Power diodes

Trench Schottky rectifiersin Clip Flat Power packages
For high system efficiency

Nexperia AEC-Q101 rated Trench Schottky rectifiers meet thechallenging demands of efficient and space-saving designs. They
combine low forward voltage, reverse current and Qrr to enable best
efficiency at high switching speeds and high ambient temperatures.
Available in clip-bond packages with excellent power capabilities.
The Trench advantage

Planar Schottky

Trench Schottky

Schottky metal

Adding trenches to the Schottky design
increases the thermal stability by
reducing the leakage currents (IR) andimproves switching performancecompared to planar counterparts

Silicon epitaxial layer(drift region)

Silicon substrate

Trenches

High system efficiency

Excellent switching behaviour
Reverse Recovery Behavior
3I [A]

10-1-2

Trench Qrr-3

Planar Qrr-4-5-6-10.00

Planar IRM-5.00› lower switching95

losses in the diodeLow IRM peak current

94› lower induced

Trench IRM

0.00
t [ns]

5.00

10.00

15.00

IF = 3A
VR = 48V
dI/dt = 1A/nstamb =85oC

20.00

25.00

losses in theMOSFET-N o compromise
on EMI despite
higher ringing

Designed for a wide safe operating area
Competitor part

PMEG100T080ELPE

Max. reserve voltage (V)1201008040 V

60Rth(j-a)= 90 K/W

402000255075
100
125
Junction temperature (oC)

150

175

96

Low Qrr

At 125°C junction
temperature themaximum allowable
reverse voltage of
PMEG100T080ELPE
is almost 40 V higher
than alternative
Trench products

η in %

TrenchPlanar2

TrenchPlanar

94.0

Measured in a
48V-12V buckconverter - 3A
output current

93.5

93.3

9392.292.3

9291908989.5

130250Frequency in kHz

500Applications› High efficiency DC-to-DC conversion› Automotive LED lighting› Switch mode power supply› Freewheeling application› Reverse polarity protection› OR-ing

The Trenchadvantage increases
at higher switchingfrequency

Trench Schottky rectifiers – clip-bond packages
Automotive-qualified

1

2

32x2

5VR max (V)IF max (A)Package

Ptot (W) @ 1 cm²40

Low VF, Low Qrr

45

Low VF, low Qrr

60

Low IR, Low Qrr

Size (mm)

CFP15(SOT1289)

CFP15B(SOT1289B)

5.8 x 4.3 x 0.95

3.8 x 2.5 x 1.0

2.6 x 1.7 x 1.0

2.2 x 1.3 x 0.68

2.15

1.2

1.15

1.2

Optimization

100

Low IR, Low Qrr

40

Low VF, Low Qrr

45

Low VF, low Qrr

60

PMEG40T10ER (-Q)
PMEG45T10EXD (–Q)
PMEG60T10ELP (-Q)

PMEG100T10ELR (-Q)

PMEG100T10ELXD (–Q)

Low IR, Low Qrr

PMEG60T20ELP (-Q)

PMEG60T20ELR (-Q)

PMEG60T20ELXD (–Q)

100

Low IR, Low Qrr

PMEG100T20ELP (-Q)

PMEG100T20ELR (-Q)

PMEG100T20ELXD (–Q)

40

Low VF, Low Qrr

PMEG40T30EP (-Q)

PMEG40T30ER (-Q)

45

Low VF, Low Qrr

60

Low IR, Low Qrr

PMEG060T030ELPE (-Q)

PMEG60T30ELP (-Q)

PMEG60T30ELR (-Q)

100

Low IR, Low Qrr

PMEG100T030ELPE (-Q)

PMEG100T30ELP (-Q)

PMEG100T30ELR (-Q)

60

Low IR, Low Qrr

PMEG060T040CLPE (-Q)

40

Low VF, Low Qrr

45

Low VF, Low Qrr

PMEG45T20EXD (–Q)

PMEG045T030EPD

PMEG40T50EP (-Q)
PMEG045T050EPD

60

Low IR, Low Qrr

PMEG060T050ELPE (-Q)

PMEG60T50ELP (-Q)

100

Low IR, Low Qrr

PMEG100T050ELPE (-Q)

PMEG100T50ELP (-Q)

Low IR, Low Qrr

PMEG060T060CLPE (-Q)

Low IR, Low Qrr

PMEG060T080CLPE (-Q)

8100

Low IR, Low Qrr

PMEG100T080ELPE (-Q)

2x560

Low IR, Low Qrr

PMEG060T100CLPE (-Q)

45Low VF, Low Qrr

100

Low IR, Low Qrr

100451550

PMEG045T100EPD

PMEG045T100EPE (-Q)
PMEG100T100ELPE (-Q)

Low IR, Low Qrr
Low VF, Low Qrr

PMEG100T120ELPE
PMEG045T150EPD

Low VF, Low Qrr

PMEG45T15EPD

Low VF, Low Qrr

PMEG045T150EIPD

Low VF, Low Qrr

PMEG050T150EPD

Low VF, Low Qrr

PMEG050T150EIPD

100

Low IR, Low Qrr

PMEG100T150ELPE

100

Low IR, Low Qrr

PMEG100T200ELPE

Advanced Clip Flat Power (CFP) packaging› Solid copper clip and high peak current capability› Reduced package inductance for improved switching
behavior› Innovative silicon and reduced package resistancefor better electrical performanceSpace-saving and future-proof› Small, thin and light design› Secure supply in high volumes› Continuous package and portfolio innovation› Replacements for previous-generation
SMx-packaged devices

13 %

56 %

75 %

less PCB spaceless PCB spaceless PCB space

CFP5: 11.75 mm²
Footprint area

CFP3: 5.95 mm²
Footprint area

CFP2-HP: 3.45 mm²
Footprint area

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All rights reserved. Reproduction in whole or in part is prohibited without the prior written consent of
the copyright owner. The information presented in this document does not form part of any quotationor contract, is believed to be accurate and reliable and may be changed without notice. No liability will
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imply any license under patent- or other industrial or intellectual property rights.

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PMEG60T10ELXD (–Q)

PMEG40T20ER (-Q)

60

SMA: 13.57 mm²
Footprint area

PMEG60T10ELR (-Q)

PMEG40T20EP (-Q)

60

20

CFP2-HP(SOD323HP)

2.15

2x3

12

CFP3(SOD123W)

5.8 x 4.3 x 0.78

2x4

10

CFP5(SOD128)

Date of release:
September 2021
Printed:In the Netherlands