Part Number: SN65C1168 Hi Team
I have 2 questions regarding SN65C1168 and SN65C1168E.
1, What is the deference of ESD protection spec? I'd like to confirm this because we couldn't find "ESD Protection for RS-422 Bus Pins" at the datasheet of…
Part Number: SN65C1168 Hello Experts,
I have a DSC card stacked in Peripheral interface card (PIC) both having common power supply 5V and GND. The transceiver IC placed in the PIC is powered by this same 5V and the signals are connected to the transceiver…
Hi Ben,
The THVD2450 can be used in a multi-protocol application - but the THVD2450 can only handle RS-422 and RS-485 signals.
For RS-232 + RS-485/422 an additional RS-232 device would be needed - please see reference design here: https://www.ti.com…
Part Number: SN65C1168 Hi teams,
What is the difference between SN75C1168PWR and SN65C1168PWR except for temp range?
Is it possible to replace SN65C1168PWR from SN75C1168PWR?
Best regards,
Shunsuke Yamamoto
Part Number: SN65C1168 From the datasheet, I see there are steering diodes in the part that protect against over-voltage transients. I am in an application where the diferential TX and RX lines must survive a 50V, ~300us transient.
If I use a TVS with…
Part Number: SN65C1168 Dear sir
Dear We got SN65C1168PWR with lot number 2340095MY2 , Could you please help us to check the lot number? which date code could it refer to? thank you very much!
Part Number: SN65C1168 Hi Team,
Our customer would like to request more information on the fail-safe capability of the SN65C1168. He wants to know the value of 1R when the voltage on 1A and 1B is 0V and there is a 100 ohm resistor between A and B.
Regards…
The large bus voltages of RS-232 are an attempt to increase the noise margin. But differential transceivers (RS-422, LVDS) are more robust regarding both noise and common-mode voltage offsets. See, for example, the SN65C1168(E).