useful for controlling the amount of current flowing through a circuit.

HB35M0JRZE through hole resistors are commonly used in voltage divider circuits, where they are used to reduce the output voltage of a voltage source. They can also be used in measure-ment circuits, where their high resistance values are useful for measuring very small electrical signals. Additionally, they are also used in low-pass filter circuits, where they are used to reduce AC noise.

Overall, the HB35M0JRZE through hole resistor is a versatile component which can be used in a variety of applications requiring high resistances in small packages. It can function in any environment with it’s robust ceramic body and offers better heat dissipation than other resistors.

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