YC358LJK-071K2L

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Resistor Networks, Arrays comprise of networks that are designed with both active and passive elements. The YC358LJK-071K2L resistor network is an example of such an Architectural Manufacturing Technology (AMT) device which is used in many applications. It is a four-terminal device that provides a high level of isolation and flexibility when applied in various circuit designs.

The YC358LJK-071K2L resistor network is available in surface mount (SMT) packages, as well as through-hole packages. The network involves three resistors with a common pin, giving it four terminals which are connected by wire bonds. The two outer resistors are adjustable while the center resistor is a fixed resistor. The device is rated for up to 12W of continuous power with up to a 34V maximum rating.

The YC358LJK-071K2L resistor network can be used in a variety of applications, such as in power supplies, DC-DC converters, audio and video equipment, and also in LED and LCD circuits. The device also provides voltage division functions, such as when it is used in low-side current measurement circuits. To make the resistor network more suitable for use in certain applications, customer-specified resistors and trimmed resistance values are available.

The working principle of the YC358LJK-071K2L resistor network is based on the principle of division of voltage. When current is applied to the resistor\'s terminals, the current divides in such a fashion that the voltage across each resistor is inversely proportional to its resistance. The overall resistance of the resistor network is determined by the sum of its individual resistors. The adjustable resistors also enable the user to change the total resistance of the network, thereby allowing the user to adjust the voltage division to the desired values and in different configurations.

In summary, the YC358LJK-071K2L resistor network belongs to the Architectural Manufacturing Technology (AMT) device family. It can be used in a variety of applications, from power supplies to audio and video equipment. The device is adjustable, providing flexibility for users to vary the overall resistance of the network as needed. Its working principle is based on the principle of voltage division, allowing current to divide in such a fashion that the voltage across each resistor is inversely proportional to its resistance.

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