H8511KBCA

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Through Hole Resistors are commonly used components in electronic engineering to create a high resistance electrical pathway between two points with a low voltage drop. They are also used to provide an electrically closed circuit through which current may pass. The H8511KBCA resistor is a through hole component designed to meet exacting requirements in demanding applications.

The H8511KBCA is a fairly standard fixed, through hole resistor. It comes in a large range of sizes from 0.1% to 5% tolerances in both standard and near-zero TC values. The current limit of the H8511KBCA is 250mA with a power rating of 1.1Watt. The typical temperature coefficient is between -15ppm/°C and -30ppm/°C which makes it suitable for applications that require high temperature stability. It is also RoHS compliant and suitable for Lead Free soldering processes.

The H8511KBCA is suitable for use in a variety of applications where there is a need for an inexpensive and reliable through hole resistor. This includes applications such as power supply filtering and pulse circuits where a high resistance is needed. It can also be used in low power RF circuits where temperature stability is important. The H8511KBCA is also suitable for use in analog and digital electronics where low power consumption is needed.

The working principle of the H8511KBCA is based on the physical properties of materials that have a high resistance to electricity, such as carbon and copper. The material of the resistor is generally carbon or copper wire which is connected to the two electrical contact points. This creates an electrical pathway for the electricity to travel between the two contact points with a low voltage drop. In addition, the resistance is usually determined by the size and shape of the resistor which can be adjusted depending on the requirements of the application.

Overall, the H8511KBCA is a reliable through hole resistor suitable for a variety of demanding applications. Its high temperature stability and low current and power ratings make it an ideal choice for high power, low voltage applications. In addition, it is RoHS compliant and suitable for use with Lead-Free solder processes.

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