Part Number: TPSM8D6C24 Hi:
Some questions about the 7.2 Typical Application in the TPSM8D6C24 datasheet are as follows:
Q1: Do AGND and PGND need an external connection?
Q2: If the output voltage is set to 3.3V, the VSEL Resistor Divider Code should be 9…
Part Number: TPSM8D6C24 Hi TI
I have a request regarding configuring the part number TPSM8D6C24 in offline mode using Fusion Digital Power Designer Version 7.9.1. I don't seem to find the device part number in the GUI. Could you please help me out in…
Part Number: TPSM8D6C24 I have a question regarding Table 6-5 on pages 33-34 of the data sheet.
Many pins are described as "Short to PGND (thermal pad)" in Loop Follower's Pin connection.
I think there is no problem with floating some pins…
Part Number: TPSM8D6C24 Hello,
My customer is using TPSM8D6C24MOWR in the two cases below.
Q1. Please tell us the appropriate V-Loop Gain and I-Loop Gain setting values for 2 and 4 Bucks in Case #1 and Case #2, respectively.
Q2. Please tell us how to…
Hi Itoh-san,
The datasheet has been revised and is waiting for finally approval to release to ti.com this week or next week. Please double check the draft as attached here. Thanks for pointing out all errors.
Tri-ccfffce1-8790-4cc5-928d-16ba40cb89e3.p…
Part Number: TPSM8D6C24 Hello,
My customer has a design where the top resistor of ADRSEL_A is 1.1kOhm and the bottom is 10kOhm. Based on the datasheet, this seems like it corresponds to address 0x24h (36d). But the device responds to 0x14h (20d) instead…
Part Number: TPSM8D6C24
Hi
The design is DC/DC from input 5.5V and output 0.95V , Current 46A. A and B connected tougher
I need help in Design review and need layout support
Please attach file my design and please review and comments
As I understand…
Part Number: TPSM8D6C24 Hello,
My customer is concerned about how to design core power.
1. What is the difference in efficiency between Case-A1 and Case-A2?
If the conditions are the same, which case has the advantage in terms of efficiency, and is there…
Part Number: TPSM8D6C24 Hi
I need to get 0.95V in the Vout, I try to understand the calculation
according to table 7-12:
Resistor divider code = 2
Code = (0.95-0.9)/0.01 = 5
So in this case, I need 2 resistors from Vsel Pull up to BP1V5 and Pull down…
Part Number: TPSM8D6C24 Other Parts Discussed in Thread: TPSM8D6B24 , Hi all,
Is there safe operating area curve data available for this device? If so, would you be able to provide it or is there more contextual information needed for that data?
Regards…
