Datasheet MIN1072M MinE-CAP (Power Integrations) - 3
| 制造商 | Power Integrations |
| 描述 | Bulk Capacitor Miniaturization and Inrush Management IC for Very High Power Density AC/DC Converters |
| 页数 / 页 | 14 / 3 — MinE-CAP. Pin Functional Description. VTOP Pin (Pin 8). VBOT Pin (Pin 1). … |
| 文件格式/大小 | PDF / 1.4 Mb |
| 文件语言 | 英语 |
MinE-CAP. Pin Functional Description. VTOP Pin (Pin 8). VBOT Pin (Pin 1). No Connect (NC) Pin (Pin 2). GND Pin (Pin 9 - 10)
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MinE-CAP Pin Functional Description VTOP Pin (Pin 8)
A high-voltage pin connected to the DC side of the input bridge
VBOT Pin (Pin 1)
rectifier for monitoring bulk voltage information. A high-voltage A high-voltage pin connected to the drain of the MinE-CAP IC. A switch is opened when the InnoSwitch IC is not sensing line high-voltage switch is closed when the MinE-CAP IC is operated in information to reduce power consumption. R resistor connected trickle-charge mode. A 1 MW resistor is tied between this pin and the TOP between V and V pin must be selected as per design line OV/UV negative end of the LV capacitor. BUS TOP requirements. In systems using InnoSwitch, this R resistor TOP
No Connect (NC) Pin (Pin 2)
corresponds to the resistor used on V pin. Leave open. Should not be connected to any other pins or traces.
GND Pin (Pin 9 - 10) SIGNAL GROUND (SG) Pins (Pins 3, 6)
These pins must be connected to the SOURCE pin. This pin is signal ground for the digital control er. Must be external y
SOURCE (S) Pin (Pin 11)
connected to S pin. This pin is the power switch source connection.
BYPASS (BP) Pin (Pin 4) DRAIN (D) Pin (Pin 16)
It is the connection point for an external bypass capacitor for the IC This pin is the power switch drain connection. supply. Must be supplied by the BPP pin of the InnoSwitch IC or other external supply.
LINE (L) Pin (Pin 5)
This pin connects to the V pin of the InnoSwitch IC and is used to
VBOT 1 16 D
provide bulk capacitor voltage, start-up and fault information to the
NC 2
MIN1072M InnoSwitch IC.
SG 3 BP 4
YYWW
NO CONNECT (NC) Pin (Pin 7) L 5 11 S SG 6
%%7654321A Leave open. Should not be connected to any other pins or traces.
NC 7 10 GND VTOP 8 9 GND
PI-8987-082120 Figure 5. Pin Configuration.
3
Rev. D 11/20 www.power.com
A high-voltage pin connected to the DC side of the input bridge
VBOT Pin (Pin 1)
rectifier for monitoring bulk voltage information. A high-voltage A high-voltage pin connected to the drain of the MinE-CAP IC. A switch is opened when the InnoSwitch IC is not sensing line high-voltage switch is closed when the MinE-CAP IC is operated in information to reduce power consumption. R resistor connected trickle-charge mode. A 1 MW resistor is tied between this pin and the TOP between V and V pin must be selected as per design line OV/UV negative end of the LV capacitor. BUS TOP requirements. In systems using InnoSwitch, this R resistor TOP
No Connect (NC) Pin (Pin 2)
corresponds to the resistor used on V pin. Leave open. Should not be connected to any other pins or traces.
GND Pin (Pin 9 - 10) SIGNAL GROUND (SG) Pins (Pins 3, 6)
These pins must be connected to the SOURCE pin. This pin is signal ground for the digital control er. Must be external y
SOURCE (S) Pin (Pin 11)
connected to S pin. This pin is the power switch source connection.
BYPASS (BP) Pin (Pin 4) DRAIN (D) Pin (Pin 16)
It is the connection point for an external bypass capacitor for the IC This pin is the power switch drain connection. supply. Must be supplied by the BPP pin of the InnoSwitch IC or other external supply.
LINE (L) Pin (Pin 5)
This pin connects to the V pin of the InnoSwitch IC and is used to
VBOT 1 16 D
provide bulk capacitor voltage, start-up and fault information to the
NC 2
MIN1072M InnoSwitch IC.
SG 3 BP 4
YYWW
NO CONNECT (NC) Pin (Pin 7) L 5 11 S SG 6
%%7654321A Leave open. Should not be connected to any other pins or traces.
NC 7 10 GND VTOP 8 9 GND
PI-8987-082120 Figure 5. Pin Configuration.
3
Rev. D 11/20 www.power.com