95J2R2E

Through Hole Resistors are widely used in a wide variety of applications due to their small size, wide availability, and relatively low cost. The most common through-hole resistor is the 95J2R2E. This type of resistor is used in line following robots, drop-in linear displacement sensors, and as a current-limiting device. In this article, we will explore the applications and working principle of 95J2R2E.

The 95J2R2E is a three-terminal non-polarized resistor designed for repetitive applications. This type of resistor is suitable for use in a variety of DC and low-frequency applications, such as noise-source suppression, AC/DC filtering, signal processing, and other electrical circuit control functions. The 95J2R2E features a high resistance-to-power ratio, low voltage drop, low power dissipation, high stability, and very fast switching time. As a result, it is often used in power supplies, audio and video circuits, and other devices where precise control of power delivery is required.

This type of resistor is also used in line-following robots. Line-following robots use a 95J2R2E to detect changes in the line voltage and adjust their driving behaviour accordingly. By detecting changes in voltage, the robot can avoid obstacles and follow the line accurately. It is also used in linear displacement sensors, such as those used in military applications, as they are able to sense changes in linear distance and adjust the machine’s behaviour accordingly.

The 95J2R2E is also a popular choice when it comes to current-limiting devices. Current-limiting devices are used to protect electrical circuits from destructive current by limiting the current to a pre-determined value. This helps reduce the risk of over-heating, voltage spikes, and other damages caused by uncontrolled current. The 95J2R2E is particularly suited for such applications, as it can quickly and reliably limit the current, while at the same time maintaining a stable, low voltage drop.

The working principle of a 95J2R2E is relatively simple. It works by using the highly resistive material in its construction to limit the flow of current. The resistor is connected in series with the circuit, so that any increase in the current will result in a proportional reduction in voltage. This, in turn, will result in a reduction of the current in the circuit, thus protecting it from damage.

In conclusion, the 95J2R2E is a small, non-polarized resistor used in a variety of applications such as noise-source suppression, AC/DC filtering, signal processing, robot navigation, linear displacement sensors, and current-limiting devices. Its working principle is quite simple, as it uses the highly resistive material in its construction to limit current and protect the circuit from damage.