83F4R99

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Through Hole Resistors are precision resistors with an overall robust and reliable design for high temperature and energy-dissipating capability. The 83F4R99 is a through-hole resistor that uses silicon carbide for improved thermal stability and corrosion-resistance. Its features include low resistance values for higher capacity, high current rating, and wide temperature operating range.

The 83F4R99 is designed for high frequency and current applications such as power supplies, test and measurement equipment, implantable devices, and medical electronics. It is an ideal choice when maintaining a consistent and reliable electrical performance over a wide temperature range is critical.

The 83F4R99 utilizes a variety of innovative design elements that work together to provide exceptional performance and reliability. Its body is constructed with alumina ceramic and is highly corrosion-resistant. The terminals are designed for through-hole mounting, and the resistor is epoxy-ed to the terminals to ensure a low-resistance connection. The epoxy also protects against thermal shock and provides EMI/RFI shielding.

The 83F4R99 works by utilizing a vacuum-sealed, metal-plated package that is filled with silicon carbide. The silicon carbide resists heat and keeps the resistor from becoming overly hot even under high current usage. The metal-plated package has been designed to be accurate within a temperature range of 0°C to 85°C. The resistor also has self-resetting, overload protection that will shut the resistor down if it senses excessive current.

In addition, the 83F4R99 utilizes a variety of advanced design elements that help it resist environmental and physical factors while providing consistent performance. The resistor is also designed with an integrated bypass capacitor, which helps to reduce ripple and EMI/RFI interference. The resistor also features an adjustable thermal fuse that disconnects in the event of overvoltage or overcurrent conditions.

The 83F4R99’s great combination of features and performance make it an ideal choice for a variety of applications. Its rugged construction and reliable performance make it a great choice for industrial environments, and its low cost makes it an attractive solution for consumer electronics. Its versatility and stability allow it to be used in numerous and varied applications.

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