AHA25AFB-169R

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Chassis Mount Resistors are a type of resistive device used to provide electrical resistance in a circuit. The AHA25AFB-169R is a specific type of chassis mount resistor that is designed for high voltage and power applications. It has a low combined thermal resistance for superior thermal performance and high current capability for greater flexibility in design.

The AHA25AFB-169R is an axial lead, chassis mount resistor with an insulated metalized polyester film. This design provides high power dissipation and low inductance for improved noise immunity. The device has a current rating of 25A and a voltage rating of up to 17kV, making it suitable for many high voltage or power applications.

The AHA25AFB-169R has an accurate and robust resistance value with excellent electrical characteristics. It has low thermal drift resulting in improved temperature coefficient stability and low total series resistance (TSR) for better power handling. The resistor also has high surge capability and superior mechanical strength for high reliability under extreme temperature conditions.

The AHA25AFB-169R is ideal for applications such as motor drives, lighting, amplifiers, and transformers. It is also suitable for applications that require high voltage, improved thermal performance, and for applications that operate in both AC and DC environments. The AHA25AFB-169R is rated for up to 25A continuous and up to 17kV, making it well suited for high voltage, high power applications.

The AHA25AFB-169R is constructed with two layers of metalized polyester film encapsulated in a dry, non-conductive plastic material. This design provides superior thermal performance and high current capability. The resistor has an accurate and reliable resistance value with excellent electrical characteristics. The insulation is designed to offer superior temperature coefficient stability and low total series resistance (TSR). The AHA25AFB-169R has high surge capability and superior mechanical strength for high reliability under extreme temperature conditions.

The working principle of the AHA25AFB-169R is based on Ohm’s law. In a simple circuit, the current flowing through a resistor is proportional to the voltage applied across the resistor. This relationship can be expressed as I = V/R, where I is current, V is voltage, and R is resistance. The resistance of the resistor determines the amount of current flowing through the resistor, and the voltage applied determines the amount of voltage across it.

The AHA25AFB-169R has been designed to provide high power dissipation and superior thermal performance. The resistor is rated for up to 25A continuous and 17kV, making it an ideal choice for a variety of applications. The device has low inductance, low thermal drift, and improved noise immunity, making it a reliable solution for high voltage and high power applications.

In conclusion, the AHA25AFB-169R is a chassis mount resistor designed for high voltage and high power applications. It has an accurate and robust resistance value, excellent electrical characteristics, and low thermal drift. The device also has high surge capability and superior mechanical strength for high reliability under extreme temperature conditions. The AHA25AFB-169R is rated for up to 25A continuous and 17kV, making it an ideal choice for many high voltage and high power applications. The working principle of the device is based on Ohm’s law and the resistor operates in both AC and DC environments. This makes the AHA25AFB-169R a reliable and cost-effective solution for many power and high voltage applications.

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