LCS700-708 datasheet(19/26 Pages) POWERINT

19 / 26 page

Rev. B 062011

LCS700-708

www.powerint.com

Parameter

Symbol

Conditions

SOURCE = 0 V; T

J = 0 to 100 °C

CC = 12 V, VCCH = 12 V

(Unless Otherwise Specified)

Min

Typ

Max

Units

Half-Bridge

OFF-State Current

DSS

Measured from D to

HB or from HB to S

J = 100 °C, VCC =

12 V, V

CCH = 12 V,

D = 424 V

LCS700

LCS701

LCS702

LCS703

LCS705

120

LCS708

200

ON-State Resistance

DS(ON)

Measured from D to

HB or from HB to S

CC = 12 V, VCCH =

12 V, T

J = 25 °C

LCS700, I = 0.8 A

1.53

1.82

LCS701, I = 1.2 A

1.00

1.24

LCS702, I = 1.6 A

0.74

0.92

LSC703, I = 2.0 A

0.60

0.73

LCS705, I = 3.0 A

0.40

0.49

LCS708, I = 4.8 A

0.26

0.31

Thermal Resistance

Junction to Case Thermal Resistance(1,3):

LCS700 (q

JC)............................................ 7.6 °C/W

LCS701 (q

JC)........................................... 7.0 °C/W

LCS702 (q

JC)...........................................6.6 °C/W

LCS703 (q

JC) ......................................6.2 °C/W

LCS705 (q

JC)...........................................5.9 °C/W

LCS708 (q

JC)...........................................5.5 °C/W

Junction to heat sink Thermal Resistance(1,2):

LCS700 (q

JH)......................................... 10.1 °C/W

LCS701 (q

JH)...................................... ......9.5 °C/W

LCS702 (q

JH)........................................... 9.1 °C/W

LCS703 (q

JH)........................................... 8.7 °C/W

LCS705 (q

JH)...........................................8.4 °C/W

LCS708 (q

JH)...........................................8.0 °C/W

Hottest Junction to OT Sensor Thermal Offset(1,2,4):

LCS700 (ΔT

J-OT)........................................ 4.6 °C/W

LCS701 (ΔT

J-OT)....................................... 4.0 °C/W

LCS702 (ΔT

J-OT).......................................3.5 °C/W

LCS703 (ΔT

J-OT) ..................................3.2 °C/W

LCS705 (ΔT

J-OT)....................................... 2.8 °C/W

LCS708 (ΔT

J-OT)....................................... 2.5 °C/W

Notes:

1. Both power switches each dissipating half the total power.

2. Mounted to an aluminum heat sink with uniform coverage of

Thermalloy thermal paste. Mounting clip with normal force

>30 N applied to the center of the package.

3. Junction to case thermal resistance is based on hottest

junction, case temperature measured at center of package

back surface.

4. Temperature difference between hottest junction and over-

temperature sensor.

5. Thermal resistance values are preliminary and subject to change.

Absolute Maximum Ratings

Instantaneous Repetitive D or HB Current(5) ..............................

.................................. V

CC, VCCH = 11.5 V, 25 °C

LCS700........................................................ 5.2 A

LCS701.........................................................7.7 A

LCS702...................................................... 10.3 A

LCS703 ................................................. 12.9 A

LCS705...................................................... 19.3 A

LCS708...................................................... 30.9 A

Instantaneous Repetitive D or HB Current(5) ...............................

...................... V

CC, VCCH = 11.5 V, 125 °C

LCS700........................................................ 4.2 A

LCS701........................................................ 6.2 A

LCS702........................................................ 8.3 A

LCS703 ................................................. 10.4 A

LCS705...................................................... 15.6 A

LCS708....................................................... 24.9 A

DRAIN Pin Voltage D(1).........................................-1.3 V to 530 V

Half-bridge Voltage, HB(1)............................... -1.3 V to D + 0.5 V

Half-bridge Voltage Slew Rate, HB .................................... 10 V/ns

SUPPLY Pin Voltage, VCC(1), VCCH(2).........................-0.3 V to 15 V

G Pin Voltage(1) .................................................... -0.3 V to 0.3 V

IS Pin Voltage(3) ............................................ -0.65 to VREF + 0.3 V

DT/BF and FEEDBACK Pin Voltages(3) ....... -0.3 to VREF + 0.3 V

OV/UV Pin Voltage(3) ....................................-0.3 to VCC + 0.3 V

Pin Current (VREF, OV/UV, DT/BF, FEEDBACK, IS)........±100 mA

Junction Temperature ......................................-40 °C to 150 °C

Storage Temperature ...................................... -65 °C to 150 °C

Lead Temperature(4).........................................................260 °C

ESD Rating (JESD22-A114-B, HBM) ....................................2 kV

Notes:

1. Voltage referenced to S.

2. Voltage referenced to HB.

3. Voltage referenced to G.

4. 1/16 inch from case for 5 seconds.

5. One-cycle peak current can exceed repetitive maximum current

for t < 460 ns if T

J < 100 °C and drain voltage ≤ 400 VDC.

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