Y5076V0126TT0L

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Resistor Networks, Arrays

A resistor network or array is an electronically engineered device with a set of resistors connected together in a way that make the individual properties of resistors, such as resistance, temperature, and power, work in a specific way. The Y5076V0126TT0L is a type of resistor network with a specific application and working principle.

Application Field

The Y5076V0126TT0L is a type of resistor network array designed for the purpose of providing filtered power to a load. The array selectively blocks and passes signals depending on the voltage or wattage of the power signal applied to it. This resistor array can be used to provide an even power supply to loads such as DC-DC converters, power amplifiers, and other systems requiring stable power for operation.

Working Principle

The working principle of the Y5076V0126TT0L is based on the concept of voltage divider circuits. A voltage divider is composed of two or more resistors connected in series. The two resistors are typically different in their resistance values. When a voltage is applied across the series resistance network, the voltage will be divided among the resistors based on the resistance ratio. In the case of Y5076V0126TT0L, the network is a 16-pin inductorless resistor array. It contains 4 individual branches, each of which has 4 resistors connected in series. The values of the resistors are selected for specific applications, such as providing filtered power to a load. When a voltage is applied across the network, it will be divided among the resistors in each branch based on their resistance ratio.

Conclusion

The Y5076V0126TT0L is a 16-pin inductorless resistor array designed for providing filtered power to loads such as DC-DC converters, power amplifiers, and other systems requiring stable power. It works on the principle of voltage divider circuits, wherein a voltage is applied across the series resistance network and divided among the resistors in each branch based on their resistance ratio.

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