RM2012A-102/203-PBVW10

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Resistor Networks, Arrays

The RM2012A-102/203-PBVW10 is a resistor network that comes in an 8 pin dual-in-line package (DIP) suitable for use in printed circuit boards. It is designed to provide resistance for any type of integrated or discrete application. This resistor network offers users a high quality, reliable and cost-effective solution for passive component applications.

RM2012A-102/203-PBVW10 consists of two separate resistor networks. The RM2012A features two independent 8-pin resistor networks, one with an on-board temperature sensor with series- and parallel-connected termination options and the other with a series-connected termination option. The RM2012A also features a 14-bit temperature coefficient of resistance (TCR) accuracy and resistor selectable options of either ±40 ppm/°C, 0-100 ppm/°C, or 0-200 ppm/°C.

The RM2012A-203 features two independent 8-pin resistor networks, one with an on-board temperature sensor with series- and parallel-connected termination options and the other with a series-connected termination option. The RM2012A-203 features an 8-bit temperature coefficient of resistance (TCR) accuracy and resistor selectable options of either ±20 ppm/°C, 0-50 ppm/°C, or 0-100 ppm/°C.

The RM2012A-102/203-PBVW10 offers users a much higher accuracy and reliability than the typical resistor network of the same package size. Additionally, the RM2012A-102/203-PBVW10 can be matched to create up to four separate resistance ranges, providing users with enhanced flexibility. The RM2012A-102/203-PBVW10 includes a user-selectable on-board temperature sensor, with an accuracy of ±2°C, to ensure reliable perfo rmance.

The RM2012A-102/203-PBVW10 can be used in a range of applications, such as analog circuit applications, digital circuit applications, motor control circuits, power supply circuits, temperature control circuits, amplifier circuits, and filters.

The RM2012A-102/203-PBVW10 works by providing resistance in the form of heat. The heat is generated by the continuous flow of electricity through the network. The precise amount of heat generated depends on the amount of electricity entering the network, as well as the resistance that is present. The resistance of the network is determined by the size and number of resistors that have been installed in the network. As the current passing through the network increases, the heat generated also increases.

In order to prevent damage to the network, a negative temperature coefficient (NTC) thermistor is also included in the network. This thermistor acts like a switch, and is designed to reduce the amount of heat generated as the temperature of the network rises. This ensures that the network does not become too hot, and therefore prevents damage to the network that could be caused by excessive heat.

The RM2012A-102/203-PBVW10 is a high quality, reliable, and cost-efficient solution for passive component applications. Its high accuracy and temperature resistance make it a great choice for a range of applications. The on-board temperature sensor also provides an extra layer of safety, ensuring that the network does not become too hot and cause damage.

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