Part Number: TFP401 Other Parts Discussed in Thread: SN65LVDS93B , DS90C387A , Tool/software: Hi everyone,
I have an issue I’d like to clarify. Due to the temperature constraints (my requirement is that the components must operate between -40°C and 80°C…
Part Number: SN65LVDS93 Hi Team,
My customer is finding the transmitter which can support 1080p display, may I confirm if SN65LVDS93 can support 1080p resolution?
BTW, what's the highest resolution that SN65LVDS93 / SN65LVDS93A / SN65LVDS93B can support…
Part Number: SN65LVDS93 Hi,
can I use an FPGA with 2.5V logic level (Voh=Vdd-0.2V), were VDD=2.5V+-5% , for all temperature ranges?
according to the datasheet , Vih=2V, and from the FPGA my worst case scenario is 2.5V*0.95-0.2V=2.175V (typical will be…
Part Number: SN65LVDS93 Hi,
we are using two 15.1inch display panels, one is from innolux and the other one is from highness,
we are using custom board with stm32f476 mcu with 16bit rgb to lvds interface, for rgb to lvds conversion we use sn65lvds93 chip…
Part Number: SN65LVDS93 Do we need pullup resistors for Data input lines?
section 7.5 Electrical Characteristics in datasheet says " Rpdn Input pulldown integrated resistor on all inputs (Dx, CLKSEL, SHTDN, CLKIN) of 100k if IOVCC is 3.3V. but in "Figure…
Hi Justin,
Because the input data and clock are the same, we guess whether the SN65LVDS93A IC has no problem in the application due to the different t7 specification.
what do you think?
Have you measured the CLKIN and Dn parameters for the SN65LVDS93…
Part Number: SN65LVDS93 I need to input 16 bit RGB data to the SN65LVDS93 to get LVDS on the output, can someone tell me which RGB signals go to which data pins to allow this on the SN65LVDS93?
Part Number: SN65LVDS93 Hi Team,
A customer wants to clarify the operating temperature range of SN65LVDS93. At Section 7.3, page 7 of the datasheet, the operating free-air temperature, TA is -45C to 85C while across the datasheet the range is from -40C…
Part Number: SN65LVDS93 Hi Sir,
May I learn from you SN65LVDS93 INPUT channel(Dn) status will keep High or Low level if I didn't apply supply voltage to the IC?
Can you kindly let me know the status of INPUT channel(Dn) with and without VDD?
Thank you…