4816P-T01-330LF

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• Resistor Networks, Arrays

  The 4816P-T01-330LF resistor array is a network of two resistors connected in series and housed in a device assembly. It is often used in the design of electrical circuitry, such as power-supply circuits, where there is a requirement for an exact ratio between two resistors. The series connection of the resistors provides a voltage divider effect, so the voltage output of the circuit is determined by the ratio of the two resistors. This ratio enables the designer to precisely set the desired voltage levels at any point in the circuit. The 4816P-T01-330LF provides an exact ratio of 330 to 1 resistor between the two connected resistors, making it ideal for use in power-supply applications.

  The 4816P-T01-330LF resistor array is manufactured using a process known as thick film technology. This involves depositing a layer of metal or other conductive material, such as titanium alloy, onto a ceramic substrate. This creates a network of two resistors on the substrate, with the ratio of the two resistors determined by the amount of material deposited. This process is extremely accurate and provides a high degree of repeatability, making it ideal for precision applications.

  The 4816P-T01-330LF is designed to be used in a variety of power-supply circuits. It can be used to regulate the output voltage of an AC power supply, in order to maintain a constant voltage level over a wide range of AC mains voltages. It can also be used as a voltage reference in control circuits, as the precise ratio of the two resistors ensures that the reference voltage will not be affected by the input voltage. The resistor array can also be used to reduce voltage levels from high-voltage sources, such as mains transformers.

  The 4816P-T01-330LF is an excellent choice for power supply applications requiring an accurate resistor ratio. Its high reliability, repeatability and accuracy make it an ideal choice for precision applications. The resistor array is also relatively easy to install and use, making it a popular choice for power electronics engineers.

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