ERG-1SJ331

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Through Hole Resistors are electrical resistors that are available in through-hole components which are inserted through the holes of a printed circuit board. This allows a greater electrical contact area than surface-mounted components which sit on top of the board, making the components more stable and reliable for long-term use. The ERG-1SJ331 is a radial leaded, non-inductive resistor with excellent stability over a wide range of environmental conditions. It features a high power rating and low soldering temperature during assembly, making it ideal for use in high-power applications.

The ERG-1SJ331 is a high voltage, non-inductive device that provides excellent thermal stability and repeatability over its specified operating range. It has a wide range of environmental performances including temperature, humidity, moisture, shock and vibration. This makes it ideal for use in many high voltage applications such as power supplies, automotive, medical, and industrial electronics. The device also features an exceptionally low noise level with very high temperature coefficient of resistance (TCR) which is beneficial in applications where stability of resistance is required. In addition, it is available with a variety of coating materials such as silver, black, and yellow to provide superior environmental protection.

The ERG-1SJ331 is engineered to provide superior performance in temperature and humidity variations and features a tight tolerance of resistance with low TCR. This ensures reliable operation over a wide range of environmental conditions and helps reduce failure rates in critical applications. Additionally, the device has a small size and low profile which allows for a greater degree of board space saving as compared to traditional resistors.

The ERG-1SJ331 operates based on the principle of ohmic resistance. This is a property of an electrical conductor in which the resistance to the flow of electricity is directly proportional to the potential difference across its length. In other words, the larger the voltage applied across the resistor, the higher the current passing through it. This ultimately results in a voltage drop across the resistor, which is proportional to the current. By manipulating the size of the conductor, the amount of resistance can be controlled, allowing for the adjustment of the voltage drop across the resistor.

The main application of the ERG-1SJ331 is in automotive and industrial applications where high voltage is needed for reliable operation and efficient power conversion. Additionally, the device is used for variable resistance applications. For example, the ERG-1SJ331 can be used in adjustable power supplies or variable load circuits in order to adjust the voltage output. It is also ideal for unregulated power supplies, where a resistor is used to reduce the voltage output of the power supply.

When it comes to assembly, ERG-1SJ331 is designed to operate at high power levels while offering easy and reliable assembly. Its robust construction allows for low solder temperatures during physical assembly, making it ideal for high-power applications. Furthermore, the device offers excellent stability with low TCR over a wide range of environmental conditions, making it an ideal through-hole resistor.

In summary, the ERG-1SJ331 is an ideal through-hole resistor for applications that require high voltage and environmental stability. It offers excellent performance and easy assembly, making it an ideal choice for automotive and industrial applications. It provides superior performance in temperature and humidity variations, tight tolerance of resistance and low TCR, allowing for reliable operation and efficient power conversion.

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