Part Number: SN65LBC180 Other Parts Discussed in Thread: SN75LBC180 , Hello,
SN65LBC180 and SN75LBC180 have different min. voltages in terms of differential output voltage magnitude, in addition to the operating temperature range. Does SN65LBC180 have the…
Part Number: SN55LBC180 Other Parts Discussed in Thread: SN65LBC180 Is there any difference between SN65LBC180 and SN55LBC180 other than temp range and package?
Part Number: SN65LBC180-Q1 Hello team,
When 5V is input to the VCC terminal and A terminal and 3.3V is input to the D terminal,
is there a possibility that the Z, Y, and R terminals will be output with variations as shown in the figure below?
Best regards…
Part Number: SN65LBC180-Q1 Hello team,
My customer wants to confirm if the following input waveform is within the specifications.
VIH:2.24[V]、VIL:-2.64[V]、Frequency: 0.5[MHz]
The input waveform is input to A and B. Can you confirm this?
Best regards…
Part Number: SN65LBC180-Q1 Hello team,
My customer has a question for output voltage range of SN65LBC180-Q1. Can you provide us the below information?
When VCC = 5V, D = 3.3V is input, please tell us the normal output voltage range (min ~ max) of the A…
Part Number: SN65LBC180-Q1 Hello team,
My customer has a question for recommended values of VIH and VIL.
What is the maximum recommended value for VIH? What is the minimum recommended value for VIL?
I understood the absolute value is -0.3V to Vcc+0.5V. …
Part Number: SN65LBC180 Hello,
When connecting SN65LBC180D with a metal cable to send and receive,
(Distance is several hundred meters)
Communication of SN65LBC180D may not be performed.
At that time, if the power is not turned off, what state is safe…
Part Number: SN65LBC180 Other Parts Discussed in Thread: SN65LBC179 Hi team,
Thanks for your lot of support.
My customer asking how to define the wattage of termination resistor. The customer would like to use termination resistor is 100 ohm
I think PD…
Part Number: SN65LBC180 Hi team,
My customer doesn't need enable function.
So, the customer should tied /RE pin to GND. Is my understanding correct?
Regards,
Yoshi