Part Number: SN65HVD10 Hi experts,
My customer is planning to replace SN75HVD10D with SN65HVD10D. Could you please let me confirm the difference between these two.
I think the device itself is the same and that the difference is only the temperature conditions…
Part Number: SN65HVD10 Hi Expert,
My customer have two question about this part.
1.RE and DE can both setup always enable at the same time , Is that setting will happen any wrong or side effect ?
2. If they want to connect to their MCU controller the…
Part Number: SN65HVD10 I have bought the part of SN65HVD10R in date code 2208 by TI online store, but it seems like different from the date code 2050 under X-ray, is there any change of the frame within 3 years ?? Is this normal ??
Part Number: SN65HVD10 Team, am I misreading figures 18 and 19 for VOH and VOL vs. load current?
I think 18 is measuring V OA and 19 is V OB ?
1) If true how why do the figures have negative voltage?
2) Since V CC is 3.3V why does the x-axis go beyond 3.3V…
Part Number: SN65HVD10 Hello Team,
My customer has this transceiver SN65HVD10D. We see in various evaluation kits, designs here and there, and forums pull-up resistors on the A pin and pull-downs on the B pin. Could you please let me know if and why this…
Hi Support,
Just need some clarification. As per the datasheet Recommended operating condition is -7V to 12V.
Does it mean that at any given time between A & B, A can go as low as -7V and B can go as high as 12V at the same time or vice versa?
Thanks…
Paul,
Thanks for taking the data. Actually the bus pins have -9V and 14V abs max. When the negative voltage goes to -12V, the internal ESD clamp is triggered. As the ESD is clamped, it snaps back to -2V (holding the bus). The positive and negative are…
Part Number: SN65HVD10 Hi,
We are using SN65HVD10DR RS 485 IC in all product. In one product (mPod-L) it is used as Master & in Energy Meters as a slave.
We had tested 32 slaves (Energy Meter) with RS485 converter. It works fine without any terminating…
Part Number: SN65HVD10 I have a question regarding input protection on the SN65HVD10D opamp. We experienced an event where the input voltage (D and DE) was 32V for an unknown, but short amount of time. This opamp was powered by a power supply with a 1A…
