VM10JB13R0

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Classification of Through Hole Resistors

VM10JB13R0

VM10JB13R0 is a type of through hole resistors which belong to the category of resistors. A resistor is a passive two-terminal electrical component that implements electrical resistance as a circuit element. Resistors act to reduce current flow, and, at the same time, act to lower voltage levels within circuits.VM10JB13R0 consists of a chip resistors and bare lead construction featuring a flameproof epoxy-coated non-inductive construction.The chip resistors are available in axial, radial-leaded, end-leaded and flat-leaded construction styles.The device construction is such that the resistive element is attached to solder tabs, which in turn are joined to metalized ceramic core type. A typical VM10JB13R0 resistor has a maximum resistance of 13 ohms and a tolerance of 5%.

Application field of VM10JB13R0

VM10JB13R0 resistors are primarily used in microwave ovens, air conditioners, washing machines, and other consumer electronics. They are used in industrial power control, communication equipment, interface circuits, TV receivers, breaker and motor control, etc. Additionally, VM10JB13R0 resistors can be used in circuits to improve the efficiency, such as in remote control applications.VM10JB13R0 resistors are also used in automotive applications such as audio systems, HVAC systems, air bags, and other safety systems.

Working principle of VM10JB13R0

VM10JB13R0 has two terminals which are electrically connected by a resistive material. When an electric current is passed through the resistor, it dissipates the energy of the current and reduces the voltage. This process is known as resistance. The resistors have a range of applications.When the voltage is applied to a VM10JB13R0, the current flows through the resistive material, producing a potential difference across the two terminals. The resistance of the resistor will determine how much current will flow through the resistor once the voltage is applied. The resistance is calculated by dividing the voltage applied across the resistor by the current through the resistor. The resistors have a TCR (temperature coefficient of resistance) which is its temperature variation, usually specified in parts per million/°C (PPM/°C). The TCR value is used to calculate the resistance value at high or low temperatures.Finally, the Maximum Power Rating (MPR) is the maximum amount of power that can be dissipated by the resistor before it heats up too much.

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