HHV-50FT-52-560K

Through Hole Resistors

Through hole resistors are a type of resistors that are typically composed of a coiled material of thin resistive wire, a cylindrical non-conductive ceramic core, and a metal enclosure containing both the core and the wire. The metal enclosure serves as a connector to the rest of the system. These components allow a resistor to dissipate heat generated from an applied current and resist electrical changes.

The HHV-50FT-52-560K resistor is a through-hole resistor with a specific use-case application and working principle. The resistor is usually used in a wide range of analog and digital circuit boards and projects, where its exceptional voltage rating, temperature coefficient and surge capability make it a great choice for discrete performance testing.

The resistor is rated for a maxium voltage of 50V, with standard industry tolerances up to 2%. Its temperature range is rated up to a surface temperature of +150°C. Its current rating is 52 mA, with a power capability of 560mW. The normal power dissipation is inversely related to ambient temperature, with an optimal peak temperature coefficient of 4140ppm/°C.

The working principle of the HHV-50FT-52-560K resistor is based on Ohm\'s law, the basic formula for voltage, current, and resistance. The formula states that the total voltage, V, across a resistor is equal to the current flowing through it, I, multiplied by its resistance, R. Therefore, the HHV-50FT-52-560K\'s total voltage is equal to the current flowing through it multiplied by its resistance, which is 560mW. This current-resistance combination allows the resistor to dissipate heat as it converts potential energy to thermal energy.

To sum up, the HHV-50FT-52-560K through-hole resistor is a component designed for a variety of applications, such as analog and digital circuit boards and projects. It is rated for a maximum voltage of 50V and has a current rating of 52 mA. It has a standard industry tolerance of up to 2%. Its working principle is based on Ohm\'s law, which states that the total voltage across a resistor is equal to the current flowing through it multiplied by its resistance. The resistor uses this current-resistance combination to dissipate heat as it converts potential to thermal energy.