H4196RBCA

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Through Hole Resistors are components that control or limit current flow in a circuit. These resistors are cylindrical in shape and are available in two different types: precision resistor and current-sense resistor. The H4196RBCA is a precision resistor that is both temperature-stable and designed to provide exceptional tolerances and performance characteristics. It is a robust, low cost resistor for various applications that require superior accuracy and stability.

The H4196RBCA is a popular choice for many design engineers designing circuit boards because of its superior stability and accuracy. It is designed to provide excellent response times, superior temperature stability, and high reliability. This type of resistor also has a high thermal resistance, which makes it ideal for applications where high temperatures are present, such as industrial and automotive applications. Additionally, the H4196RBCA has a wide range of available current ratings and resistance values, making it suitable for almost any circuit board design.

The H4196RBCA is a thru-hole resistor that is designed for a variety of applications including, but not limited to, precision analog and digital circuits. It is well-suited for use in these circuits because of its precision tolerances and excellent temperature stability. The H4196RBCA is also ideal for use in surge protection devices, where it helps to limit the voltage spikes in the circuit during an overcurrent incident. Additionally, this type of resistor can be used in precision instruments that require high accuracy.

The H4196RBCA is a metal-film resistor, which means that it is made from a metal layer deposited on a substrate. The thickness of the metal layer determines the resistor’s resistance value. The metal layer is usually deposited by vacuum evaporation, sputtering, or chemical vapor deposition. The substrate material used for the H4196RBCA is usually a ceramic. The ceramic substrate helps to thermally protect the metal layer, which helps to reduce the thermal coefficient of variation. This helps to minimize the effects of the resistor’s drift in response to changes in temperature.

The working principle of the H4196RBCA is simple. An electrical current applied across the resistor will cause it to become resistive to the flow of current. This will cause the electrical flow to be limited or controlled, depending on the magnitude of the applied current. The amount of current that passes through the resistor can be adjusted by changing its resistance value. The resistor can also be connected in parallel or series with other components in order to vary its performance and output.

Overall, the H4196RBCA is an excellent choice for circuit board design projects that require consistent stability and performance. This type of resistor is ideal for use in a variety of applications due to its wide range of different resistance values and current ratings. Additionally, it has excellent temperature stability and surge protection capabilities. This makes it a reliable choice for design engineers who need to create boards that can handle high-temperature environments and surges in current.

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