A202J 9-Pin 2K Ohm A09-202JP A-Type 9A 9P Array Thick Film Network Resistor

As a network resistor, you play a crucial role in ensuring that electrical circuits function properly. Without the right resistance, your circuit may not work at all, or it may become damaged over time. That's why it's important to choose a network resistor with the right resistance tolerance.

Resistance tolerance refers to the amount by which the actual resistance of a resistor may deviate from its stated value. For example, if you have a network resistor with a resistance of 100 ohms and a tolerance of ±5%, its actual resistance may be anywhere between 95 and 105 ohms.

This tolerance is important because it determines the accuracy of your circuit. If you have a resistor with a high tolerance, your circuit may not perform as expected. For example, if you have a voltage divider circuit with two resistors, a high tolerance in one of the resistors could lead to an inaccurate voltage output.

On the other hand, if you have a resistor with a low tolerance, your circuit may be more accurate, but it could also be more expensive. Resistor manufacturers use a variety of techniques to produce resistors with low tolerances, such as trimming the resistance value with lasers or using high-precision manufacturing techniques.

Network Resistor A152J 1.5K A202J 2K A222J 2.2K A272J 2.7K A302J 3K A332J 3.3K A472J 4.7K A512J 5.1K A562J 5.6K A622J 6.2K Ohm