RSF1WSJT-PN200R

Through Hole Resistors are resistors which are used to constrain the current flow and regulate voltage within certain circuits. They are commonly found in most electrical and electronic systems, including those with discrete components or integrated circuits. The RSF1WSJT-PN200R is an example of a surface mount resistor with a Through Hole package. It is a standard format resistor with a single mounting hole in the middle of its body, commonly referred to as a “single-hole”. This particular resistor has a 200 ohm resistance value and a standard tolerance of ±2%, making it suitable for a variety of applications.

The main purpose of through hole resistors is to combat voltage drops or power surges that could damage delicate electrical components. In addition, through hole resistors can be used to limit current in a circuit in order to maintain a desired level of performance. As such, they find application in a broad range of electronic systems including power supplies, automotive, medical, and industrial.

The working principle of the RSF1WSJT-PN200R is fairly straightforward. The resistor is used to reduce the current flowing through a circuit, while at the same time preserving its voltage. When applied to a circuit, it will act as a stop gap, limiting the current to a safe level. This prevents the circuit from being exposed to potentially dangerous levels of current which could cause damage.

In addition to its voltage-regulation role, the RSF1WSJT-PN200R also provides stability and accuracy for a variety of circuits. This is because its 200 ohm resistance value and low tolerance of ±2% keep current within an expected range of values at all times.

Overall, the RSF1WSJT-PN200R is a reliable and accurate surface mount resistor with a through hole package. Its 200 ohm resistance value and low tolerance of ±2% make it ideal for a wide range of applications, including power supplies, automotive, medical, and industrial. The through hole design also provides stability and accuracy, as it helps to keep current within an expected range of values at all times.