Part Number: THVD1424
Regarding the THVD1424 datasheet, Section 6.3 "ESD Ratings [IEC]", the device is specified as:
IEC 61000-4-2 Contact Discharge: ±8 kV IEC 61000-4-4 EFT: ±4 kV
Could you clarify what acceptance criterion was used to determine…
Part Number: THVD1424 Tool/software: Dear TI Support Team,
I've got a question regarding this transceiver.
I've got a design implementing cold redudancy. Redundant channel is not powered. My customer sends electrical signals to both channels, so…
Part Number: THVD1424 In our design, the control lines are: RE, DE, SLR are controled by MCU (1.8V VIO) for maximum flexibilty and minimizing the current consumption. We also have a very tight size constrains. We don't want to add pull-up/down resistors…
Part Number: THVD1424 Hello Team, We are using the THVD1424 Transceiver IC for 485/422 Communication along with a ESP32 microcontroller. The set up is as follows 1) MCU TXD -> D pin of Transceiver 2) MCU RXD -> R pin of Transceiver 3) MCU GPIO -> DE/RE…
Part Number: THVD1424 Other Parts Discussed in Thread: SN74LVC1G04 Tool/software: Dear TI Support Team,
Concerning THVD1424 Receiver side:
When the cable is unconnected or driver is unconnected/disabled, the Receiver does output a '1' on R (Open…
Part Number: THVD1424 Tool/software: Dear TI Support Team,
I got a new question about THVD1424 Transceiver.
Receiver and driver are disabled by default through respectively internall Pull-up Pull-down. What'd be those values ?
I plan to maintain…
Part Number: THVD1424 Hi Team,
could you please help review whether there any issue with our THVD1424RGTR circuit design? thnaks for your support and learn from you.
GW-8476LTE_RS485-0402.pdf
Part Number: THVD1424 I want to use the RE* pin as a test point, so want to use a pull-down resistor to keep it enabled for normal operation, but then during debug want to be able to connect Vcc to the test point to drive it high. What range of pull-downs…
Part Number: THVD1424 Dear Technical Support, I have a question regarding the LTC2854 datasheet. In Figure 6-3, "Supply Current vs. Supply Voltage", the supply current is approximately 40 mA at VCC = 3.3 V. The graph specifies the following test conditions…
Part Number: THVD1424 Tool/software: Dear TI support team,
I use your THVD1424 for a New Space MRO Project.
I use it in full-duplex, therefore the satellite customer load will be about 100 Ohms, even 120 Ohms as it is point to point connection,…
