Part Number: TPS7A74 Other Parts Discussed in Thread: TPS7A57 , TPS61299 , TPS7A57EVM-056 , TPSM82903EVM , TPS62122 , TPS62120 Is there a part like TPS7A74 but without VBIAS requirement that can do VIN 1V1, VOUT 0V9 and current 1A or more?
So far I've only…
Part Number: TPS7A74 Other Parts Discussed in Thread: TPS74901 Hi Team,
Customer report that when the load (electronic load) is set to CC mode 2.7A, the device restarts repeatedly and the peak output current is as high as about 8A. This appears to be due…
Part Number: TPS7A74 Hi Team,
It is known that the case temperature (Top) of TPS7A7401 is 117°C. Should ΨJT or RθJC(top) be used to calculate junction temperature? From the datasheet, I see that ΨJT is smaller than ΨJB, which is different from RθJC(top…
Part Number: TPS7A74 Hi Team,
Could you pls help review the schematic, and I have 2 questions here:
1, What's the risk of having a capacitance greater than 15nF on the SS pin? Could you please clarify.
2,I think a capacitor to ground helps reduce noise…
Part Number: TPS7A74 Hi team,
1. does lower bias voltage leads to lower power consumption ?
2. my customer Vin is 1.8V, if we connect Vin pin to bias pin which minimum is 1.7V,
is there a risk? what would happen if it somehow drop to 1.7V
regards,
F…
Part Number: TPS7A74 Hello team,
I received a question from the customer.
Does Output Accuracy have the following?
-Error in Internal reference (0.641~0.659)
Error in Load regulation (0.33)
The internal reference is listed as 0.641 - 0.65 - 0.659 [V…
Part Number: TPS7A74 Other Parts Discussed in Thread: TPS7A57 , TPS7A54 , TPS7A53 Dear Sirs,
May I use 2 LDOs in parallel to get a double output current?
My customer wants to use 2pcs TPS7A7401 to do such design.
Please help to advise.
Thanks.
Part Number: TPS7A74 Hi support team, This is a question about the description of SBVS416B.
In "Pin Functions" there is a description to not open the SS pin.
However, "Table 7-2" has a description of 0.1ms when opened.
Is it okay…
Part Number: TPS7A74
Hi support team,
This is a question when VIN and BIAS are the same supply. For example, if 5V is supplied, the maximum ROC of VIN will be 4.9V. Because "VIN = V BIAS - 0.1".
Considering this, I don't think the same supply…