Part Number: TPS22860 Other Parts Discussed in Thread: TPS22917 I have some questions regarding the TPS22860 load switch.
Could you please answer them?
What is a meaning of TON/TOFF times? Does it mean the time between applying ON signal to the moment…
1) Data sheet (SLASEF5B) Table 7-1 indicates that R33/LCDCAP (pin 61) has no port (Px.y) function, so it's not available for either digital or analog function.
2) Looking at the EVM430-FR6043 (TIDM-02003) schematics (TIDRYS5) it looks like P1.0/P1…
Part Number: TPS22860 Other Parts Discussed in Thread: TPS22916
Hi All,
I attached files. That is schematics & block-diarams using TPS22860.
+1.8V : 1.8V / 200mA
VDD_S : 1.8V / 100mA
S_PWR_CTR : 1.8V
I want to contol power of Device_1 for power…
Part Number: TPS22860 Hi team,
The datasheet for the TPS22860 mentions it will be available in a SC-70 package. Is there an estimated schedule for the release of that packaging option?
Thanks in advance for your support.
Hi all,
This week I received the samples of TPS22860 from ti.com. Thanks TI for samples support. Fast delivery.
I have evaluated this DC load switch using a standard SOT23-6 evaluation board to find the Turn-On delay of TPS22860.
For my DC power requirements…
Part Number: TPS22860 Hi, team.
Iq,vbias is prescribed with max100nA, but ICC of Figl.7 exceeds 200nA in 85C.. Are ICC and Iq different?
Best Regards,
Kobayashi
Part Number: TPS22860 Hi,
I received the following question from my customer.
Recommended Operating Conditions VIH/IL(VBIAS=5V) is mentioned in the datasheet as follows
.
Could you tell me the it on the VBIAS≦2.4V condition?
Best Regards,
Kuramochi
Part Number: BQ25570 Other Parts Discussed in Thread: TPS22860 , Hi,
My schematic is as follows. My design includes 2 phases:
- Phase 1: When VSTOR reaches 3.3V (the upper threshold), VOUT and VBAT_OK are activated (2.4V and 3.3V, respectively). At that…
Part Number: TPS22860 Datasheet table 7.5 and figures 4, 5 and 7 are difficult to interpret and reconcile. For the use case where VBIAS = 2.5 V, VIN = 2.5 V, VON = 0 V and with 10 kΩ connected to VOUT, I would like to know the total current flowing into…