RN55E9313BBSL Resistors

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Through hole resistors are components used in many areas of modern electronics. The RN55E9313BBSL is a through-hole resistor, which is commonly used in applications where precision and durability are required. This resistor has a low tolerance, making it suitable for situations where high accuracy is necessary.

The RN55E9313BBSL is a 10mm resistor, meaning it is relatively small in size. The resistor also has a very strong build quality, which makes it especially useful in areas where external noise could be an issue.

The RN55E9313BBSL is a surface mount type resistor. This means it does not require a pad or special type of installation to make it function properly. Instead, it is installed by soldering it directly to the circuit board. This makes it much easier to install and also makes the installation process much more reliable.

In terms of performance, the RN55E9313BBSL has outstanding resistive properties that make it ideal for power supply and insulation-related applications. The resistor is rated for up to 400mA of current, making it suitable for most power supply applications. The resistor is also rated for over 1,000V of operating voltage, making it suitable for use in very high voltage applications.

The working principle of the RN55E9313BBSL is based on the basic principles of electricity. The resistor works by allowing a controlled amount of current to pass through it. This current is determined by the resistance value of the resistor, which is controlled by the value printed on the resistor itself. The amount of current passing through the resistor is also affected by the voltage applied across the resistor, so it is important to make sure the resistor is designed to handle the correct voltage.

In summary, the RN55E9313BBSL is a through hole resistor suitable for many applications in modern electronics. The resistor has a small size, high build quality and excellent resistive qualities, making it suitable for power supply and insulation related applications. The resistor also has a working principle based on the basic principles of electricity, allowing a controlled amount of current to pass through it by controlling the resistance value.

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