ACASN1001S2001P1AT

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The ACASN1001S2001P1AT is a popular resistor network array that is used in a variety of electronic components from telecom to consumer products. It is typically used in resistive load solutions such as current sensing, temperature compensation, and LED driving. In order to learn more about the application field and working principle of the ACASN1001S2001P1AT, let’s take a closer look at its features.

The ACASN1001S2001P1AT resistor network array is a linear array composed of one non-shunted thin-film resistor with six identical resistors connected in parallel. The resistor network array has a maximum resistance of 100 ohms, a maximum power rating of 1.0 watt (W), and a tolerance rating of ±2%. The array also features water and air-tight connections, which protect the network from environmental conditions.

The ACASN1001S2001P1AT resistor network array can be used in a wide range of electronic applications. In telecom applications, it can be used in current sensing and temperature compensation. In LED driving applications, it can provide LED protection from overheating due to current overload or short-circuit conditions. It can also be used in consumer products for low-level sensing, audio signal mixing, and voltage division.

In order to understand the working principle of the ACASN1001S2001P1AT, it is important to understand how it operates. The non-shunted resistor in the network acts as a voltage divider that regulates the current through the network. This helps to maintain the desired voltage across the array, which prevents excessive power consumption and thermal overload.

The other six resistors in the ACASN1001S2001P1AT array work together to provide an additional level of protection. The resistors are connected in parallel, which increases the current-handling capacity of the array. This allows the array to handle larger currents without becoming overloaded. It also helps to provide a more consistent and reliable operation, which is necessary when working with sensitive electronic components such as LEDs.

In summary, the ACASN1001S2001P1AT is a popular resistor network array that is used in a wide range of electronic applications from consumer to telecom. Its non-shunted resistor acts as a voltage divider to regulate the current through the network, while its additional resistors provide protection from overloads and short-circuits. By understanding its application field and working principle, one can gain a better understanding of how this product can be utilized to provide a reliable and consistent solution for resistive load solutions.

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