Part Number: TPSM84624 Team,
Since pure tin is being added as a terminal finish, my question regards the rest of this "Module" (TPSM84624MOLR). Are there any surfaces above the bottom mounting board that are exposed pure-tin? Or is the whole…
Part Number: TPSM84824 Other Parts Discussed in Thread: TPSM84624 , , TPS54824 Hi team,
Could you please let me know the difference between TPSM84824 and TPSM84624?
I found these modules have the same IC (TPS54824) on it from this thread .
Is the integrated…
Part Number: TPSM84624 Hi, support team
My customer has the questions as follow:
I need to comfirm TPSM84624MOLR's baking condition, For MSL3 products, can I refer to "5.4mm" recorded in the datasheet for thickness? Or It needs to remove the…
Part Number: TPSM84624 According to TPSM84624MOLR datasheet, finish is NIAU.
Is it NIAU composition or layer of Au over layer of Ni ?
What is terminals plating, materials and thickness of each layer of plating ?
Part Number: TPSM84624 Hi there,
About the total effective output capacitance (stated on page 15 of the datasheet to calculated RTT value), should we take into account only the output capacitors placed just close to the TPSM84624 output pins or also…
Part Number: TPSM84624 Other Parts Discussed in Thread: LM10010 Hi there,
I’m working on an application that plans to use TPSM84624, but wanted to margin Vout high/low (+/-5%) for example. Just realized that although the Vout can be adjusted via FB pin…
Part Number: TPSM84624 Hi,
Our Analog front end is very sensitive to noise on some supplies. What is the best combination of caps given the 1500uF max and with only one Polymer cap allowed and could use some advice on how to interpret this requirement…
Part Number: TPSM84624
And in general, why is it that TI isn't producing STEP models for modules like the TPSM84624 and posting them on the product page for that part? It seems people come to these forums to ask for the model.
Part Number: TPSM84624 Wondering what happens if the Rtt value is lower than the recommended value.
I have this setup:
Vin: 12V
Vout 1.2V
Cout: 188 uF Ceramic and 220 uF polymer tantalum
I calculate that the Rtt should be at least 3 kOhms.
However, the…