RP104PJ914CS

Power Per Element:	62.5mW
Height - Seated (Max):	0.018" (0.46mm)
Size / Dimension:	0.079" L x 0.039" W (2.00mm x 1.00mm)
Supplier Device Package:	0804
Package / Case:	0804, Convex, Long Side Terminals
Mounting Type:	Surface Mount
Applications:	--
Operating Temperature:	-55°C ~ 155°C
Temperature Coefficient:	±200ppm/°C
Series:	RP
Number of Pins:	8
Resistor-Ratio-Drift:	--
Resistor Matching Ratio:	--
Number of Resistors:	4
Tolerance:	±5%
Resistance (Ohms):	910k
Circuit Type:	Isolated
Part Status:	Active

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Introduction

The RP104PJ914CS is a Resistor Network, Array (RNA) that provides a resistive bridge which allows for a voltage, current or resistance measurement. It can be used to measure DC, AC signals, as well as offer impedance matching. It is primarily used in the industrial field for resistance measurements or sensor signal response.

Application Field

The RP104PJ914CS Resistor Network, Array has several primary applications, including resistance measurement in industrial industries, AC/DC signal measurement, sensor signal response measurement, and impedance matching.Resistance MeasurementOne of the primary applications of the RP104PJ914CS is resistance measurement in industrial industries. With the RP104PJ914CS, a multi-bank resistive bridge allows for precision resistance values to be accurately measured. This precision measurement makes it perfect for use in accurate industries requiring precise measurements such as power converters, cell phone motherboard assemblies, aircraft component and monitoring instruments. AC/DC Signal MeasurementThe RP104PJ914CS also allows for accurate AC and DC signal measurements from small and large signal sources. It has a wide frequency range of 15 hertz to multiple megahertz allowing for a large range of signals to be measured accurately.Sensor Signal Response MeasurementThe RP104PJ914CS has built in resistive circuits to allow for accurate measurement of signals from sensors like thermocouples, photocouples, load cells and any impedance matching. The resistive bridge resists the signal and accurately mesure the response allowing the sensor to act as a bridge to measure voltage or current.Impedance MatchingThe RP104PJ914CS has a multi-bank resistive bridge with precision resistors that can be used to provide precise matching of impedances. This makes it perfect for matching impedances in circuits and allowing a larger, more accurate signal than what could be accomplished with just one resistor.

Working Principle

The RP104PJ914CS has four independent banks of resistors connected in parallel. Each bank is independent and can be adjusted individually to increase it’s resistance value. A low-impedance shielding technique is used to reduce the effects of noise and interference.The resistor banks are controlled by an integrated controller which allows for highly repeatable resistive measurements. The controller allows for each bank of the resistor to be adjusted individually to increase its resistance value.The RP104PJ914CS can also be used to balance the output current between the two halves of a resistor. This is accomplished by adjusting the resistance of each bank individually to increase the output current of one half of the resistor as the other halves current is lowered. This allows for precise measurements of small signals to be measured.In sensor signal response measurements, the resistive bridge resists the signal and accurately measures the response allowing the sensor to act as a bridge to measure voltage or current.

Conclusion

The RP104PJ914CS Resistor Network, Array is an industrial component which is designed to allow for the precise measurement of DC, AC signals, as well as offering impedance matching. It can be used in several primary applications, including resistance measurement in industrial industries, AC/DC signal measurement, sensor signal response measurement, and impedance matching. The RP104PJ914CS has an integrated controller and four independent banks of resistors connected in parallel that allow for precise resistive measurements and precise impedance matching.

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