ST TIP122FP, TIP127FP User Manual

ST TIP122FP, TIP127FP User Manual

TIP127FP

TIP122FP

TIP127FP

COMPLEMENTARY SILICON POWER

DARLINGTON TRANSISTORS

SGS-THOMSON PREFERRED SALESTYPES

FULLY MOLDED ISOLATED PACKAGE

2000 V DC ISOLATION (U.L. COMPLIANT)

DESCRIPTION

The TIP122FP is a silicon epitaxial-base NPN power transistor in monolithic Darlington configuration Jedec TO-220FP fully molded isolated package, intented for use in power linear and switching applications.

The complementary PNP type is TIP127FP.

3

2

1

TO-220FP

INTERNAL SCHEMATIC DIAGRAM

 

 

R1 Typ. = 5 KΩ

R2 Typ. = 150 Ω

 

ABSOLUTE MAXIMUM RATINGS

 

 

 

Symbol

Parameter

Val ue

 

Uni t

 

NPN

T IP122FP

 

 

PNP

T IP127FP

 

VCBO

Collector-Base Voltage (IE = 0)

100

 

V

VCEO

Collector-Emitter Voltage (IB = 0)

100

 

V

VEBO

Emitter-Base Voltage (IC = 0)

5

 

V

IC

Collector Current

5

 

A

ICM

Collector Peak Current

8

 

A

IB

Base Current

0.1

 

A

Pt ot

Total Dissipation at Tcase 25 oC

29

 

W

 

Tamb 25 oC

2

 

W

Tstg

Storage Temperature

-65 to 150

oC

Tj

Max. Operating Junction Temperature

150

 

oC

* For PNP types voltage and current values are negative.

April 1998

1/4

TIP122FP / TIP127FP

THERMAL DATA

Rt hj-ca se

Thermal

Resistance

Junction-case

Max

4.3

oC/W

Rt hjamb

Thermal

Resistance

Junction-ambient

Max

62.5

oC/W

ELECTRICAL CHARACTERISTICS (Tcase = 25 oC unless otherwise specified)

Symb ol Parameter Test Cond ition s Mi n. Typ . Max. Un it

ICEO

ICBO

IEBO

VCEO(s us) *

VCE(s at)*

VBE(on) *

hFE *

Collector Cut-off

Current (IB = 0)

Collector Cut-off

Current (IB = 0)

Emitter Cut-off Current

(IC = 0)

Collector-Emitter

Sustaining Voltage

(IB = 0)

VCE = 50 V

VCE = 100 V

VEB = 5 V

IC = 30 mA

Collector-Emitter

IC = 3

A

Saturation Voltage

IC = 5

A

Base-Emitter Voltage

IC = 3

A

DC Current Gain

IC = 0.

5 A

 

IC = 3

A

* For PNP types voltage and current values are negative.

 

0.5

mA

 

0.2

mA

 

2

mA

 

100

V

IB = 12 mA

2

V

IB = 20 mA

4

V

VCE = 3 V

2.5

V

VCE = 3 V

1000

 

VCE = 3 V

1000

 

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