4820P-T02-513

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4820P-T02-513 are one type of resistor networks and arrays that are used to serve a variety of purposes in various electrical applications. Resistor networks are often used to safely reduce the voltage levels of a signal from one side of the circuit to the other, or to provide a series of multiple levels of either resistance or impedance. These components are important for keeping circuits safe from overloading and potentially damaging current spikes.

The 4820P-T02-513 is an eight-pin (dual in-line package) array of resistors built onto a single substrate. The array includes four sets of two series-linked resistors, which provide two different current pathways. The first two resistors in each set have an equal resistance rating, and the second two resistors are connected in parallel to the first set, resulting in a combined resistance rating that is lower than the individual resistors. The resistance values range from 34.2Ω to 1MΩ and voltage ratings up to 12V.

The main functionality of this component contains two main operating functions, which are voltage division and current limiting. A voltage divider is a device that allows the voltage in one side of an electrical circuit to be adjusted according to an external reference. When a voltage divider is incorporated in a design, the current in the circuit will be divided accordingly, thus providing controllable output. The 4820P-T02-513 resistor network also serves to limit the current flow in a predetermined fashion. By using the second set of resistors connected in parallel, the current flow through the circuit can be limited without introducing extra lag or even delaying the signal.

The 4820P-T02-513 is sometimes used in designs that require the adjustment of voltage signals, often those applications that require current smoothing or limiting. They can be found in circuits for switching regulators, automotive electronic systems, personal computers, HVAC equipment, and audio-visual systems. This product can also provide multiple signals with different levels of impedance and resistance, depending on the reference voltage. Its low drive current and low-power consumption make it suitable for many types of applications.

The 4820P-T02-513 is a very versatile component, as it can also provide a series of output signals that can be tailored for use in circuit designs that may handle a variety of electrical loads, currents, and voltages. It is also typically used in high-efficiency designs where the need to have better control over prevailing voltage levels and output current are critical. By adjusting the component’s resistance values, multiple levels of either resistance or impedance can be obtained. This helps provide greater levels of control, along with improved energy efficiency in the circuit.

The wide range of resistance ratings makes the 4820P-T02-513 ideal for precision resistive applications. When used as a voltage divider, the component has excellent linearity, so it delivers more precise resistance values no matter how large or small the voltage or current levels in the circuit. The component also has excellent temperature stability, so it is suitable for use in temperature-sensitive applications such as automotive, aerospace, and industrial electronics.

The 4820P-T02-513 is a small but extremely useful component for any circuit design where precision and fine control are essential. These components provide an excellent combination of precision, reliability, and energy efficiency, making them an ideal choice for a variety of applications.

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