HIP2210, HIP2211

2. Specifications

FN9347 Rev.1.01

Page 7 of 27

Jun.23.20

2.3

Recommended Operating Conditions

2.4

Electrical Specifications

Parameter (Note 5)

Minimum

Maximum

Units

Supply Voltage, VDD

+6

+18

V

HI, LI, EN Inputs

0

VDD

V

PWM, VREF Inputs

0

+5.5

V

Resistor on RDT pin to VSS for Programmable Dead Time

+10

+100

kΩ

Boot Voltage, HB Referenced to HS

VDD - 1

+18

V

Bootstrap Voltage, HB

-

+115

V

Continuous Voltage on HS

The greater of

[-10 or -(20 - VDD)]

+100

V

HS Slew Rate

<50

V/ns

Temperature

-40°C

+125

°C

VDD = HB = EN = 12V; VSS = HS = 0V; HI = LI = 0; VREF = 5V; PWM = 2.5V. No load on LO or HO, unless otherwise specified. Boldface

limits apply across the operating temperature range, -40°C to +125°C.

Parameters

Symbol

Test Conditions

Min

(Note 11)Typ

Max

(Note 11)Units

Supply Currents (HIP2211)

VDD Quiescent Current

IDDQ

HI = LI = 0

-

390

628

µA

VDD Operating Current

IDDO

fSW = 500kHz; HI = LI = 50% square

wave to VDD

-1.5

1.69

mA

HB to HS Quiescent Current

IHBQ

HI = 1; LI = 0

-

370

475

µA

HB to HS Operating Current

IHBO

fSW = 500kHz; HI = LI = 50% square

wave to VDD

-1.4

1.6

mA

HB to VSS Current, Operating

IHBSO

fSW = 500kHz; HI = LI =50% square

wave to VDD; VHB = 115V;

VHS =100V

-88

110

µA

HB to VSS Leakage Current

IHBS

HI = LI = 0; VHB = VHS = 100V

-

29

47

µA

Supply Currents (HIP2210)

VDD Quiescent Current

IDDQ

PWM = 0.5 x VREF; EN = 1;

RDT = 1kΩ; 100kΩ

-

455

700

µA

VDD Quiescent Current

IDDQ

PWM = 0.5 x VREF; EN = 1;

RDT = 10kΩ

-800

1000

µA

VDD Operating Current

IDDO

fSW = 500kHz; PWM = 50% square

wave to VREF; RDT = 10kΩ

-2

2.32

mA

VDD Disabled Current

IDDSD

EN = 0; RDT = 1kΩ; 100kΩ

-

440

580

µA

VDD Disabled Current

IDDSD

EN = 0; RDT = 10kΩ

-

780

900

µA

HB to HS Quiescent Current

IHBQ

PWM = VREF; EN = 1

-

370

475

µA

HB to HS Operating Current

IHBO

fSW = 500kHz; PWM = 50% square

wave to VREF; RDT = 100kΩ

-1.7

2

mA

HB to VSS Current, Operating

IHBSO

fSW = 500kHz; PWM = 50% square

wave to VREF; VHB = 115V;

VHS = 100V; RDT = 100kΩ

-95

126

µA

HB to VSS Leakage Current

IHBS

PWM = 0.5 x VREF;

VHB =VHS = 100V

-28

52

µA