Datasheet MIN1072M MinE-CAP (Power Integrations) - 5
| Manufacturer | Power Integrations |
| Description | Bulk Capacitor Miniaturization and Inrush Management IC for Very High Power Density AC/DC Converters |
| Pages / Page | 14 / 5 — MinE-CAP. Begin Steady-State. Yes. Brown-Out. VTOP > VCOV?. Fault … |
| File Format / Size | PDF / 1.4 Mb |
| Document Language | English |
MinE-CAP. Begin Steady-State. Yes. Brown-Out. VTOP > VCOV?. Fault Handling. Disable MinE-CAP. Power Switch. Surge. Enable MinE-CAP
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Text Version of Document
MinE-CAP
differential voltage across C , the MinE-CAP IC regulates the voltage LV across C to within a predetermined range (V ). This ensures LV TRKLCHRG that during line dropout or load step, there is no impact on the power
Begin Steady-State
supply power deliver capability. The MinE-CAP IC is designed with extremely low off-state leakage current, much lower than the self-leakage current of C , to ensure that the voltage across C does LV LV not accumulate over time.
Yes Brown-Out VTOP > VCOV?
If the bulk voltage fal s below I for ~500 ms the control er resets UV- and undergoes a normal start-up sequence.
Fault Handling Disable MinE-CAP
The MinE-CAP IC has built-in the fol owing fault detection capabilities.
Power Switch No
Fault communication to InnoSwitch is done via the LINE pin.
No Surge Enable MinE-CAP
The MinE-CAP IC has surge detection capability. If the power switch
Power Switch
is on and a surge event occurs, the power switch is disabled for 130 ms.
No VTOP < VCOV?
After the ~130 ms timer expires, the MinE-CAP IC returns to steady- state operation. Surge information is not communicated to the InnoSwitch IC.
Yes Over-Temperature Protection
The MinE-CAP IC has thermal detection circuitry to maintain the
Yes VBOT~= 0 V?
MinE-CAP temperature below a safe level. In the event the MinE-CAP PI-9215-082020 temperature exceeds T the part goes into thermal shutdown and SD I is injected into the V pin of InnoSwitch IC. Once the INJECT(OV) MinE-CAP temperature fal s below T , the MinE-CAP control er is SD(H) reset and undergoes a normal start-up sequence. Figure 7. Steady-State MinE-CAP Power Switch Control.
Pin Open/Short Faults
The MinE-CAP IC has pin open/short detection on VBOT and DRAIN
Trickle Charge Regulation
pins. In the event of a pin fault, I is injected into the V pin of INJECT(OV) During system conditions where the DC bus voltage constantly InnoSwitch until the fault is removed. Subsequently, the MinE-CAP remains above V , e.g. during light load condition, the MinE-CAP IC control er is reset and undergoes a normal start-up sequence. COV+ uses trickle charging algorithm to ensure there is sufficient charge on C to support power delivery if required. By measuring the LV
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Rev. D 11/20 www.power.com
differential voltage across C , the MinE-CAP IC regulates the voltage LV across C to within a predetermined range (V ). This ensures LV TRKLCHRG that during line dropout or load step, there is no impact on the power
Begin Steady-State
supply power deliver capability. The MinE-CAP IC is designed with extremely low off-state leakage current, much lower than the self-leakage current of C , to ensure that the voltage across C does LV LV not accumulate over time.
Yes Brown-Out VTOP > VCOV?
If the bulk voltage fal s below I for ~500 ms the control er resets UV- and undergoes a normal start-up sequence.
Fault Handling Disable MinE-CAP
The MinE-CAP IC has built-in the fol owing fault detection capabilities.
Power Switch No
Fault communication to InnoSwitch is done via the LINE pin.
No Surge Enable MinE-CAP
The MinE-CAP IC has surge detection capability. If the power switch
Power Switch
is on and a surge event occurs, the power switch is disabled for 130 ms.
No VTOP < VCOV?
After the ~130 ms timer expires, the MinE-CAP IC returns to steady- state operation. Surge information is not communicated to the InnoSwitch IC.
Yes Over-Temperature Protection
The MinE-CAP IC has thermal detection circuitry to maintain the
Yes VBOT~= 0 V?
MinE-CAP temperature below a safe level. In the event the MinE-CAP PI-9215-082020 temperature exceeds T the part goes into thermal shutdown and SD I is injected into the V pin of InnoSwitch IC. Once the INJECT(OV) MinE-CAP temperature fal s below T , the MinE-CAP control er is SD(H) reset and undergoes a normal start-up sequence. Figure 7. Steady-State MinE-CAP Power Switch Control.
Pin Open/Short Faults
The MinE-CAP IC has pin open/short detection on VBOT and DRAIN
Trickle Charge Regulation
pins. In the event of a pin fault, I is injected into the V pin of INJECT(OV) During system conditions where the DC bus voltage constantly InnoSwitch until the fault is removed. Subsequently, the MinE-CAP remains above V , e.g. during light load condition, the MinE-CAP IC control er is reset and undergoes a normal start-up sequence. COV+ uses trickle charging algorithm to ensure there is sufficient charge on C to support power delivery if required. By measuring the LV
5
Rev. D 11/20 www.power.com
