AP3303

Document number:DS41016 Rev. 5 - 2

6 of 16

www.diodes.com

May 2019

© Diodes Incorporated

AP3303

Electrical Characteristics (@TA = -40 to +85°C, VCC = 18V, unless otherwise specified.) (continued)

Symbol

Parameter

Condition

Min

Typ

Max

Unit

Output Section (GATE Pin)

VGATE-L

Output Low Level (Note 9)

IO = 20mA, VCC = 12V

—

—

1

V

VGATE-H

Output High Level (Note 9)

IO = 20mA, VCC = 12V

7

—

—

V

VGATE-CLP

Output Clamping Voltage

—

7.6

—

9.6

V

tGATE-RISE

Rising Time (Note 9)

CL = 1nF, VCC = 13V

—

150

300

ns

tGATE-FALL

Falling Time (Note 9)

CL = 1nF, VCC = 13V

—

50

100

ns

Demagnetization Section (DEM Pin)

VTH-DEM

De-Magnetization Voltage (Note 9)

—

—

50

—

mV

VCLP-L

Low Level for Clamping Voltage

IDEM = 200µA (Source

Current)

-50

-5

—

mV

VCLP-H

High Level for Clamping Voltage

IDEM = -1mA (Sink Current)

—

6

—

V

VTH-SOVP-L

SOVP Threshold for Startup

—

1.0

1.1

1.2

V

VTH-SOVP-H

SOVP Threshold for Steady State

—

2.5

2.6

2.7

V

tDEB-SOVP

SOVP Debounce Time

—

—

7

—

Cycle

VTH-SUVP-L

SUVP Threshold for Hiccup

—

—

0.475

—

V

tDEB-SUVP

SUVP Debounce Time

—

—

7

—

Cycle

tBLANK-SUVP

SUVP Blank Time after Startup

—

15

20

25

ms

tSAMPLE

Sample Delay Time (Note 9)

—

—

2

—

µs

LDO Section ( VCC_IN Pin/VCC Pin )

VCC

LDO Regulated Voltage

(Power Supply Voltage)

VCC Open, VCC_IN = 10V

9.0

9.8

10

V

VCC Open, VCC_IN = 40V

14

15

16

V

ILDO

Operating Current

VCC = 12V, VCC_IN = 40V

6

8

11

mA

HV Section (HV Pin)

ICHARGE-L

Charge Current

VCC = 0V, VHV = 100V

—

0.23

—

mA

ICHARGE-H

VCC = 6V, VHV = 100V

—

2

—

mA

ICHARGE-FAULT

Charge Current if Fault Occurs

VCC = 6V, VHV = 100V

—

100

—

µA

VBR-IN

Brown In Voltage

—

100

105

110

V

VBR-OUT

Brown Out Voltage

—

92

97

102

V

tBR-IN

Delay of Brown In (Note 9)

—

—

100

—

µs

tBR-OUT

Delay of Brown Out (Note 9)

—

—

50

—

ms

VLOVP

Line OVP (Note 9)

—

—

630

—

V

VHV

HV Pin Input Voltage (Note 10)

—

—

—

700

V

Notes:

9. Guaranteed by design.

10. The drain-source voltage is 80% of VDS in the aging condition.