LEM LA P: available from 11 distributors. Explore Sensors on Octopart: the fastest source for datasheets, pricing, specs and availability. Current Transducer LA P. For the electronic measurement of . This datasheet has been downloaded from: Datasheets for. LA55P datasheet, LA55P circuit, LA55P data sheet: LEM – Current Transducer LA P,alldatasheet, datasheet, Datasheet search site for Electronic.
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Post as a guest Name. In that case you will need to find the rms value of the current you measure to determine the average power you will need for driving I s. If you measure sine-shaped or small currents, I s will on average be smaller, and so the average power will drop.
LA55P Datasheet pdf – Current Transducer LA P – LEM
This is represented in the schematic by the X-box. Dayasheet up or log in Sign up using Google. The flux cancelling current is fed to the output and will be directly proportional to the primary current. The device itself needs 10mA continuously from both supply rails to work. I suspect you only care about your power budget in which case your ka55p is correct.
(PDF) LA55P Datasheet download
Marko Gulin 1 5 Home Questions Tags Users Unanswered. This is rather clever as it removes all non-linearities of the core from the performance of the device.
This current transducer has 2 supply pins: What is the total power consumption of the transducer? It is never driven into saturation if operated within spec and never leaves zero so there are no hysteresis effects either. Yes, I only care about the power budget since I need to size a power supply. And next to that it will draw I s from the supply “in general”. Sign up using Email and Password. You might want to re-phrase the question.
The amplifier runs a current through the coil winding so that the flux in the core sums to zero. The datasheet is not very comprehensive so I am guessing a bit.
If I s flows out of the device it will be drawn from the positive supply and vv. Thank you for clarifications, this is really helpful! If this is total consumption for both supply pinscan I except that the transducer is going to draw equally on each supply pin, i.