Part Number: TPS7A4701-EP Hi,
Good day !
For our internal project we are using TPS7A4701RGWR LDO. Kindly review the attached schematics and let me the comments if any.
Part Number: TPS7A4701-EP Other Parts Discussed in Thread: TPS7A33 , TPS7A94 Hello,
My question is about positive regulated ultra-low noise LDO TPS7A4701 and negative regulated ultra-low noise LDO TPS7A33.
For TPS7A4701's output current of 85uA, and for…
Part Number: TPS7A4701-EP Other Parts Discussed in Thread: TPS74401-EP Team,
I have a design using both the TPS7A4701-EP and the TPS74401-EP and wondering if I apply an external voltage source to the output while the regulator is disabled if it will cause…
Part Number: TPS7A4701-EP Other Parts Discussed in Thread: TPS7A33 , LMZ31704 , LM27762 , TPS7A39 , TPS65131 , TPS7A91 , TPS7A47 , TPS7A52 , LM27761
I am designing a power supply circuitry for the analog front end of my isolated data acquisition module.
The…
Part Number: TPS7A4701-EP Hey team,
Are there any drawbacks or concerns using by the TPS7A4701 in following configuration:
Setting the output voltage (via resistors at feedback pin) at a setpoint that is greater than the input voltage?
The nominal condition…
Part Number: TPS7A4701-EP Team,
what is the signature / behavior of the Vout of the LDO before during and after a thermal shutdown event if the LDO is experiencing OC event prior to and after the thermal shutdown. does the device re-enable back up to…
Part Number: TPS7A4701-EP Dear.
Currently customer is using TPS7A4701RGWT， in datasheet ，it shows thermal pad is internally connected to GND as below, but in actual，we find there is no connected between thermal pad and pin 7 GND ，Could you help me confirm…
Part Number: TPS7A4701-EP Team,
Would you be able to elaborate on the Y axis label in figures 2 and 3 of the datasheet?
Can you walk through how to read the graphs? wondering how to interpret +/-100+% of the values.
appreciate your help!
Part Number: TPS7A4701-EP Team - quick question:
Assuming that the linear regulator is up and running steady state and then the the enable pin of the part gets pulled down with a fast edge (using a small signal mosfet, a digital gate, etc).
How long does…
