Part Number: TPS7A61-Q1 hello,
Could you let me know the internal pull-down resistor range? customer would like to fine tune the ENABLE related circuit to minimize the quiescent current.
Regards,
Dongbao
Part Number: TPS7A61-Q1
Hi team,
Could you please help to check if BU could provide heat module for my customer?
PMDL model for Flotherm
Thanks.
Function Desription
热仿真模型( PDML )
TPS7A6150-Q1
TPS7B6750-Q1
TLV70033QDDCRQ1
…
Part Number: TPS7A61-Q1 Other Parts Discussed in Thread: TPS7B70-Q1 , TLE4275-Q1 Understand TPS7A61xx-Q1 requires Vin to exceed 11.0V to properly startup. Need to know min Vin operation after startup for 3.3Vout, and reset trip accuracy. Only clue from…
Part Number: TPS7A61-Q1 Dear Support team
From the data sheet of TPS7A61-Q1, the recommended voltage range is 11 V ~ and the accuracy is 2%.
Looking at Fig 6 etc., it seems to work even at 11V or less, but how is the output voltage accuracy in that case…
Part Number: TPS7A61-Q1 Other Parts Discussed in Thread: TPS7A6650H-Q1 Hi,
I am looking for an alternative to the LDO TPS7A61-Q1 ( TO-252 package) without the thermal shutdown option. Vin = 15V and Vout = 3.3V max current = 35mA
Want to use it on a high…
Part Number: TPS7A61-Q1 Hi; Application team;
What is a recommended handling method when nRST pin is not used?
Please advise.
Best regards,
Hidekazu Someno
Part Number: TPS7A61-Q1 Hi, team;
In TPS7A61xx-Q1 detasheet, the recommended minimum ESR of Cout has specified as 10mohms in Figure-13 & section-9.2.1.2.2.
However, most of ceramic capacitors(X5R/X7R, 10uF-47uF) have lower ESR than 10mohms.
How should…
Part Number: TPS7B82-Q1 Other Parts Discussed in Thread: TPS7A61-Q1 , TPS7B70-Q1 , TPS7B63-Q1 , TPS7A65-Q1 , TPS7B81-Q1 , TPS7A66-Q1 Hi
I would like to ask 2 questions below:
1. TPS7B8233 only supports 3.3V output and TPS7B8250 only supports 5V output right…
Part Number: TPS7A60-Q1 Other Parts Discussed in Thread: TPS7A61-Q1 Hi Team,
For TPS7A61-Q1, the recommended minimum input voltage is 11V for 5V fixed output, while the Fig 6 shows when Vin>5V, the output still can obtain 5V.
What is the reason to…