Part Number: SN65HVD30-EP Other Parts Discussed in Thread: SN65HVD30 , SN65HVD35 , SN65HVD32 , SN65HVD33 Tool/software: Hi
I am doing a project that has one master and 60 slave. my MCU is STM32F103 and my data is in UART form. My connection mode is full…
Part Number: SN65HVD30 Hello,
For part sn65hvd30d, can you please provide the minimum storage temperature? It is not listed in the datasheet.
Thank you.
Part Number: SN65HVD30 Hi,
I've been using your MTBF calculator, as I need to calculate the MTTF for the PCB I am working on (I haven't come across a TI MTTF calculator). My problem is I don't understand why you quote MTBF instead of MTTF, as MTBF is…
Part Number: SN65HVD30 Greetings!!
We are planning to use your product (SN65HVD30DR) for our application.To check the temperature we need to know the value of minimum storage temperature
Can you please provide the minimum storage temperature ?
Part Number: SN65HVD30 Other Parts Discussed in Thread: SN65HVD10 Hi Team,
Can SN65HVD30 support half-duplex? If so, could you share a diagram to guide the connection? Thanks!
Rayna
Part Number: SN65HVD30-EP The SN65HVD30-EP has a operation range from –55°C to 125°C. Can the non-EP release IBIS model still be used for signal integrity analysis (-40 °C to +85 °C )?
Thanks,
Thien Vo
Part Number: SN65HVD30 Hello,
I can find there is no difference between SN65HVD30MDREP and V62/06634-01XE in the data sheet.
Is SN65HVD30MDREP equal to V62/06634-01XE?
Best regards,
Yeon
Part Number: SN65HVD30 Hello Team,
My customer is looking for the min. storage temp. of this device. The datasheet only provides the max. storage temperature. Can you share with us the min.?
Regards,
Renan
Part Number: SN65HVD30-EP
Hi Experts,
I'm having a hard-time looking for the current consumption from Vcc of the device sn65hvd30-ep.
The only instant "Icc" I could see from D/S is at page, showing 2.1mA (max) supply current of this type; and this…
Part Number: SN65HVD30 Hi team,
The datasheet mentions that V_IT+ is -0.02V as max. Is this true?
V_IT- is -0.20V as min. Not sure why V_IT+ = -0.02V is much lower than -0.20V.
Regards,
Noriyuki Takahashi