Part Number: THVD8000 We are using THVD8000 for implementing power over RS485 in one of our products, during the beta testing it was observed that a customer connected two of the devices using a 4 core cable approximately 100ft long and there were errors…
Part Number: THVD8010 Other Parts Discussed in Thread: THVD8000 Hello,
Providing the RFset and Fo is fixed to be 300kHz and below, they should be interchangeable. However, there is a table in THVD8010 datasheet and a graph in THVD8000 datasheet for Fo…
Part Number: THVD8000 Recently, customer found the transmission line load would need to be compatible with PLC's transformer otherwise the differential signals would be decay and leading to the signal error or doesn't work normally.
In general,…
Part Number: THVD8000 Hi team,
When we tested THVD8000, RS was very easy to be disturbed.
The current configuration is differential mode, the carrier rate is 2M, and the anti-common mode interference design is adopted. In the final test, the bit error…
Part Number: THVD8000
Hi,
I'm developing a product that contains the THVD8000 and it has to comply with European Standards(EN 50065-1), especially with regard to frequencies.
Taking that into account, could you help me with which frequencies i could…
Part Number: THVD8000 Hi,
I'd like to control the digital side of the THVD8000 with just two wires, so connect R and D pins together, and select the direction using MODE. This requires the R output entering high-impedance mode when MODE=1. Of course…
Part Number: THVD8000 Hi, customer get always an error message if they want to use the THVD8000 isolated.
Do you have a running Spice model with additional external components and parameters?
Regards, Holger
Part Number: THVD8000 Other Parts Discussed in Thread: THS6222
Hello, team,
Customer: DELTA 3-phases Solar system
PVI system: 350KW per solar inverter (Totally, there are 10 solar inverter)
DC Voltage: 1.5KVdc
Customer is using THVD8000/THS6222IRHF…
Part Number: THVD8000 Other Parts Discussed in Thread: THVD8010 , In my opinion, if 0.1uFs are connected in series 2EA, it becomes 50nF, so isn't the impedance Z going to be 6.36 ohms?
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Part Number: THVD8000 Other Parts Discussed in Thread: THVD8010 The contents below are about performing OOK operation at -40℃, and we request technical support for the operation.
The two waveforms below are measured from one communication packet.
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