Y5076V0004BT0L

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Y5076V0004BT0L is a resistor network designed by Yageo and it belongs to the resistor networks, arrays category. It has very small size and ultra-low profile, making it ideal for the most demanding board environments in Telecommunication, Consumer, Industrial and Automation markets.

It is composed of four resistors with a ratio of 1/1/180/180. The pin pattern and package type are both SURFACE MOUNT NEMA23. It has a rated voltage of 24V and the resistance value ranges from 10kohms to 1Megohms.

The working principle of Y5076V0004BT0L is fairly simple. It is driven by two lines, one positive and one negative. When these two lines are connected to the resistor network, the current returns to its original source after passing through a number of resistors with different levels of resistance. The value of each resistor will create a certain voltage while the combination of multiple resistors will produce a specific, constant voltage.

These type of resistor networks are capable of handing the most demanding environments such as medical, automotive, military and aerospace applications. They are also used in smart grids, flat panel displays, LED lighting, electronic signs and even consumer electronics like cell phones, tablets, musical instruments, portable media players and gaming devices.

In addition, the Y5076V0004BT0L is perfect for space conservation in consumer, industrial and telecommunication applications. It is capable of withstanding high temperature, it is resistant to extreme voltages and can handle ESD hits without malfunctioning. The small size of the resistor network makes it ideal for high-density applications which require high reliability and thermal stability.

Overall, the Y5076V0004BT0L series of resistor network offers high performance and reliable operation in almost any application. The product is designed with a low profile and small size, making it ideal for telecommunication, consumer, industrial and automation markets. It is perfect for controlling current in multiple components, allowing designers to create efficient power systems with minimal space requirements.

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