Page 2

HPR7XXC

REV. B (MPS)

12/2008

NOMINAL

RATED

RATED

INPUT CURRENT

REFLECTED

INPUT

OUTPUT

OUTPUT

NO LOAD

RATED LOAD

RIPPLE

EFFICIENCY

VOLTAGE

VOLTAGE

CURRENT

CURRENT

MODEL

(VDC)

(VDC)

(mA)

(mA)

(mA)

(mAp-p)

(%)

HPR700C

5

5

1000

70

1250

15

80

HPR703C

5

± 5

±500

70

1250

15

80

HPR704C

5

±12

±208

70

1190

15

84

HPR705C

5

±15

±167

70

1190

15

84

HPR706C

12

5

1000

25

490

15

80

HPR710C

12

±12

±208

25

490

15

85

HPR711C

12

±15

±167

25

490

15

85

HPR712C

15

5

1000

20

407

15

82

HPR717C

15

±15

±167

20

392

15

85

Note: Other input to output voltage options may be available. Please consult factory.

ELECTRICAL CHARACTERISTICS

Specifications typical at T

ORDERING INFORMATION

HPR

7XX

C

Device Family

HPR indicates DC/DC converter

Model Number

RoHS Compliant

COMMON SPECIFICATIONS

Specifications typical at T

PARAMETER

CONDITIONS

MIN

TYP

MAX

UNITS

INPUT

Voltage Range

4.75

5

5.25

11.4

12

12.6

14.2

15

15.8

Voltage Rise Time

See Application Note: "Capacitive Loading Effects on Start-Up of DC/DC Converters"

ISOLATION

Rated Voltage

500

Test Voltage

60 Hz, 10 seconds

500

Vpk

Resistance

1

G

W

Capacitance

55

pF

Leakage Current

V

5

μArms

OUTPUT

Rated Power

5

W

Voltage Setpoint Accuracy

Rated Load, Nominal V

IN

±3

%

Temperature Coefficent

±0.05

%/Deg C

Ripple & Noise

BW = DC to 10MHz

50

mVp-p

BW =10Hz to 2MHz

5

mVrms

Voltage

I

5V

5.75

I

±12V

13.10

I

16.25

REGULATION

Line Regulation

High Line to Low Line

1.2

%/%Vin

Load Regulation (5V out only)

Rated Load to No Load

15

%

Load Regulation (All other Models)

Rated Load to No Load

10

%

GENERAL

Switching Frequency

170

kHz

Package Weight

7

g

MTTF per MIL-HDBK-217, Rev. E

Circuit Stress Method

Ground Benign

T

2000

kHr

TEMPERATURE

Specification

-25

+25

+70

°C

Operation

-40

+85

°C

Storage

-40

+110

°C

ABSOLUTE MAXIMUM RATINGS

Internal Power Dissipation.......................................................................1.7W

Short Circuit Protection..................................................................Momentary

Lead Temperature (soldering, 10 seconds max)................................+300°C