Part Number: DS90LV048A Other Parts Discussed in Thread: DS90LV047A Please tell me about the following.
When using DS90LV048A and DS90LV047A in pairs.
If the power is turned on first in DS90LV048A,is there any effect such as damage to DS90LV047A?
And what…
Part Number: DS90LV047A Other Parts Discussed in Thread: DS90LV048A , Hi, Good day. I hope everything is fine. Our customer is using the DS90LV047A together with DS90LV048A. There are DOUT+ and DOUT- output and there are RIN+ and RIN- inputs. They want to…
Part Number: DS90LV048A Hello experts,
Please tell me the following.
Is it OK to connect LED at ROUT of DS90LV048A?
I want to drive Case 1 or Case 2 of the attached circuit with ROUT output.
LED current will be 10mA max.
Best regards,
Sakai
Part Number: DS90LV048A Hi team,
Is it OK to connect LED at ROUT of DS90LV048A?
ROUT will be connected to LV047A as well. Polarity is TBD.
LED current will be 10mA max.
Best regards,
Itoh
Part Number: DS90LV048A Team,
I need help on to bias the input of DS90LV048A, pin 1 and 2 so the output pin 15 to be at logic low.
Right now I have 75 ohms resistor connects between ground and pin 2 of U93 and 155 ohms resistor connects between +3.3V…
Part Number: DS90LV048A Hi team,
Please tell me the following.
What are the maximum IOL and IOH values of the DS90LV048A output (ROUT)?
Best regards,
Sakai
Part Number: DS90LV048A Other Parts Discussed in Thread: DS90LV047A , SN65MLVD047 , SN65LVDS047 recently we have witnessed some lvds data transfer problems between boards on our multidrop backplane. The design dates to before mlvds so just uses a single…
Hi Paul,
Most applications expect a high receiver output under failsafe: see TI note AN-1194 Failsafe Biasing of LVDS Interfaces "Also, most applications expect a HIGH receiver output under failsafe conditions. This is typically the case supported, however…
Other Parts Discussed in Thread: DS90LV048A , SN65LVDS4 Good day,
I would just like to enquire as to whether the DS90LV048A supports all LVDS voltage standards i.e. 3.3V LVDs, 2.5V LVDS, 1.8V LVDS.
Thank you for your time,
Regards,
Luke