Because of the Thanksgiving holiday in the U.S., TI E2E™ design support forum responses may be delayed from November 25 through December 2. Thank you for your patience.
Part Number: SN65HVD1782 Tool/software: I had a risk concern for purple plague corrosion come up for SN65HVD1782QDRQ1 and other automotive ICs. The Material declaration for these parts includes the use of Au wire bonds and die metallization materials as…
Part Number: SN65HVD1782 Tool/software: HI team,
I plan to use a DCDC which output 5.2V to supply the SN65HVD1782, and also the ripple could be 100mVpp
Is it okay to use this DCDC to supply RS485 VCC? The datasheet only says VCC range 3.15V to 5.5V,…
Part Number: SN65HVD1782-Q1 Hi, We are performing worst case analysis. There are some doubts regarding the SN65HVD1782-Q1 specifications. 1. The levels VOD, VOC(SS) is marked in the below diagram as per our understanding. Is our understanding correct? Does…
Part Number: SN65HVD1782 Hi,
Good Day.
Can you provide the TYP value of the propagation delay?
The datasheet only gives the MAX value.
Can you provide lot test data of the propagation delay of SN65HVD1782?
We need to know the TYP value and the distribution…
Part Number: SN65HVD1782-Q1 Hello,
I had a followup question:
I see the maximum allowable part height in the drawing, but not a reference for the minimum. As has come up in our other vendor conversations, if TI can provide any information about the minimum…
Part Number: SN65HVD1782-Q1 Hello,
My customer is looking for information about package dimensional tolerances and the maximum pressure or compressive forces that can be applied to the top of the packages for possible top cooling/heat sink applications…
Part Number: SN65HVD1782-Q1 Hello:
The customer is currently using a TI chip SN65HVD1782QDRQ1, which fails after power on. They use two chips to convert clock signal CLK and data signal SIMO of SPI signal into differential signal output. The schematic…
Part Number: SN65HVD1782 HI ALL!
The current design uses the 485 interface chip SN65HVD1782, as shown in the above figure A, B bus pull-up and pull-down resistor value selection should be how to choose.Does TI have a specific manual to explain this?…