Part Number: DRV595 Tool/software: Hi,
DRV595 datasheet shows two different components under the same TI P/N
DAP:
DAP0032C:
Exposed pad size is different and might required different solder paste mask.
Please correct the datasheet.
Thanks…
Part Number: DRV595 Tool/software: Hi Sir :
Dose the DRV595 can support the square waveform output ?
if it can , it need to remove the L-C Filter from output ?
Thanks
Waki
Part Number: DRV595 Hello
I have an issue when getting the output voltage around 8V with a 5-ohm load
Configuration:
AVCC-PVCC: 12V
Output filter: 47uH with 4.7uF to GND (on both OUTx)
9.4uF between both filter output (load side)
BSP/N to…
Part Number: DRV595 Other Parts Discussed in Thread: TAS5805 Hi team,
Do we have other more detailed PSPICE model for DRV595? Customer used TINA PSPICE but the simulation efficiency result(50%) is much different from datasheet(90%).
Thank you!
…
Part Number: DRV595 Other Parts Discussed in Thread: TINA-TI Tool/software: Hello,
I have install the PSPICE (TI) software.
The installation it's passed correctly.
Now, i try to open the DRV595DAP TINA-TI Reference Design (Rev. A), file SLOM343A…
Part Number: DRV595 Tool/software: Hi.
We have been using the DRV595 in several projects over the last years. Now we have a new project and encounter the same behaviour as described in the linked post. All input signals are applied, input voltage…
Part Number: DRV595
Tool/software:
Hi alll,
According to the absolute maximum ratings in the datasheet, the maximum slew rate of the SDZ pin is 10V/ms, and if this is exceeded, a 100 KΩ series resistor is required.
The FPGA is running at 3.3V…
Part Number: DRV595 Tool/software: I've found the DRV595 seems to be made specifically for driving TEC's efficiently but it can only supply 4A. Are there any ICs or reference designs capable of powering high power TEC units? Here is the datasheet for…
Part Number: DRV595 Tool/software: Hi all, According to the absolute maximum rating of the data sheet, maximum Slew Rate of SDZ is 10V/ms. In addition, the note (2) which seems to be due to current restrictions is written as follows;
100 KΩ Series Resistor…
Part Number: DRV595 Tool/software: Hi all,
My understanding is that the condition for the FAULT signal to be asserted is when over current or over temperature is detected, and the output driver is automatically set to high impedance along with the FAULTZ…