Part Number: TPS629206 Tool/software: Hello all,
Please provide the P-spice model for TPS629206-Q1.
Thanks and Regards,
Nilesh Sabale.
Lead Engineer- Electronics Design
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Hello Alex,
Thank you for providing the information.
Alex Palii said: What input current will be at a load current of 10 µA and an input voltage of 6.5 V to 6.8 V?
The requested data is already provided before in the previous reply which is with input…
Part Number: TPS629206 Hi TI engineer,
I would appreciate information on the results of the open-short test using TPS629206 and any data you have on that circuit.
Part Number: TPS629206 Hi TI engineer,
I am simulating using a PSPICE model with input voltage of 12vDC and output voltage of 5vDC, but the output voltage is not 12v, is there something wrong with the settings as this is my first time using PSICE?
I…
Part Number: TPS629206 HI TI engineer,
Please tell me about the UVLO resistance setting.
Under the following conditions, Input voltage: 12vDC Output voltage: 5vDC UVLO released voltage: 10.5v Currently, the following circuit constants are used, However, the…
Part Number: TPS629206 Other Parts Discussed in Thread: LM2991 Dear TI Team,
I want to generate -5V from -15V input with GND same for input and output.
I would like to know if I could use part "TPS629206" for this purpose.
If there are any better…
Part Number: TPS629206 Hi TI engineer,
Is there a way to perform a sweep operation of a pulse power supply in a PSpice for TI simulation?
The reason is that we would like to verify the operation of UVLO in a simulation. We know that the simulation itself…
Part Number: TPS629206 Hello,
I've seen in a previous post ( https://e2e.ti.com/support/power-management-group/power-management/f/power-management-forum/1106422/tps629206-vo-operation?tisearch=e2e-sitesearch&keymatch=tps629206# )
that there are…
Part Number: TPS629206 I'm looking for a power efficient converter to generate 3.1V from a single cell Li-Ion battery. In my application the converter spends most of the time under very low load and it is important for it to conserve power. I've found…