Part Number: TPS3700EVM-114 Other Parts Discussed in Thread: TPS3700 Tool/software: I want to monitor 1.1V to detect 1.05-1.15.
Which constants are recommended for R1, R2, and R3 in this case?
I looked at the datasheet, but I don't understand it well…
Part Number: TPS3700EVM-114 Other Parts Discussed in Thread: TPS3700 , TPS61030 , BQ24650 Hello,
I was looking at the feasibility of adding a larger hysteresis to the suggested design found in the TPS3700EVM-114 with a gap of 0.1 V and how I would be…
Part Number: TPS3700EVM-114 Other Parts Discussed in Thread: TPS61030 , TPS3700 ,
Hello,
I have ordered the TPS3700EVM-114 for testing purposes with my system to see how the discharge and charging with my battery charger would take place. I went ahead…
Part Number: TPS61030 Other Parts Discussed in Thread: TPS3700EVM-114 , , TPS63010 Hello,
I have designed a boost converter with the use of a TPS61030 which leads to a 1 A USB load. This converter is preceded by a voltage comparator similar to the…
Part Number: TLV3012 Other Parts Discussed in Thread: TPS3700EVM-114 , , TPS3700 Hello,
I have enquired about using the TLV 3401 as an undervoltage battery monitor and an engineer suggested that I use the TLV3012 part. I have recently used the TPS3700EVM…
Joe,
Thank you very much for your help! I have ordered the TPS3700EVM-114 for testing purposes with my system to see how the discharge and charging with my battery charger would take place. I will go ahead and swap out R1 in that system with a 604kOhm…
SHH,
I also wanted to ask if you have any Iq concerns. If not, we can actually look at our entire portfolio of voltage supervisors and use a resistor divider on the Vdd rail itself. This will provide you more flexibility in choice and cost. Also, I…
Hi Alon,
The TPS3700 datasheet has design equations on page 11. Also, there is an available EVM to help test the TPS3700 in your application.
http://www.ti.com/tool/tps3700evm-114
Regards,
Darwin
Hi Gaston,
Have you seen the TPS3700? This is an over-voltage and under-voltage SVS. You set the 3V and 1.5V using merely 3 resistors and the output can trigger (separately or together) when the rail sensed goes over 3V or under 1.5V! Below is the link…
