Part Number: ISOW7841 Good day, colleagues,
My customer is testing our digital isolator ISOW7841 in configuration 3.3 V to 3.3 V.
Pin SEL(10) is directly connected to the ground plane. Input caps: 220 µF + 10 µF + 0.1 µF. Output caps…
Part Number: ISOW7841 Other Parts Discussed in Thread: TCAN1042HG , TCAN337 , Hi,
Good Day. I have a customer who is working with ISOW7841. Please see below his query for your reference. Thank you very much.
For a CAN application using TCAN1042HG we do…
Part Number: ISOW7841 Other Parts Discussed in Thread: ISO1640 , ISOW7741 Hi Team, Can the customer use this ISOW7841 as an ethernet insulator? Please let me know so they can mass-produce their product using this chip. Thanks, Jonathan
Part Number: ISOW7841 Other Parts Discussed in Thread: SN6505B Hello TI team
Continuing with the topic related to the question: e2e.ti.com/.../954520
We realized that we were consuming more current than what the isolator can supply (around 250mA) thus…
Part Number: ISOW7841 Other Parts Discussed in Thread: ISO7741 , SN6505B , SN6501 , ISO7841 I'm interested if I'm able to use five ISOW7841 connected in parallel. They are supplied with 5V from the primary side and outputs of their DCDCs are tied together…
Part Number: ISOW7841 Other Parts Discussed in Thread: ISO7842 , ADS131M06 , ISOW7842
Hi,
I am making an industrial data acquisition module using ADS131M06. I wanted to isolate the ADC supply from the main supply along with the communication lines to the…
Part Number: ISOW7841 Other Parts Discussed in Thread: ADS1220 , ISO7741 Hello all,
I am currently designing a controller for one of our lab-furnaces. I use a two ISOW7841 (with the F-suffix) as digital isolator for two ADS1220, to prevent noise in the…
Part Number: ISOW7841 Hi Team,
This is customer request, can you please advise:
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Although we always give 3.3V to the input of the ISOW7841 digital isolator we use, 6-6.5V was seen at random times at its output.
We were wondering why and solution…
Part Number: ISOW7841 Hello experts,
I used ISOW7841 at VCC = 3.3V, VISO = 3.3V and connected 510Ω as a VISO load.
Vcc and VISO are connected to 10uF and 0.1uF respectively.
The Icc at that time is 270 mA with a pulse width of 3 us and repeats…
