H490K9BZA

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Through Hole Resistors are used in a wide range of applications. The H490K9BZA is a through hole resistor that is widely used in many different industries, especially those that require high accuracy and precision. The H490K9BZA is a high-precision resistor, with the ability to operate at a wide range of temperatures, from -50°C to over 500°C.

The H490K9BZA is a non-linear resistor with a low ohmic value. This characteristic makes it ideal for use in high-performance applications, such as in radio frequency amplifiers, low current and high voltage applications, and in measuring and measuring applications. The resistor also has an operational temperature range of -50°C to over 500°C.

The characteristic of a resistor is distinguishing by its resistance value, or ohmic value. This is the electrical resistance of any component measured in Ohms. For the H490K9BZA, this value is stable up to a given temperature. Moreover, the H490K9BZA has a wide power range, from a few milliwatts up to several kilowatts.

The H490K9BZA is an intrinsic resistor with a low temperature coefficient. This means that when the temperature changes, the ohmic value remains constant. This is an important feature of the H490K9BZA, as it is used in applications that require stable, repeatable results. For these reasons, the H490K9BZA is usually used in high-precision measurements and measurements of ac and dc voltages.

The H490K9BZA is an NPN-type resistor with a standard tolerance of 0.3%. It can handle a wide range of power levels, from 1mW to 10W, with a current sensitivity of 1mA/V2 and a capacitance rating of 0.2pF. The H490K9BZA is designed to be stable and reliable in a wide range of operating and environmental conditions, including humidity, heat, cold and shock.

The H490K9BZA is often used in the development and design of sophisticated electronic systems, such as medical and audio equipment, power supplies, and industrial controls. It can be found in numerous applications, from resistive voltage dividers to power regulation circuits, and from noise suppression to signal isolation in converters.

In terms of working principle, the H490K9BZA functions by allowing electrons to travel through the material of the resistor from one end to the other. The resistance of the resistor is inversely proportional to the length of the wire between the two ends. The longer the wire, the lower the resistance of the H490K9BZA. This principle is the basis of the resistor\'s reliable operation in high-performance applications.

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