Part Number: TPSM63602 Other Parts Discussed in Thread: LMZ34202 I am considering using the TPSM63602 buck converter in a system to generate 16V output based on a 36V input voltage. The TPSM6302 is rated for an input voltage range of 3V to 36V so my application…
Part Number: TPSM63602 Hi team,
On the datasheet 8.3.10 it states that VCC should be connected to AGND as below.
However, on Fig. 9-1, the VCC is connected to PGND as shown below.
Should VCC be connected to the AGND or PGND?
Best Regards,
Kei Ku…
Part Number: TPSM63606 Other Parts Discussed in Thread: TPSM63602TPSM63602, Whether it can be used produce -15vdc from a 12 v input. If possible, where can I find design tool for -ve output. and example schematic.
The Webench design tool is not allowing…
Hello Art,
The only advice I have to share is recommend a device which has higher throughput in TI factories.
Tlvm13620 and TPSM63602 is being manufactured on a larger wafer in comparison to than older-gen devices and will be ramping across TI recently…
Part Number: LM22674 Other Parts Discussed in Thread: TPS5450 , TPSM63602 , TLVM13620 , TPS54061 , PTN78000H , LMR38010 , LMR51430 , LMR50410 I am working on upgrading an existing design that uses an LM22674 for a 5V supply. At low currents, 100-200mA, this…
Hello Ernst,
You may be able to improve the emissions with additional input filtering (e.g. LC filter on the input) and/or slowing down the switch rise time (e.g. R10 resistor on the evaluation board).
Here is an application note to help you design an…
Hello Dice-K,
Yes this is a typo.
TLVM13620 is the reduced feature set option of TPSM63602. It does not have adjustable slew rate. I will mark these datasheets to be corrected.
Part Number: TLVM13620 Other Parts Discussed in Thread: TLVM13640 , , TPSM63602 , TPSM63604 Hi,
Please let us know in case we will introduce these devices to our customers. About the package. Package of TLVM13620 / 30 are 30pin, but TLVM13640 / 60 are 20pin…
Part Number: TPSM63606 Other Parts Discussed in Thread: TPSM63602 Hi team,
The VCC pin has 1uF inside, but it says that 1uF is required outside. Is an external capacitor required for the VCC pin?
Best regards,