Part Number: TPS3703-Q1
Hi,
we are using TPS3703A4120 device, which provides a fixed reset delay time of 10 (+/-3) ms. At startup the startup delay has to be added which typ. 300us.
Q1: What extreme values can we expect for startup delay? Especially…
Part Number: TPS3703-Q1 Hello guys,
One of my customers is considering using TPS3703-Q1 for their new products.
At this moment, they have the following question.
Could you please give me your reply for them?
Q. According to the device electric characteristics…
Part Number: TPS3703 Hi team,
i see datasheet says we can float MR pin if it is not used.
My question is can we tie MR to VDD pin if we don't use MR pin? Is there any potential issue? Thanks.
Part Number: TPS3703 Hi team,
As we know, we have accurate UV/OV threshold(generated by reference) in our supervisor products. And i noticed that we have threshold accuracy vs temp spec. But i don't know how the threshold be affected by VDD ripple. Do…
Part Number: TPS3703-Q1 Other Parts Discussed in Thread: TPS3703 , TPS3702 , TPS3704 There are 4 graphs in datasheet regarding sense glitch immunity (figure 7-11 to 7-14). Furthermore there are typical values in table in section 7.6. Unfortunately the values…
Part Number: TPS3703-Q1 Hi Expert,
I have some questions about TPS3703-Q1 as below. Could you please help to clear?
Is LATCH mode only available when CT pin is connected to GND? For CT pin connected to VCC or cap, it is not available, right?
Is internal…
Ito-san,
1. Abs max rating on th eSENSE pin 6V. Stresses beyond the Absolute Maximum Ratings may cause permanent damage to the device or affect device reliability
2. Unfortunately we do not have an application circuit recommendations for this.
Thank you. …
Part Number: TPS3703-Q1 Hi,
To anlayse the logic compatibility, could you please help with the VIL,VOH,VIH data of the supervisor TPS3703A7120DSERQ1.
Thanks & Reagrds,
Reshma
Part Number: TPS3703 Hi,
I am using TPS3703A5180DSER as power monitoring. See the schematics below
connected the VSENS directly to a 1.8V (Measured as 1.807 from pin 1 to pin 5).
VDD is 5.1V and MR is measured as 5.1V.
Still the RESET output remains…