Part Number: TPSM65630 Hi,
Is TPSM65630 cooling sufficient in the PCB, or is it better to cool down the module from the top side also (via gappad or equivalent).
Thanks in advance,
Adrien
Part Number: TPSM65630 The TPSM65630 data sheet Table 1 for the BIAS pin states "If configured for an adjustable VOUT, connect this pin to the VOUT node or an external bias supply from 3.3V to 30V. If no external supply is used, tie the pin to GND." I…
Part Number: TPSM65630 Can the part TPSM65630SVCGR support below demand?
Vin range: 10.5V to 57V. System output: Vout ≈ 12V, 3A. At Vin = 10.5V, output is 9.5V / 36W.
Part Number: TPSM65630 To whom it may concern,
Hi We selected " TPSM65630SVCGR " in one of our projects in "component selection" phase. At that time, there were stock of this component on Ti website, so we finalized our selection and started designing…
Part Number: TPSM65630
Hi TPSM65630 support team,
I would like to use the TPSM65630 as an inverting buck-boost converter with the following specifications.
VIN = 36V VOUT = -12V IOUT= 2A
Is the following documentation appropriate for reference…
Part Number: TPSM65630 Other Parts Discussed in Thread: LM5148 Hello we would like to use " TPSM65630SVCGR " DCDC module in our product. (in our PCB) I have several questions which I could find any info in your documents about. These are important requirements…
Part Number: TPSM65630 Other Parts Discussed in Thread: LMR38020 We are considering the TPSM65620SVCGR, a series product of the TPSM65630. It is listed in the datasheet, but it is not listed in the Ordering & Quality section. Is the TPSM65620SVCGR still…
Part Number: TPSM65630 Tool/software: We want to use Horizon Robotics Journey 6M. Is there a recommended complete power solution from TI;We want to use Horizon Robotics Journey 6M. Is there a recommended complete power supply solution from TI? We are…
Part Number: TPSM65630SEVM Other Parts Discussed in Thread: TPSM65630 Dear Ti Team,
unfortunately i destroyed my TPSM65630SEVM because of some information in the User's Guide, that might be misleading. I tried to convert 48 V to 24 V. Chapter 2.3 implies…