Part Number: INA193 Other Parts Discussed in Thread: INA290 , INA281 , INA280 , INA293 , INA195 Hello,
I have to use a current sensor for -3.7V supply and +120V supply. The preferred solution is to use the same device covering both voltages, digital (I2C…
Part Number: INA193 Other Parts Discussed in Thread: INA293 , INA290 , INA281 , INA280 Dear Sir,
Input Voltage: 60 VDC Maximum Continous Current: 60A
I am using INA193 for the current measurement.
Please review my schematic. your earliest reply will be highly…
Part Number: INA193 Other Parts Discussed in Thread: INA281 Hi Guys,
This is our customer's inquiry. Kindly help to provide the formula to calculate the Vout for INA193, if Vin+ and Vin- is known, along with Rshunt.
Attached circuitry for reference…
Part Number: INA293 Other Parts Discussed in Thread: INA193 , , INA228 , INA229 Hi Team,
We are planning to use INA193 amplifier for 1mA to 4A current measurement. Customer wants to meet 1mA accuracy.
FSR=3V
Vsupply=3.3V
Vcommon mode voltage=40V
Rsense…
Part Number: INA193 Other Parts Discussed in Thread: INA281 Hello, I am using the ina193 to measure the current flowing through a LED.
When the LED is off (or not connected), I measure a voltage of 1.65V at both sides of the Rsense resitor. In this situation…
Other Parts Discussed in Thread: INA193 Hi.
I simulate a project in Software Proteus That run whit ProsPice.
I need the .LIB of INA193 to simulate it in Proteus
Part Number: INA193 Hell team,
I would like to measure the current of +50V (maximum 10A) using INA193. +50V always applied , however V+ (13.8V) sometimes is turned off (become 0V) in my system. Is it capable? The following is schematics. /cfs-file/__key…
Part Number: INA193 Hello Guys,
Good day.
In our customers application, they are using the INA193 in measuring the current that is flowing out of battery. However the Vin+ is always present whereas supply(V+) is not always present in their application…
Other Parts Discussed in Thread: LT1013 , OPA237 , INA193 , LMC6001 I have the attached circuit as a Voltage Controlled (V_Control) Current Source (I-Load).
This circuit has an stability issue. When V_Control drops from 3.3 V to 0 V the circuit works fine…