Part Number: THVD8000 Tool/software: Hi experts,
May I check with you;
1. how to estimate the driver output voltage V_od ? The Vcc is 3.3V in customer design.
2. How to choose the power rating of the termination resistor e.g. the 120 ohm R12 on the EVM…
Part Number: THVD8010 Other Parts Discussed in Thread: THVD8000 Tool/software: Hi experts,
This is Skylar responsible for GREE as an FAE.
May I ask if THVD8010 could bom-to-bom replace THVD8000 and be used in the THVD8000 EVM?
Also, may I ask if CAN…
Part Number: THVD8000 Tool/software: Hi team,
customer found that when mode=1, R will output a low voltage pulse. R is connect to MCU through 51ohm resistor.
The yellow waveform is MODE, green waveform is R pin. Why R will output low when MODE change…
Hi Parker,
We do have a temperature chamber so we could sample a few parts. The temperature requirements are industrial (-40C to +70C). The flasher control cabinets are powered by 120/240 AC. Do you think placing the THVD8000 + THS6222 on one phase and…
Part Number: THVD8000 Other Parts Discussed in Thread: THVD8010 Tool/software: Hi
AC line PLC communication is being implemented using THVD8000
1. Problem: Noise is recognized as carrier when communicating using AC line and the UART bit is broken (see…
Part Number: THVD8000 Other Parts Discussed in Thread: TCAN330 , THVD8010 , THS6222 Tool/software: Hi team,
I have a question about THVD8000, could it work with CAN communication?
BR
Jingguo
Part Number: THVD8000 Tool/software: Hi,
The design requirements for a Fire Panel system, demand power line communication over a distance of more than 1.2 km.
More than 254 devices (detectors) would be interfaced to the main control panel.
Suggest possible…
Part Number: THVD8000 Tool/software: Hello!
We are working on an application were the power line must be a square or sinusoidal wave between 50KHz to 100KHz (under development yet), that is then rectified in the receiver to supply a DC load of 10V 1A…
Part Number: THVD8000 Tool/software: Hi,TI Engineer
Can I use a common mode inductor to replace the two inductors（L1,L2) (L3,L4) here,To reduce PCB area。
