H419K6BDA

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Through Hole Resistors are electrical components used to restrict and regulate the flow of electrical current within an electronic circuit. The value of a resistor is set by its fixed resistance, which is measured in ohms. As such, resistors are available in numerous different levels of resistance and power ratings. One type of through hole resistor is the H419K6BDA.

The H419K6BDA is a through-hole resistor with a nominal power rating of 4W at 25°C, and a rate of ± 20%. It is also available with either a Kelvin connection or a leaded connection. The device has a maximum DC working voltage of 250V, and a maximum operating temperature of 105°C. The resistor is constructed of a metal alloy and is typically encased in a ceramic body.

The application fields of the H419K6BDA resistor include voltage and current control within electronic circuits. It is mainly used in power supplies, electronic equipment, and appliances. It is also used in communication, medical, and automotive industries.

The H419K6BDA resistor utilizes a precision metal film to reduce failure caused by temperature, voltage, and power variation. The resistor\'s power rating is mainly related to the operating temperature and to the internal resistance of the resistor itself. Its performance and safety parameters are strongly correlated with the power rating, and this device offers very good thermal stability.

As for its working principle, the H419K6BDA resistor functions as an ohmic element on AC and DC currents. It restricts and regulates the flow of current by consuming some of the electrical energy from the circuit in which it is placed. By doing so, it efficiently controls the current, voltage, and power in electronic systems. The resistor is also a stable device, as it does not cause changes in its resistance values over time.

The H419K6BDA Through Hole Resistor is a precision device that is used to control and regulate current, voltage, and power in electrical systems. It is constructed from a metal alloy and has a good thermal stability, which makes it suitable for use in high-temperature or high-voltage applications. Its working principle is that it consumes some of the electrical energy from the circuit in which it is placed, thus controlling the flow of current.

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