YR1B2K67CC

Through Hole Resistors are widely used in a variety of applications, from displaying signal outputs to setting and controlling levels of power. Among the range of resistors, YR1B2K67CC through hole resistors are among the most popular and widely used components. This article will discuss the range of applications of YR1B2K67CC resistors and its working principle.

Applications: YR1B2K67CC through hole resistors are incredibly versatile and their range of use in different types of applications range from controlling voltage, current, and power levels, to supplying a wide range of currents. YR1B2K67CC through hole resistors are used to limit the current and establish the desired voltage drop, usually in current-limiting and battery-charging circuits, for instance, controlling power and reducing current used in LED light panels. YR1B2K67CC resistors can also be employed in temperature sensing, as their performance doesn’t change regardless of temperature.

YR1B2K67CC resistors are also highly popular in automotive applications, such as immobilizers, for their low power qualities. These small resistors can offer reliable performance and have a rated power of 0.125W and a maximum power dissipation of 1.5W, making them highly effective in quick current limitation and ensuring the regulated power consumption.

Working Principle: The YR1B2K67CC through hole resistors employ a 4-band or 5-band coding system. The body of the resistors are marked with four or five bands including the construction tolerance band (if any). The resistance and tolerance values are calculated by the following equation:

R = R1 + (R2 x 10) + (R3 x 100) + (R4 x 1000)

where R is the total resistance, R1 is the first significant digit of the resistance value, R2 is the second significant digit, R3 is the multiplier, and R4 is the tolerance. For instance, if a four-band resistor has markings of yellow-violet-red-gold, the resistance value will be 47kΩ ±5%.

The YR1B2K67CC resistors are designed to work by dissipating thermal energy when the resistance experiences a current flow. This principle is known as Ohm’s Law, and it states that the amount of power dissipation (in watts) is equal to the current (in amps) passing through the resistor multiplied by the voltage (in volts) across the resistor. YR1B2K67CC resistors make use of this principle to control the current and voltage levels in the circuit.

The YR1B2K67CC resistors also possess excellent temperature stability which is important for ensuring the reliable operation of the component. This is achieved by using special materials such as manganin and nickel-chrome wire which limit the amount of variation in resistance value due to heating. This also makes the YR1B2K67CC resistors suitable for use in harsh environments, as the stable performance ensures reliable operation under various temperatures.

In summary, YR1B2K67CC through hole resistors are widely used in a variety of applications due to their excellent performance. In addition, their low power consumption and excellent temperature stability make them suitable for various operations, such as controlling current levels and supplying current. Understanding the working principle behind these resistors helps to appropriately use them in various systems and applications.