ACASN2002E2002P1AT

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Resistor Networks, Arrays, are network or arrays of resistors often used to provide static resistance in electrical and radio circuits. The ACASN 2002E 2002P1AT is a type of resistor networks, which was specifically developed for use in audio applications. This article will discuss the application field and working principle of the ACASN 2002E 2002P1AT.

The ACASN 2002E 2002P1AT is designed for sound amplifiers and speakers as well as other sound-related applications. It is also known as a “phantom” resistor because of its ability to rapidly adapt to changing sound levels while maintaining an audible output level. The ACASN 2002E 2002P1AT is also designed to produce clean, low-noise Audio signals at low power levels. It has a wide range of operating voltage and current ratings and is very reliable in operation.

The ACASN 2002E 2002P1AT is composed of 6-pin resistors connected in series and connected to a single ground. The 6-pin configuration enables a very low on-state resistance due to the limited number of contact points. For instance, when two of the pins are shorted together, the total resistance is only 0.1 Ohms. Additionally, all contact points are made from high-grade materials to ensure low resistance and high thermal stability.

The ACASN 2002E 2002P1AT has a wide range of operating voltage and current ratings, which are suitable for the majority of audio applications. It is capable of providing up to 40 watts of power and its on-state resistance is very low (0.12 Ohms max). It can be used to generate both mono as well as stereo signals. Its wide voltage and current ratings make it ideal for applications such as audio amplifiers and speakers.

The working principle of the ACASN 2002E 2002P1AT is based on P-FET transistors, which are connected in a series-parallel configuration. The transistors form a circuit of resistors, which provide the current flow needed to power the audio circuit. The basic component of the circuit is a transfer function, which transfers the current from one resistor to another in a specific ratio. As the current passes through the resistors, it produces an output voltage that is dependent on the ratio set by the transfer function.

The ACASN 2002E 2002P1AT is a very useful and reliable type of resistor networks, and its wide range of operating voltage and current ratings make it beneficial for many audio applications. It is capable of providing up to 40 watts of power and its on-state resistance is very low (0.12 Ohms max), which makes it suitable for use in a wide variety of audio applications. Additionally, its series-parallel configuration and its transfer function enable it to rapidly adapt to changing sound levels while maintaining an audible output level.

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