Sasaki-san: The Datasheet pinout for the ADuM5010 is correct. The EVAL board for the ADUM5010 has extra pins for powering the ADUM521x if the ADuM521x is used, since the same board is used for both devices, the ADuM5010 and the ADuM521x.
There is not an ADM3260 IBIS model available. For an immediate work around, the ADuM1250 and ADuM5010 IBIS models.
ADUM1250 Datasheet and Product Info | Analog Devices
ADUM5010 Datasheet and Product Info | Analog Devices
Dear Analog support team,
there are two different values of the reference noted in the datasheet 1.23V and 1.25V. Which one is correct?
Also a tolerance would be great.
Must the input current of the VSEL pin also considered +/-10µA?
I have a question ADUM5010 Output voltage.
I looked another discussions ' ADUM5010 Viso Voltage'.
In this case ,I selected R1 = 10 kΩ, R2 = 30.9 kΩ ,(Vin=5V,Vout=5V) , Viso output from 4.75 to 5.25 V ??
And , if you like Is there a…
Hi, I have things to confirm regarding ADUM5010 datasheet. ADUM5010 looks to be certificated UL1577 by a document in the ADI's web as below. http://www.analog.com/media/en/quality/UL_Section_7_8-17.pdf Can I thinks ADUM5010 has been certificated UL1577…
The datasheet of ADuM5000 describes the typical Output Voltage Start-Up Transientat 10% and 90% Load, VISO = 5 V in Figure 12.We also would like to know that of ADuM5010 and the maximum output capacitance,
because we have the overshoot problem in…
I am considering using IsoPower DCDC converter(s) ADuM5010 in our new project. The application is multi channel (up to 48) isolated sensor interface. We plan to isolate power for each channel using 48x ADuM5010 devices (5V to 5V). I have two…
We are currently developing a 6-layer PCB board to be compliant CISPR 22 class A limits with:
- ADUM5010 with 5.8mA@5V
- ADUM5010 with 1mA@3.3V
- ADUM5010 with 0.25mA@3.3V
- ADUM3151 SPI 15MHz 3.3V
- ADUM3151 SPI 500kHz 3.3V
- ADUM7240 / ADUM7643…
Adding a zener clamp may be hard to get the zener voltage right over process and temp to prevent overshoot, and not be clamping in normal operation and consuming output current.The ADuM5010 has a soft start, so the overshoot is actually reduced…
The ADuM3190 is specified for 2500Vrms for 1 minute duration test, not for a continuous voltage for a long time. Per table 8 the max continuous AC bipolar voltage is 565Vpk or 400Vrms. For a DC voltage the max continuous voltage is 1131Vpk.