Part Number: TPS62730 Tool/software: Hello, I am using TPS62730 on my CC1312 TI 15.4 Stack sensors. I need some help to determine in what part of the code I should enable and disable the bypass mode to get maximum battery life. At the moment I enable…
Part Number: CC1101 Other Parts Discussed in Thread: TPS62730 Tool/software: Hello,
We have made an application with a CC1101 voltage regulator, which is used TPS62730. We have been getting <1uA for specific TPS62730 regulator. but we are getting 25uA…
Part Number: TPS62730 Other Parts Discussed in Thread: CC1101 Tool/software: Hello,
I have designed a circuit using TPS62730 when we are making pin ON/BYP to low current consumption is around 20uA and as per the datasheet it would be around 30nA, am…
Part Number: TPS62730 Hi,
I found a variant type, TPS62734, on the TPS62730 datasheet.
I would like to ask if this is available as the original TPS62730 is out of stock.
Thank you in advance for your help.
Best regards,
Szabolcs
Part Number: TPS62730 I would like to ask for technical support to eliminate the problem I encountered when using the TPS62730 DC-DC converter system. I am currently working on developing a radio module. The device is powered by a 3.6V Li-SoCL2 battery…
Hi Tushar,
Please send the files to my email: febin.hameed@ti.com
I hope you will be fine to close this thread as we are taking this internal.
Regards,
Febin
Part Number: TPS62730 Other Parts Discussed in Thread: TPS62740 During Standby Mode, TPS62730 provides 30 nA current as per datasheet. But MCU and other peripherals require about 30uA .
Will TPS62730 provide me such current or other results shall i…
Part Number: TPS62730 Other Parts Discussed in Thread: CC2640 Hi I am using the TPS62730 to step down from 3V to 2.1V in an effort to reduce current consumption while powering my CC2640 and a few sensors.
The circuit for TPS62730 that I am using is…
Part Number: TPS62740 I saw EN pin in the datasheet of TPS62740 to have a voltage range. I want to know if there is a definite value?If the voltage of the EN pin is between 0.4v and 1.1v, what is the state of the chip?