RN55C1113BBSL

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Through Hole Resistors are electrical components typically used in electronic circuits to control or reduce current flow, to adjust signal levels, to quarantine noise, or to bias active elements. They do this by introducing a predetermined amount of opposition to voltage or current, depending on what type of resistor is used. RN55C1113BBSL is a through hole resistor which has a variety of applications and principles of operation.

The RN55C1113BBSL is a 0402 (109 Metric) chip resistor with a ± 0.1% tolerance and a working voltage of 25 volts. It has a power rating of 0.063W at 70°C, and a maximum temperature of 170°C. It is made of a ceramic / polymer composite and features an SMD mounting for easy assembly from the front side of the circuit board. It is designed for relatively low-current/high-resistance applications, such as radio frequency (RF) circuits, voltage dividers, sampling circuits, etc.

The RN55C1113BBSL is known for its low insertion loss, noise reduction and reliable operation over a wide operating temperature range. It has great stability even when exposed to harsh environmental conditions, such as high humidity and high temperatures. The chip resistor can be used in audio circuits, digital signal processing (DSP), imaging systems, lighting products, and more.

The working principle behind the RN55C1113BBSL is based on the basic laws of electricity. When a voltage is applied across the resistor, it will create a current. This current is proportional to the voltage, and the proportionality is determined by the resistance. By adding a resistor in series with the current, the current is reduced, resulting in a voltage drop across the resistor.

This same principle applies to the RN55C1113BBSL. The resistor is wired in series with the load, creating a voltage drop across the chip. This allows for precise control of voltage and current, which is the basis of its many applications.

In conclusion, the RN55C1113BBSL through hole resistor is designed for low-current/high-resistance applications, and operates by using the basic laws of electricity. It is a reliable chip resistor that can be used in many settings, such as audio circuits, digital signal processing (DSP), lighting products, and more.

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