ERG-2SJ161

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Introduction

The ERG-2SJ161 is a through hole resistor with a sturdy construction that uses in the application field of electronic circuits. It has two solderable legs for easy mounting on the circuit boards, making it a reliable and cost-effective choice for a variety of electronic applications. This resistor is designed to produce resistive values and voltages up to 16 volts, allowing for reliable and accurate power protection measurements in audio/video circuity applications. Additionally, the ERG-2SJ161 is capable of providing very low overall system power consumption, making it excellent for battery powered devices. This article will discuss the application field and working principle of the ERG-2SJ161.

Application Field

The ERG-2SJ161 is mainly designed for audio/video circuitry applications, and is commonly used to measure relative and absolute audio levels in consumer electronics. It is also an ideal choice for circuit board power protection measurements, thanks to its low power consumption and resistance values up to 16 volts. Additionally, the ERG-2SJ161 is perfect for measuring signal levels in consumer electronics and low-power industrial electronics, such as motor control circuits, power supplies, and communication systems. The ability of the resistor to remain stable at high levels of current also makes it suitable for converters, inverters, and other power-intensive applications.

Working Principle

The working principle of the ERG-2SJ161 is simple but effective. The resistor consists of two separate legs that are connected together via a metal part, known as the bridge or diode. This bridge acts as a bridge between the negative and positive voltage of the circuit, forming a “gate” that provides a path for the current. The resistor then works by allowing only a certain amount of positive current to pass through the gate, independently of the voltage. This current is heavily regulated, since the resistance values of the diode are accurately specified by its manufacturer.

Once the current has been properly regulated by the diode, the resistor then works by converting the current into heat energy, which is then directed into a heat sink. This heat is then dissipated to the environment, resulting in a steady and reliable energy transfer process. The total resistance of the resistor is determined by the size of the bridge and the thermal energy dissipated to the environment, allowing for an accurate and reliable measurement of current within the circuit.

Conclusion

The ERG-2SJ161 is a reliable and efficient through hole resistor, designed to measure relative and absolute audio levels in consumer electronics, and circuit board power protection measurements. The resistor consists of two legs that are connected together via a metal diode, which acts as a bridge between the negative and positive voltage of the circuit. The diode then works to only allow a certain amount of positive current to pass through the gate, before converting it into heat energy and dissipating it to the environment. This robust and reliable design makes the ERG-2SJ161 an ideal choice for a variety of electronic applications.

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