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Part Number: TPS65295 Tool/software: Hi all,
I am investigating the TPS65295 right now for an application, but I wanted to know if there was any bode measurement data available for this device. Additionally, if it does exist, would you be able to describe…
Part Number: TPS65295 Hi,
The application circuit shown in the data sheet for VDDQ 1.2V 8A output uses 680nH inductor.
Is there a table or formula to calculator the inductor value for 1.2V 5A load?
Thanks,
SB
Part Number: TPS65295 Hi all,
I am investigating the TPS65295 for a circuit requiring +-3% output transient variance and in this case, the Cout Max values provided in Table 3 are not sufficient enough for me to meet my requirement for the VDD rail.
…
Part Number: TPS65295
Do we have unencrypted spice model for this IC so that we can tryout in LTspice. I have tried using ORCAD pspice basic setup is working.
I have tried to remove the ideal capacitors and replace them with actual model along with…
Part Number: TPS65295 Hi,
Due to some design requirements, we would like to use different device for a 1.2V (VDDQ) supply. Will there be any problem if SW pin is left floating?
Best regards,
Part Number: TPS65295 Hi can we get the buck equivalent circuit model. This is required for integrated DDR4 SI simulation as well for PI transient simulation as well.
Hello :
Please refer to my schematics
Added 1kohm resistor b/w VDDQ and VDDQSNS
Applied current source from VDDQSNS to ground
Pspice simulation :
VTTRef and VTT is tracking 1/2*VDDQ
Lab Measurement using TPS65295 EVK with same schematic changes…
Part Number: TPS65295 Hello team,
My customer are using the theta JA coefficient (58.10 °C/W) provided in TI’s documentation to obtain the maximum temperature of the device , junction temperature, at the maximum power required by our design operating at…
Part Number: TPS65295 The datasheet recommends a 0.1uF for a bootstrap capacitor. Could you tell me what is the min / max ranges for this capacitor value?
My problem is that, if bootstrap capacitor is shorted, large amount of current flows through series…
