Current sense resistor amplifier instruction

 

 

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Side Current-Sense Amplifier featuring the LT6106. This demo board amplifies an on-board current-sense resistor voltage-drop, providing a precision uni- The working principle of a current sensing amplifier is based on Ohm's law. When load current flows through a shunt resistor (Rshunt) present on inputs, it B1 FOUR QUADRANT MOTOR OPERATION USING DC BUS CURRENT SENSING Robert John providing the sense resistor reference signal to a controllable amplifierOne of the most important design decisions to make when using a current-sense amplifier is the selection of the current-sense or shunt resistor. In this chapter we assume a current-sense resistor with a current-sense amplifier, as described in Chapter 21.10.1 and Figure 21.22. The output of the current TI current sense amplifiers provide high-precision, low-cost current measurement and by amplifying the differential voltage drop across a shunt resistor. The shunt resistor value is chosen so that the shunt voltage is approximately 100 mV at maximum load current. The AD629 amplifier accurately measures and A dedicated high-side current-sense amplifier (Figure 1) places a current-sensing resistor between the voltage source (a battery, for instance) and the load The circuit is configured as a difference amplifier for measuring the current across the 5 m? sense resistor. With VDD at 1.8 V, a load of 9 ? will sink 200

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