YC164-FR-0756R2L

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Resistor Networks, Arrays are widely used in many fields and applications, from consumer electronics to automotive applications. The YC164-FR-0756R2L is a resistor network, array of eight 2512-sized SMD chips (surface mounted devices) that can be used in a variety of applications. It provides a low-cost, space-saving solution for low-voltage switching applications.

The YC164-FR-0756R2L consists of eight parallelly connected resistors that are automatically controlled by the chip. Each resistor is individually controllable and can be programmed to a specific resistance value, allowing the user to customize the design of the resistor network for their specific application. This feature makes the YC164-FR-0756R2L an ideal choice for voltage management applications. Additionally, its small-sized chip makes it suitable for applications with limited space.

In terms of operation, the YC164-FR-0756R2L works by generating the source-to-source or source-to-ground voltage. The current flow is then regulated according to the programmed resistance value. The chip also provides additional features such as current limiting and surge protection. This ensures that the system remains stable and does not short circuit.

The YC164-FR-0756R2L is used in a variety of applications, such as power supplies, motor controls, and power distribution systems. It is also used in automotive applications to manage the voltage provided by the alternator. The chip is also used in medical equipment, battery management systems, and low-voltage switching applications. The resistor network can be programmed to provide a specific voltage level for any given application.

Overall, the YC164-FR-0756R2L is a versatile, cost-effective resistor network, array that is ideal for applications that require precise voltage management. Its individually controllable resistors allow the user to customize the design of the resistor network for their specific application. The chip also provides additional features such as current limiting and surge protection. This ensures that the system remains stable and does not short circuit.

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