Part Number: TPSM64404 Other Parts Discussed in Thread: TLVM14404 , Hi team,
Our customer is considering adopting the TPSM64404/TLVM14404 in a single-output configuration. In single-output operation, the FB2 pin functions as the SS (soft-start) pin…
Part Number: TPSM64404 Hi team,
Our customer is considering using this device and have below question. Please your opinion about this.
Could you please confirm whether the application note linked below is the latest version and if its specifications…
Part Number: TPSM64404 Tool/software: Hi so i was all giddy about being able to use this module to create a duel ±10V power rail, having multiple links to inverting buck-boost topologies inside the datasheet. only when i started my actual schematic did…
Part Number: TPSM64406 Other Parts Discussed in Thread: TPSM64404 , Dear Specialists,
I'm interested in TPSM64404.
According to the TPSM64406 datasheet also describes about TPSM64404 as preview.
Could you please let me know when is the RTM?
I…
Part Number: TPSM64406 Other Parts Discussed in Thread: TPSM64404 Tool/software: We are looking at the TPSM64404 vs the TPSM64406 and trying to determine cost difference. and are designing now.
Part Number: TLVM14406 Other Parts Discussed in Thread: TPSM64406 , TPSM64406E , TPSM64404 Hello,
When reviewing the TLVM14406 with the customer, we were looking to try and find a SYNC pin. It is there on page 14 Section 7.2. But it is not mentioned…
Part Number: TPSM63604 Other Parts Discussed in Thread: TPSM64404 , TLVM13640 Hi team,
Our customer is considering adopting the TPSM63604. The intended operating conditions are as follows: an input voltage of 20–30 V (typical 24 V), and two output…
Part Number: TPSM64406 Other Parts Discussed in Thread: TPSM64404 Hello, The TPSM64406 and TPSM64404 have a fairly complicated footprint. Is there a cad drawing or pcb layout footprint available. Preferable one I can use/import into Altium?
Thank…
Part Number: TLVM14404 Other Parts Discussed in Thread: TPSM64404 , Tool/software: Hi Ti team,
We are currently exploring step down converter design options for our new MCU design, which requires dual outputs of 5V at 1A and 3.3V at 1.5A from a 15V…