When I look at the block diagram such as the datasheet figure 1, it seems that the input has a hysteresis characteristic.
Does the input voltage have hysteresis characteristics?
If yes, what is the voltage
ADUM340E
Recommended for New Designs
The ADuM340E/ADuM341E/ADuM342E are quad-channel digital
isolators based on Analog Devices, Inc., iCoupler® technology.
Combining high speed, complementary...
Datasheet
ADUM340E on Analog.com
When I look at the block diagram such as the datasheet figure 1, it seems that the input has a hysteresis characteristic.
Does the input voltage have hysteresis characteristics?
If yes, what is the voltage
Hi Uboti,
There is hysteresis built into the input of the ADuM24xE and it scales based on the supply voltage. Input hysteresis will typically be around 0.4V for a 1.8V supply, 0.6V for 2.5V, 0.8V for 3.3V, and 1.5V for 5V supply.
FYI, the new pin-compatible ADuM340E isolators have an input hysteresis specification provided in the datasheet.
Regards,
Jason
Hi Uboti,
There is hysteresis built into the input of the ADuM24xE and it scales based on the supply voltage. Input hysteresis will typically be around 0.4V for a 1.8V supply, 0.6V for 2.5V, 0.8V for 3.3V, and 1.5V for 5V supply.
FYI, the new pin-compatible ADuM340E isolators have an input hysteresis specification provided in the datasheet.
Regards,
Jason
Thank you for your answer