MDP1601390RGE04

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Resistor networks and arrays, such as the MDP1601390RGE04, are discrete electronic components made up of multiple resistors connected in parallel or series. They are often used in electronic circuits when a specific combination of resistive values is needed. The MDP1601390RGE04 is a resistor array made up of fourteen resistors. Each resistor has a different range of Ohmic values available, providing up to sixteen possible combinations. Its purpose is to provide a specific resistance value from a limited selection of resistor values. This is important for applications where only a certain range of resistances can be used, such as voltage dividers, current sense applications, and signal debouncing.The MDP1601390RGE04 is divided into four sections, each containing three resistors, two resistors, three resistors, and four resistors, respectively. This allows for different resistance combinations. For example, a single component can be used to form a 6 ohm resistor array or a 600 ohm resistor array. Each resistor section is also connected to a plurality of pins allowing for a wide variety of connection options. All of these features make it a very flexible and cost-effective resistor network solution.

Component level, the MDP1601390RGE04 is composed of individual resistors that have been connected in a specific pattern to create a specific resistance value. The actual resistor values used are determined by the application requirements. It is important to note that the individual resistors are rated for a variety of working temperatures ranging from -40°C to +85°C, so it is possible to use them in both low- and high-temperature applications. Depending on the number of pins series-connected, the Ohmic value of the resistor array can be calculated. For example, a four-pin MDP1601390RGE04 has a resistance range of 0Ω - 16,000Ω.

Regarding working principle, resistor networks are used in various applications with different functionalities. One example is in signal attenuation, which is achieved by connecting two or more resistors in series. This forces the current through each resistor to be proportional to its resistance, resulting in a decreased voltage across the circuit. The MDP1601390RGE04 can also be used in a voltage divider circuit, where the output voltage is dependent on the ratio between the two resistances. It can also be used in high-side power switching, current sensing, and signal debouncing circuits.

In summary, the MDP1601390RGE04 is a fourteen resistor array that provides flexibility and cost-effectiveness in creating resistor networks with a wide range of Ohmic values. Its component level construction allows for flexibility in terms of combination possibilities, and its working principle is highly applicable in various applications such as signal attenuation, voltage divider, high-side power switching, current sensing, and signal debouncing.

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