Part Number: TPS562242 Hi team,
My customer need an unencrypted Pspice model of TPS562242 for simulation, ti.com version is an encrypted one, can you share unencrypted Pspice model? Thank you!
If it's not ok for public sharing on post, could you pls…
Part Number: TPS562242 Hello,
I am emailing to ask about one of TI's parts we are doing thermal analysis on, TPS562242DRLR. I am looking for the Vendor Maximum Junction Temperature.
Thanks for any assistance you can provide,
Emily Hagen
Part Number: TPS562242 Hi Team,
My customer is using TPS562242 and want to know how to decide UVLO resistors. I don't see enable input current data in the datasheet.
Could you provide the data and calculation equations?
I see our other Parts have…
Part Number: TPS562242 Hi Teams,
The customer is engaged in enterprise grade SSD applications and currently uses TPS562242DRLR in their mass-produced products. There have been three incidents of failure recently. Specifically, the pins of the multimeter…
Part Number: TPS562242 Hello,
We would like TI to review our schematic and PCB layout, but our customer does not want the design files to be made public.
Could you please let us know how we can send the files to you privately?
Thank you.
Part Number: TPS562242 Hi Team,
The customer wants to use TPS562242 for inverting output design.
the Vin is 3.6~6V, Vout is -1.5 ~ -3.5V.
May I have your help to let me know how to design it?
Thanks.
Part Number: TPS562242 Hi there
I'm using your DC-DC Converter TPS562242. From you schematic reference design i can see that you have to separate resistors R3 and R4. the capcitor C6 is only connected to R4. What is the reason for this. In my design…
Part Number: TPS562242 Hi there I'm using a TPS562242 dc-dc buck converter for a first time. As silly of me goes through schematic I didn't understand that which state of EN pin will activate a chip it self ? If I give a 5V to that EN will make it run…
Part Number: TPS562242 Tool/software: Hi Q1. In datasheet page17 mentioned about "Kelvin connection", what is this mean? From below suggested layout, it looks like connect these pins all together in surface layer, then have via connect to inner layer…