RR02J750RTB Resistors

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Through hole resistors are widely used in many electronic components in order to control voltage and current in circuits. One of the most commonly used types of through hole resistor is the RR02J750RTB. This resistors feature high voltage ratings, excellent high frequency noise rejection, and wide temperature and operating range.

The RR02J750RTB are designed primarily for use in applications where high voltage and current control is required. These resistors are suitable for use in high voltage power supply, motor control, lighting control, and other applications. The resistor is rated at 1500V and is capable of handling up to 10A of current.

The RR02J750RTB is constructed with a ceramic body and has a copper-clad internal core. This core is surrounded by an insulating material to keep the current and voltage rate constant. The internal core is the heart of the resistor and provides the necessary electrical properties needed for the intended application. These components are available in both through-hole and surface-mount packages.

The RR02J750RTB has a unique working principle. When electricity passes through the core, the electrical current flow is restricted by the ceramic body. The core then heats up and the resistor acts as a heat sink, absorbing the excess heat. This helps to reduce the voltage and current and protect the underlying components from overload and damage.

The RR02J750RTB has a wide operating temperature range and is capable of operating in temperatures as low as -55°C and as high as +125°C. This makes the resistor suitable for use in a variety of conditions and environments. Additionally, the resistor contains an oxide-filled epoxy coating which helps to resist moisture and dust particles.

The RR02J750RTB is a versatile and reliable through hole resistor and is suitable for a wide variety of applications. Its high voltage rating, excellent noise rejection, and wide operating range make it an ideal choice for designers looking for a through-hole resistor with reliability and dependability.

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