H4267KBDA

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Through Hole Resistors

H4267KBDA resistors are through hole resistors that are used for a variety of applications. They come in a wide variety of packages, sizes, and resistance values. In general, through hole resistors are designed to be inserted into pc boards. While originally created to enable circuit tracks to be formed on pc boards, today, they are also used to allow components to be soldered securely while providing the basis for connection paths.

Application Field

H4267KBDA resistors are commonly used in oil and gas, aerospace, and automotive applications. They are designed to be robust, withstanding vibration and environmental stressors such as heat, dust, and humidity. They can also be used in electronics, communications equipment, and military applications. One of the most popular uses for H4267KBDA resistors is in uC development, where they provide a cost-effective method for controlling and adjusting circuit parameters. Additionally, they are often employed in signal conditioning applications such as filters, wave-shaping circuits, and amplifier feedback.

Working Principle

H4267KBDA resistors work by providing electrical resistance, thereby controlling voltage levels in a circuit. The resistors are made up of a resistive element, usually made of a material such as metal or carbon film, into which a material such as nickel is embedded. When a voltage is applied to the resistive element, this produces a current flow through it. The amount of current that can flow is determined by the resistance value of the element. By adjusting the resistance value, it is possible to adjust the amount of current flowing through the circuit, thus controlling the voltage levels.

H4267KBDA resistors are designed to provide reliable performance in a wide variety of applications. They are constructed to be robust, withstanding environmental stresses, and provide reliable performance even under extreme conditions. Their adjustable resistance values allow them to be used to control voltage levels in a variety of different circuits, making them a popular choice for a range of applications.

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