RF064PJ911CS

Power Per Element:	31.25mW
Height - Seated (Max):	0.013" (0.33mm)
Size / Dimension:	0.055" L x 0.024" W (1.40mm x 0.60mm)
Supplier Device Package:	0603
Package / Case:	0502 (1406 Metric), Long Side Terminals
Mounting Type:	Surface Mount
Applications:	--
Operating Temperature:	-55°C ~ 125°C
Temperature Coefficient:	±200ppm/°C
Series:	RF
Number of Pins:	8
Resistor-Ratio-Drift:	--
Resistor Matching Ratio:	--
Number of Resistors:	4
Tolerance:	±5%
Resistance (Ohms):	910
Circuit Type:	Isolated
Part Status:	Active

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RF064PJ911CS is a type of Resistor Networks, Arrays that has many applications. It is a high-performance, small size 2x2 array resistor network with two single elements in series connected by a common ground. This device is ideal for use in many applications, such as current sensing, load monitoring, switching control, and level translation.The RF064PJ911CS is a compact, surface mount, 2x2 array resistor network with 0603 case size. It has four low resistance elements (0.060 ohm, 0.100 ohm, 0.200 ohm and 0.220 ohm) that are connected in series-parallel arrangement. The device features high linearity, low noise, and wide frequency range operation. Additionally, the device offers very low temperature coefficient (max ±50ppm/°C) and low temperature rise performance.The RF064PJ911CS is widely used in many applications, such as current sensing, load monitoring, switching control, and level translation. It is especially suitable for high-accuracy signal conditioning applications, where low thermal drift, noise, and high linearity over the temperature range are required. Additionally, the device can be used for high reliability systems due to its wide temperature range operation.In current sensing applications, the RF064PJ911CS is used to measure current in a circuit. The device contains two resistors in series, and each resistor has a different resistance value. By connecting a current source in series with the device, the current is split between the two resistors, and the voltage across each resistor can be measured. The total current can then be calculated using the two separate voltage measurements, and the resistance values of the resistors in the device.In load monitoring applications, the RF064PJ911CS is used to detect changes in the load on a circuit. The device is connected in series with the load, and the voltage drop across the device is measured. As the current in the circuit increases, the voltage drop across the device increases as well. If the voltage exceeds a certain limit, it can be used as a signal to the circuit to activate a switch.In switching control applications, the RF064PJ911CS is used to switch between two or more devices. The device contains two resistors in series, and each resistor has a different resistance value. By controlling the voltage across each resistor, the device can be used to switch between two or more devices connected to the same voltage source.In level translation applications, the RF064PJ911CS is used to translate a voltage from one range to another. The device contains two resistors in series, each with a different resistance value. By applying the correct voltage to the device, the output voltage can be translated from one level to another. This is especially useful in power conversion applications, where voltage levels need to be adjusted for compatibility with different devices.The working principle of the RF064PJ911CS is simple. The device consists of two resistors in series, each with a different resistance value. By applying a voltage to the device, the current is split between the two resistors and the voltage can be measured across each resistor. The total current can then be calculated by using the two separate voltage measurements and the known resistance values. The output voltage is the sum of the two separate voltage measurements. The working principle of the RF064PJ911CS makes it an ideal device for many applications, including current sensing, load monitoring, switching control, and level translation. For example, when used in current sensing applications, the device can help measure the exact current flowing in a circuit. In load monitoring applications, the device can be used to detect changes in the load on a circuit, and when used in switching control applications, the device can be used to switch between two or more devices. Finally, in level translation applications, the device can be used to translate a voltage from one range to another.

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