RM064PJ913CS

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Resistor Networks, Arrays

The RM064PJ913CS is a resistor network developed by KOA Speer Electronics Inc., a leader in resistor technology that combines specialized low temperature coefficient resistors with series and parallel networks for design flexibility. It is designed to meet the stringent requirements of harsh industrial environment applications such as high temperature and dust. Typical applications include: industrial automation system, machine control, electronic instruments, and automotive electronics.

The RM064PJ913CS has a comprehensive variety of features including custom terminals, a high-current design, a large range of resistance values, an anti-surge feature, low capacitance tolerance, and an all-metal body with an embedded resistor network that provides superior heat dissipation. Additionally, the FM064PJ913CS has an extended temperature range of -55°C to +150°C which makes it suitable for extreme temperature operation and is available in a standard 5×5 mm package.

Working Principle

The RM064PJ913CS is a unique resistor network that operates on the principle of series and parallel configurations. In a series circuit, the current flowing through all components is equal to the current flowing through the source of power. In this case, each individual resistor is carrying the same current as the total current in the circuit. In a parallel circuit, the current is divided among the components. Thus, each component has its own current.

In the RM064PJ913CS, a series-parallel configuration is used to allow for independent control of the current. Each resistor has its own resistance value which is controlled by varying the amount of current in the circuit. This allows for effective control of the total impedance of the resistor network, which is essential for industrial applications such as motor controls and electronic instruments.

The RM064PJ913CS also has an anti-surge feature. This feature ensures that the current passing through a resistor does not exceed its rated value. It protects the resistor from damage in the event of a short circuit or a surge in voltage. Additionally, the low capacitance tolerance of the RM064PJ913CS allows the device to operate at high frequency signals without the onset of bypass capacitive noise.

Conclusion

The RM064PJ913CS is a resistor network from KOA Speer Electronics Inc., that combines series and parallel configurations for design flexibility. It is suitable for high temperature and dust applications and continuously maintains its ability to dissipate heat effectively. The RM064PJ913CS has low capacitance tolerance and an anti-surge feature to protect the resistor from damage from short circuits or surges in voltage. It is designed for use in harsh industrial environments such as industrial automation, machine control, electronic instruments, and automotive electronics.

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