FPR2A-0R3F1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

FPR2A-0R3F1 is a through-hole resistor series with some fairly unique characteristics. In general, resistors are used to limit the amount of current which can pass through an electrical system by using a material that has a higher conductivity than the material being handled. Delivery of a certain amount of current is also essential for proper operation of many other components and hence, resistors are an essential component of the modern electronic device.

FPR2A-0R3F1 is a through-hole resistor whose physical size could appear rather intimidating, but its performance and reliability make it a very effective choice in many applications. As with all resistors, the resistance is set by the diameter, length and material of the resistor. In FPR2A-0R3F1 series this resistance range is from 0.3mOhm to 3.3mOhm. Being through-hole type, the FPR2A-0R3F1 is ideal for applications where tight tolerance and high power requirements are a priority.

The ‘FPR’ part of the product name stands for ‘fused-pellet resistors’. This technology is quite innovative and allows the resistors in this series to achieve higher resistance value with a smaller size than traditional resistor types. It also ensures a very uniform performance across the entire resistance range and by extension, longevity of the product. The ‘2A’ part in the product name denotes the specific potentiometer series is used in the FPR2A-0R3F1. This potentiometer series allows for tightly regulated, low-dissipation resistance performance.

FPR2A-0R3F1, being the through-hole resistor, is suitable for a variety of industrial and commercial applications such as routers, access control systems, and LED lighting assemblies to name a few. As mentioned previously, FPR2A-0R3F1 resistors provide very consistent performance across the entire resistance range, making them ideal for applications where precision is key.

In terms of its working principle, FPR2A-0R3F1 works by using the material of the resistor as a barrier which prevents a certain amount of current flowing through the circuit. As with all resistors, the greater the resistance value, the lower the current that can pass through, and vice versa. The material used in the FPR2A-0R3F1 is a specialized conductive material, which has a higher conductivity than standard resistor materials, allowing for more current to pass through over the same amount of resistance.

In conclusion, the FPR2A-0R3F1 through-hole resistor provides a very reliable solution for those looking for a very precise resistive device that can also withstand the rigours of many industrial and commercial environments. Its resistance values are achievable with a relatively small size, meaning that the FPR2A-0R3F1 is perfect for those seeking a cost-effective resistor solution for their application, without compromising on safety or performance.

The specific data is subject to PDF, and the above content is for reference