What is The Difference Between Regular and Cinetech High Precision Resistors?

cinetech high precision resistors are a type of device that fulfills a higher level of resistance accuracy, load life temperature, Coefficient, and long-term stability. However, the high Precision resistors always follow the installation method and the resistance Technology. There is no doubt that long-term stability is exceptionally important for the Precision resistors. It is one of the most important indicators without which the high precision rate would be meaningless. 

More often than not, the accuracy rate of the Precision resistors is associated with various factors. All these factors are collectively called stress. Stress comes from various aspects of passive components supplier by the resistor, ambient temperature, moisture from the external environment, radiation, overloading, static electricity etc. Each of these stresses separately or accumulator Li can change the resistance value significantly. It, in turn, can affect the resistance accuracy.

 

Difference Between Ordinary Resistors and Precision Resistors

 

Material Performance

 

With the changing temperature, the tolerance level of the Precision resistor also changes significantly. That means the tolerance level of the Precision resistors is way smaller than the tolerance level of other ordinary resistors.

 

Substantial Difference

 

In the case of the Precision resistors, the temperature stability of the components used for making the resistor is significantly higher than the regular ones. For example, the term Parichay tolerance level of the regular resistors ranges between 1 % to 5%. Compared to that, the tolerance level of the Precision resistors falls below 0.1%.

 

Costing Difference

 

As most precision resistors use components that ensure higher temperature stability, these resistors are much more costly than the regular ones.

 

Different Digital Modes

 

Most of the time, ordinary resistors come with three digits. The first two digits indicate the valid numbers, while the third one indicates the level of power. For example, the reading 152 means 1500 ohm. Compared to that, Precision resistors come with four-digit models. While the first three digits represent significant numbers, the last one represents power.

 

Colour Wheel Reading Difference

 

The color wheel reading of the ordinary resistors and the Precision resistors are mostly the same. While the fast two-digit stands as a normal number for the ordinary resistors, for the decision once the first 3 digits are considered as the regular number. The fourth ring represents the level of multiplying power, and the fifth ring indicates the tolerance level. That is why a Precision resistor is also called a five-colored ring resistor. 

 

These are some of the factors that you need to keep in mind while dealing with decision resistors. Always difference will help you to recognize the Precision resistors from the ordinary ones. Not only that, it will also help you to use the Precision resistor better.