Part Number: TPS7A84A Hi team,
do we have a comparison table between ADP1763 and TPS7A84A? or can you help suggest a more suitable part for low noise LDO to replace ADP1763? P2P is not needed but the smaller solution size, the better.
the lowest output…
Part Number: TPS7A84A Other Parts Discussed in Thread: TEST Hi Team,
A customer found a discrepancy with the datasheet for TPS7A84A.
The customer pointed out that Figure 6-8 shows 60dB PSRR for 10Hz to 10MHz bandwidth, at Vin = 1.3V, Vout = 1V, Iout = 3A …
Part Number: TPS7A84A Hi team we are using TPS7A8400A to generate 1V from 1.5V . I have attached the image which shows the connections of the regulator. I request you to review the connections.
The output capacitors are of 0805 package
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Regards
Ke…
Part Number: TPS7A84A Can the enable pin voltage (5V) exceed the input supply pin voltage (1.8V) ? For this application, the bias pin is left unconnected. ..
Part Number: TPS7A84A Other Parts Discussed in Thread: TPS7A84 , Hello Guys,
Good day.
Does the available spice model on the device product page supports TPS7A8401A variant with 0.5V output?
It seems to support the TPS7A8400A only. Is there a way to make…
Part Number: TPS7A84A Hi Team,
If Iout is below 2A, then can the Cout be similar with TPS7A83/A, that is, decrease Cout from 47uf to 22uf? If not, what's the reason for that? Thanks.
BRs
Given
Part Number: TPS7A84A Other Parts Discussed in Thread: ABS Hi Team,
Customer want to use 2.5V Vin and 3.3V EN high voltage at TPS7A8401A. On datasheet, EN max spec = Vin at recommendation value and EN max= 6.5V at ABS value. So I want to know if EN voltage…
Part Number: TPS7A84A Hi Team,
in datasheet,
in recommended operation conditions , EN pin voltage range is 0 to Vin.
in EC table, EN range is up to 6.5V.
So in below application, 1.2Vin to 0.9Vout, please kindly check whether a 1.8V voltage can be used…
Part Number: TPS7A84A I am trying to calculate the natural convection heat transfer coefficient for a PCB with several components on it, including TPS7A8400ARGRR. I have been referencing document SNVA419C. Looking at Table 2, the calculations are gone…
