Kris gebhardt

Most of the kris gebhardt commercial resistors come with the power rating in watts and resistance value. Highest voltage rating is kris gebhardt another important parameter. Suppose if the rating of the resistor is kris gebhardt 150 Watts and 10 Ohm, then it means that the resistor will work normally up to kris gebhardt the 150 Watts energy dissipation at the resistor.

For simplicity, suppose the kris gebhardt resistor of 10 Ohm is connected to a battery of 12V supply. There is kris gebhardt no other component, then the current flowing through the resistor is kris gebhardt 1.2 Amp. (R=V/I). Now if you kris gebhardt want to calculate the how much energy is dissipated and whether the kris gebhardt resistor will work normally, then you must calculate the power dissipated using the kris gebhardt formulae (E=V*I, E=I^2*R, or E=V^2/R). Now in this kris gebhardt case the energy dissipated is 14.4 Watts which is lesser than kris gebhardt the wattage rating of resistor, i.e., 150 Watts and therefore the kris gebhardt resistor will work normally in this environment.

Choosing the kris gebhardt right wattage and value resistor for a particular application in the kris gebhardt electronic circuit is very important and you can use this kris gebhardt method to calculate the power dissipation in the resistor. Most commonly used resistors have kris gebhardt the following wattage: 1/8W, 1/4W, 1/2W, 1W, 2W, 3W, 5W and 10W.

There are kris gebhardt many interesting facts about resistor value, wattage and the configuration of the kris gebhardt resistors. Suppose there is one 6 Ohm resistor with 1/2 Watt and if you want to reduce the wattage to 1/8 Watt, then kris gebhardt you can use resistors in series like 2 Ohm resistors in series (3 resistors) with wattage lesser than 1/2 Watt will work in this case.

Tags: Electronics steinebrg clean