ZEN132V175A12YM

P0641DF-1 IXBOD1-21RD Circuit Protection | Electronics Component Distributor | www.YIC-Electronics.com

ZEN132V130A24YC

ZEN132V130A24YC ໂດຍ ExceStore |ຫຸ້ນ ZEN132V130A24YC ທີ່ |www.Excestore.com

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Document Document DEVICE REPORTZEN132V130A24YC

PolyZen Devices
Polymer Protected Zener Diode

PolyZen devices are polymer-enhanced, precision Zener diodes. They offer resettable protection against multi-Watt fault events without the need for multi-Watt heat sinks.
The Zener diode used for voltage clamping a PolyZen device was selected due to its relatively flat voltage vs. current response. This helps improve output voltage clamping, even when input voltage is high and diode currents are large.
An advanced feature of the PolyZen device is that the Zener diode is thermally coupled to a resistively nonlinear, PPTC (polymer positive temperature coefficient) layer. This PPTC layer is fully integrated into the device and is electrically in series between VIN and the diode clamped VOUT.
This advanced PPTC layer responds to either extended diode heating or overcurrent events by transitioning from a low to high resistance state, also known as "tripping." A tripped PPTC will limit current and generate voltage drop. It helps to protect both the Zener diode and the follow-on electronics and effectively increases the diode's power handling capability.
The polymer-enhanced Zener diode helps protect sensitive portable electronics from damage caused by inductive voltage spikes, voltage transients, incorrect power supplies and reverse bias. These devices are particularly suitable for portable electronics and other low-power DC devices.

BENEFITS
· Stable Zener diode helps shield downstream electronics from overvoltage and reverse bias
· Trip events shut out overvoltage and reverse bias sources
· Analog nature of trip events helps minimize damage from upstream inductive spikes
· Minimal power dissipation requirements · Single component placement

APPLICATIONS
· DC power port protection in portable electronics · DC power port protection for systems using barrel
jacks for power input · Internal overvoltage and transient suppression · DC output voltage regulation · Tablet PCs and portable electronics

FEATURES
· Overvoltage transient suppression · Stable VZ vs. fault current · Time delayed, overvoltage trip · Time delayed, reverse bias trip

· Multi-Watt power handling capability · Integrated device construction · RoHS compliant · Halogen free
(refers to: Br900ppm, Cl900ppm, Br+Cl1500ppm)

RoHS Compliant, ELV Compliant

TE Connectivity /// Circuit protection product catalog

27

4 PolyZen Devices Polymer Protected Zener Diode

Figure PZ1 -- Typical Application Block Diagram

Power Supply
(External or Internal)

Protected Electronics

GND

2

VIN

PolyZen

+

1

Device

3 VOUT

Regulated

Output

RLOAD
Protected Downstream Electronics

Table PZ1 -- Electrical Characteristics

(Performance ratings @ 25°C unless otherwise specified)

VZ(V)

Part Number
ZEN056V130A24LS ZEN059V130A24LS ZEN065V130A24LS ZEN098V130A24LS ZEN132V130A24LS ZEN164V130A24LS ZEN056V230A16LS ZEN065V230A16LS ZEN098V230A16LS ZEN132V230A16LS ZEN056V075A48LS ZEN132V075A48LS ZEN056V115A24LS NEW ZEN056V130A16YM NEW ZEN056V175A12YM NEW ZEN132V130A16YM NEW ZEN132V175A12YM NEW ZEN056V130A24YC NEW ZEN056V230A16YC NEW ZEN056V260A16YC NEW ZEN132V130A24YC NEW ZEN132V230A16YC NEW ZEN132V260A16YC

Min
5.45 5.80 6.35 9.60 13.20 16.10 5.45 6.35 9.60 13.20 5.45 13.20 5.45 5.35 5.35 13.20 13.20 5.35 5.35 5.35 13.20 13.20 13.20

Typ
5.60 5.90 6.50 9.80 13.40 16.40 5.60 6.50 9.80 13.40 5.60 13.40 5.60 5.60 5.60 13.40 13.40 5.60 5.60 5.60 13.40 13.40 13.40

Max
5.75 6.00 6.65 10.00 13.60 16.60 5.75 6.65 10.00 13.60 5.75 13.60 5.75 5.85 5.85 13.80 13.80 5.85 5.85 5.85 13.80 13.80 13.80

IHOLD

IZt

@ 20°C

RTyp

(A)

(A)

()

0.10

1.30

0.12

0.10

1.30

0.12

0.10

1.30

0.12

0.10

1.30

0.12

0.10

1.30

0.12

0.10

1.30

0.12

0.10

2.30

0.04

0.10

2.30

0.04

0.10

2.30

0.04

0.10

2.30

0.04

0.10

0.75

0.28

0.10

0.75

0.28

0.10

1.15

0.15

0.10

1.30

0.110

0.10

1.75

0.050

0.10

1.30

0.110

0.10

1.75

0.050

0.10

1.30

0.110

0.10

2.30

0.040

0.10

2.60

0.040

0.10

1.30

0.110

0.10

2.30

0.040

0.10

2.60

0.040

LS module height is 1.7mm typical. YM module height is 1.2mm typical. YC module height is 1.3mm typical.  Typical operating current is 500A @ 5.0V which meets USB suspend mode requirement.

R1MAX ()
0.16 0.15 0.16 0.16 0.16 0.16 0.06 0.06 0.06 0.06 0.45 0.45 0.18 0.160 0.095 0.160 0.095 0.170 0.070 0.055 0.170 0.070 0.055

VINT MAX

Test

VINT MAX (V)

Current (A)

24

3

24

3

24

3

24

3

24

3

24

3

16

5

16

5

16

5

16

5

48

3

48

3

24

3

14

3

12

4

14

3

12

4

24

3

16

5

16

5

24

3

16

5

16

5

IFLT MAX

Test

IFLT MAX (A)

Voltage (V)

+10/-40 +24/-16

+6/-40 +24/-16

+6/-40 +24/-16

+3.5/-40 +24/-16

+2/-40 +24/-16

+1.25/-40 +24/-16

+5/-40 +16/-12

+3.5/-40 +16/-12

+3.5/-40 +16/-12

+2/-40 +20/-12

+10/-40 +48/-16

+2/-40 +48/-16

+10/-40 +24/-16

+3/-40 +16/-12

+3/-40 +12/-12

+1/-40 +20/-12

+1/-40 +20/-12

+4/-40 +24/-16

+3/-40 +16/-12

+3/-40 +16/-12

+1/-40 +24/-16

+1/-40 +20/-12

+1/-40 +20/-12

Table PZ2 -- Definition of Terms

VZ IZT IHOLD
RTyp R1MAX
IFLT IFLT MAX
VINT MAX
IPTC IOUT Trip Event

Zener clamping voltage measured at current IZT and 20°C. Test current at which VZ is measured. Maximum steady state current IPTC that will not generate a trip event at the specified temperature. Ratings assume IFLT = 0A. Typical resistance between VIN and VOUT pins when the device is at room temperature. The maximum resistance between VIN and VOUT pins, at room temperature, one hour after first trip or after reflow soldering.
Current flowing through the Zener diode.
Maximum RMS fault current the Zener diode component of the device can withstand and remain resettable; testing is conducted at rated voltage with no load connected to VOUT. The voltage (VIN - VOUT "post trip") at which typical qualification devices (98% devices, 95% confidence) survived at least 100 trip cycles and 24 hours trip endurance when "tripped" at the specified voltage and current (IPTC). Current flowing through the PPTC portion of the circuit.
Current flowing out the VOUT pin of the device. A condition where the PPTC transitions to a high resistance state, thereby limiting IPTC, and significantly increasing the voltage drop between VIN and VOUT.

28

TE Connectivity /// Circuit protection product catalog

Polymer PTC
VIN
Zener Diode

VOUT

GND

IPTC VIN
IFLT

IOUT VOUT

GND RoHS Compliant, ELV Compliant

4 PolyZen Devices Polymer Protected Zener Diode

Figures PZ2-PZ9 -- Typical Performance Curves for PolyZen Devices - LS Series

VVOOUUVVTTOOUUPPTTeeaaPPkkeeaa((kkVV))((VV))

Figure PZ2
222.0.0 2222002..00..00 12218008..00..00 11116886..00..00 11114646..00..00 11112424..00..00 11110220..00..00 18108.0.00..00
6868..00..00 4646..00..00 2424..00..00 22.00.00
0000 00

VVVVOOOOUUUUTTTTPPPPeeeeaaaakkkkvvvvssss....IIFFIIFFLLTTLLTTRRRRMMMMSSSS((II((OOIIOOUUUUTTTT====0000))))

FF FF
EE EE
DD DD

AA==ZZEENN005566VV11yyyAA2244LLSS BABA===ZZZEEENNN0005559696VVV1113y3y0y0AAAA22224444LLLLSSSS CBCB===ZZZEEENNN0006565959VVV111333000AAA222444LLLSSS DCDC===ZZZEEENNN00096968585VVV111333000AAA222444LLLSSS EDED===ZZZEEENNN101039392828VVV111333000AAA222444LLLSSS FEFE===ZZZEEENNN11163634242VVV111333000AAA222444LLLSSS FF==ZZEENN116644VV113300AA2244LLSS

CC CC

BB BB

AA AA

11

22

33

44

55

66

77

88

99 1100

11

22

33

44IFILFTLTRRM5M5SS(A(A) )66

77

88

99

1100

IFILFTLTRRMMSS(A(A))

Figure PZ4

VVOOUUVVTTOOUUPPTTeeaaPPkkeeaa((kkVV))((VV))

222.0.0

2222002..00..00

12218008..00..00

11116886..00..00

11114646..00..00

11112424..00..00

11110220..00..00

18108.0.00..00

6868..00..00

4646..00..00

2424..00..00

22.00.00

0000

11

00

11

0.00.0
Figure PZ6
-0-.02.2 0.00.0
-0-.04.4 -0-.02.2
-0-.06.6 -0-.04.4

VVVVOOOOUUUUTTTTPPPPeeeeaaaakkkkvvvvssss....IIFFIIFFLLTTLLTTRRRRMMMMSSSS((II((OOIIOOUUUUTTTT====0000))))

AA==ZZEENN005566VV223300AA1166LLSS

BABA===ZZZEEENNN0006565656VVV222333000AAA111666LLLSSS

DD

CBCB===ZZZEEENNN00096968585VVV222333000AAA111666LLLSSS

DD

DCDC===ZZZEEENNN010193938282VVV222333000AAA111666LLLSSS

DD==ZZEENN113322VV223300AA1166LLSS

CC CC

BB BB

AA AA

22

33

44

55

66

77

88

99 1100

22VVOOUUT3T3PPeeaakk44vIFvIsLFTs.LT.RIFRIMLF5MTL5STRSR(MA(MA)S)6S6(I(OIOUUT7T7==00) ) 88

99

1100

IFILFTLTRRMMSS(A(A))

AA==ZEZENNxxxVxV1y1yAyA242L4SLS

VVOOUUTTPPeeaakkvvss. .IFILFTLTRRMMSS(BI(BOI=OU=ZUTEZT=EN=Nx0x0)xV)xV23203A0A161L6SLS

CC==ZEZENNxxxVxV07057A5A484L8SLS

AA==ZEZNENxxxxxVx1Vy1yyAyA242L4SLS

BB==ZEZNENxxxxxVx2V3203A0A161L6SLS

CC==ZEZNENxxxxxVx0V7057A5A484L8SLS

VVOOUUTT PPeeaakkVV((OOUUVV))TT PPeeaakk ((VV))

-0-.08.8 -0-.06.6

-1-.10.0

AA

-0-.08.8

BB

CC

-1-.12.2

-1-.10-.50-050

-4-040 AA

-3-030

-2-020

-1-010

00

BB

ICFICLFTLTRRMMSS(A(A) )

-1-.12.2

-5-050

-4-040

-3-030

-2-020

-1-010

00

IFILFTLTRRMMSS(A(A) )

Figure PZ8

TTeemmppeeraratuturereEEfffefeccttoonnIHIHOOLDLD(I(FILFTLT==00) )

IIHHOOLLDD ((AA)) IIHHOOLLDD ((AA))

3.35.5
3.30.0
3.35.5 2.25.5
3.30.0 2.20.0
2.25.5 1.15.5
2.20.0 1.10.0
1.15.5 0.05.5

AA==ZEZENNxxxVxV13103A0A242L4SLS
TTeemBmBppeeraratuturereEEfffefecct toonnIHIHOBOLBDL=D=(ZI(FEZILEFNTLNxT=xx=0VxV02)32)03A0A161L6SLS
CC==ZEZENNxxxVxV07057A5A484L8SLS

ADAD====ZZEEZZNEENNNxxxxxxxxVVxx1VV13110531AA05AA224422LL44SSLLSS

BB AA

BB==ZEZNENxxxxxVx2V3203A0A161L6SLS CC==ZEZNENxxxxxVx0V7057A5A484L8SLS

DD==ZEZNENxxxxxVx1V151A5A242L4SLS DD

AA CC

DD

1.10.0 0.00.0

CC

-4-040

-2-020

00

2020

4040

6060

8080

1010 0

0.05.5

AAmmbbieiennt tTeTemmppeeraratuturere(°(C°C) )

0.00.0

-4-040

-2-020

00

2020

4040

6060

8080

101000

AAmmbbieinent tTeTmemppereartauturere(°(C°C) ) RoHS Compliant, ELV Compliant

TTiimTTmiiee--mmtteeoo----ttTToorr--iiTTpprrii((sspp))((ss))

Figure PZ3
1100 1100
11 11
00.1.1 00.1.1

TTTTiimmiimmeeee--tt--ttoooo--TT--TTrrrriippiippvvvvssss....IIFFIIFFLLTTLLTTRRRRMMMMSSSS((II((OOIIOOUUUUTTTT====0000))))

AA==ZZEENN005566VV11yyyAA2244LLSS BAAB===ZZZEEENNN0005559669VVV1113yy30y0AAAA22224444LLLLSSSS CBBC===ZZZEEENNN0006556995VVV111333000AAA222444LLLSSS DCCD===ZZZEEENNN00096698558VVV111333000AAA222444LLLSSS EDDE===ZZZEEENNN100139932882VVV111333000AAA222444LLLSSS FEEF===ZZZEEENNN11163364224VVV111333000AAA222444LLLSSS FF==ZZEENN116644VV113300AA2244LLSS

FF

FF

EE EE

DD CC

BB

DD CC

BB

AA

AA

00.0.011

00.0.01100

11

00

11

Figure PZ5
11000 11000
1100 1100

22

33

44

55

66

77

88

99 1100

22

33

44IFILFTLTRRM5M5SS(A(A) )66

77

88

99

1100

IFILFTLTRRMMSS(A(A))

TTTTiimmiimmeeee--tt--ttoooo--TT--TTrrrriippiippvvvvssss....IIFFIIFFLLTTLLTTRRRRMMMMSSSS((II((OOIIOOUUUUTTTT====0000))))
AA==ZZEENN005566VV223300AA1166LLSS BAAB===ZZZEEENNN0006556665VVV222333000AAA111666LLLSSS CBBC===ZZZEEENNN00096698558VVV222333000AAA111666LLLSSS DCCD===ZZZEEENNN010193938282VVV222333000AAA111666LLLSSS DD==ZZEENN113322VV223300AA1166LLSS

TTiimTTmiiee--mmtteeoo----ttTToorr--iiTTpprrii((sspp))((ss))

11 11

BB

00.1.1 00.1.1

DD

CBCB

DD CC

AA AA

00.0.011

00.0.01100

11

22

33

44

55

66

77

88

99 1100

00

11

2T2Timimee-3t-3oto-T-Trirp4i4pIFvILFvTsLTs.RR.IMF5MIL5FSTLST(RA(RAM)M)6S6S(I(OIOU7UT7T==00) )88

99

1100

1010 0

IFILFTLTRRMMSS(A(A))

Figure PZ7

AA==ZEZENNxxxVxV1y1yAyA242L4SLS

1010 101000

TTimimee-t-oto-T-Trirpipvvss. .IFILFTLTRRBMBM=S=ZSEZ(IEN(OINxOUxUTxVTx=V2=320030)A0)A161L6SLS
CC==ZEZENNxxxVxV07057A5A484L8SLS AA==ZEZNENxxxxxVx1Vy1yyAyA242L4SLS

11

BB==ZEZNENxxxxxVx2V3203A0A161L6SLS

1010

CC==ZEZNENxxxxxVx0V7057A5A484L8SLS

TTiimmee--ttoo--TTrrTTiippmm((eess--))ttoo--TTrriipp ((ss))

0.01.1 11

0.00.101

BB

0.01.1

AA

0.00.0101

CC BB

0.00.101-5-050

-4-040

-3-030

-2-020

-1-010

00

AA CC 0.00.00101

IFILFTLTRRMMSS(A(A) )

-5-050

-4-040

-3-030

-2-020

-1-010

00

IFILFTLTRRMMSS(A(A) )

Figure PZ9
1010 101 01 0.01.11

TTimimee-t-oto-T-Trirpipvvss. .IPITPCTCRRMMSS(I(FILFTLT==00) )
AA==ZEZENNxxxVxV1y1yAyA242L4SLS
TTimimee-t-oto-T-Trirpipvvss. .IPITPCTCRRMMSBSB(=I(=FZILFEZTLENT=Nx=x0x0)Vx)V23203A0A161L6SLS
CC==ZEZENNxxxVxV07057A5A484L8SLS AA==ZEZNENxxxxxVx1Vy1yyAyA242L4SLS BB==ZEZNENxxxxxVx2V3203A0A161L6SLS CC==ZEZNENxxxxxVx0V7057A5A484L8SLS

TTiimmee--ttoo--TTrrTTiippmm((eess--))ttoo--TTrriipp ((ss))

00.00.0.10.11

BB

00.00.0.00.10011 00
0.00.00101 00

CC

AA

BB

55

1010

1515

2020 2525 3030

3535 4040 4545

IPITPCTCRRMMSS(A(A) )

CC

AA

55

1010

1515

2020

2525 3030

3535 4040 4545

IPITPCTCRRMMSS(A(A) )

TE Connectivity /// Circuit protection product catalog

29

4 PolyZen Devices Polymer Protected Zener Diode

Figures PZ10-PZ15 -- Typical Performance Curves for PolyZen Devices - YM Series

VOUTVOPUeTakPe(aVk) (V)

VOUTVOPUeTakPe(aVk) (V)

Figure PZ10 18.0 1168..00 1146..00 1124..00 1102..00 180..00 68..00 46..00 24..00 02..00 0 0.0 0
Figure PZ12
0.0 -0.20 -0.42 -0.64 -0.86 --01.08 -1.20 -1.42 -1.64 -1.86 --21.08
-40 -2.0
-40
Figure PZ14
3
2.5
3 2
2.5 1.5

VOUT Peak vs. IFLT RMS (IOUT = 0) VOUT Peak vs. IFLT RMS (IOUT = 0)

B

C A = ZEN056V1yyAzzYM

B

C BA == ZZEENN103526VV113y0yAAz1z6YYMM

CB == ZZEENN113322VV117350AA1126YYMM

C = ZEN132V175A12YM

A A

1

2

3

4

5

6

7

8

1

2

3 IFLT R4MS (A) 5

6

7

8

IFLT RMS (A)

VOUT Peak vs. IFLT RMS (IOUT = 0) VOUT Peak vs. IFLT RMS (IOUT = 0)
A = ZEN056V130A16YM BA == ZZEENNx0x5x6VV11y3y0AAz1z6YYMM B = ZENxxxV1yyAzzYM
B
B A
A

-30

-20

-10

0

-30

IFLT R-2M0S (A)

-10

0

Temperature EIFfLfTeRcMt oSn(AI)HOLD (IFLT = 0)

A = ZENxxxV130A16YM
Temperature Effect on IHOBL=D Z(EIFNLxTx=xV017)5A12YM

A = ZENxxxV130A16YM B = ZENxxxV175A12YM

IHOLD (A) IHOLD (A)

2 1

A

1.5

B

0.5

1 0

-40

-20

0.5

0

20

40

60

Ambient Temperature (°C)

A 80 B 100

Figure PZ11 100 100
10 10
1 1

Time-to-Trip vs. IFLT RMS (IOUT = 0) Time-to-Trip vs. IFLT RMS (IOUT = 0)
A = ZEN056V130A16YM
BA == ZZEENN005566VV117350AA1126YYMM CB == ZZEENN103526VV113705AA1162YYMM DC == ZZEENN113322VV117350AA1126YYMM
D = ZEN132V175A12YM

TimTei-tmoe--Ttrio-pT(ris)p (s)

B 0.1

C

B

0.1

C

0.01

0.0

0.5

1.0

1.5

2.0

2.5

3.0

0.01

0.0

0.5

1.0

1.5 IFLT R2M.0S (A) 2.5

3.0

IFLT RMS (A)

Figure PZ13
100

Time-to-Trip vs. IFLT RMS (IOUT = 0) Time-to-Trip vs. IFLT RMS (IOUT = 0)

100

A = ZEN056V130A16YM

10

BA == ZZEENN103526VV113300AA1166YYMM

CB == ZZEENNx1x3x2VV117350AA1126YYMM

10

C = ZENxxxV175A12YM

1

1

A

A D

D

3.5

4.0

3.5

4.0

C CB
B

TimTei-tmoe--Ttrio-pT(ris)p (s)

0.1
0.1 A
0.01 A
0.01

0.001 -40
0.001 -40

Figure PZ15

100 B

10 A
100

1

B

10 A
0.1

-30

-20

-10

0

-30

IFLT R-M20S (A)

-10

0

IFLT RMS (A) Time-to-Trip vs. IPTC RMS (IFLT = 0)

A = ZENxxxV130A16YM
Time-to-Trip vs. IPTC RMBS=(ZIFELNTx=xx0V1)75A12YM

A = ZENxxxV130A16YM B = ZENxxxV175A12YM

Time-to-TripTi(s)me-to-Trip (s)

1 0.01

0.1
0.001 0
0.01

10

20

30

40

IPTC RMS (A)

0

0.001

Figures PZ16-PZ21 -- Typical Performance -40

-20

VOU0 TAPmebaiken2vt0sT.eImFLpTeRra4Mt0uSre((I°OCU)T60= 0)

80

100

Curves

0
for

10

20

30

PolyZeTimne-Dto-eTrivpIPivTCcsR.eIMFLsST (RA-M) SY(CIOUTS= e0)ries

40

18.0

100

B 16.0

A = ZEN056VyyyAzzYC

A = ZEN056V130A24YC

Figure PZ16 14.0 18.0 12.0 16.0 10.0

C VOUT

Peak

vs.

IFLT

RMSB
C

(==IOZZUEETNN=1133022VV) 213yy0AA1264YYCC

B C

A = ZEN056VyyyAzzYC B = ZEN132V130A24YC

Figure PZ17
10 100

Time-to-Trip

vs.

IFLT

RMSB
C

==(IOZZEEUNNT01=35260VV)123y0yAA1264YYCC

D = ZEN132V2yyA16YC

A = ZEN056V130A24YC

B = ZEN132V130A24YC

14.0 8.0

C = ZEN132V2yyA16YC

1 10

D

A

C = ZEN056V2yyA16YC

12.0 6.0

A

D = ZEN132V2yyA16YC

B

C

Time-to-TripTi(s)me-to-Trip (s)

VOUT Peak (V)OUT Peak (V)

10.0 4.0

8.0

2.0

A

6.0

0.0

4.0 0

1

2

3

4

5

6

7

8

0.1

1

D

A

B

C

0.01

0.10.0

0.5

1.0

1.5

2.0

2.5

3.0

3.5

4.0

2.0

IFLT RMS (A)

IFLT RMS (A)

0.0

0

1

2

3

4

5

6

7

8

IFLT RMS (A)

0.01

0.0

0.5

1.0

1.5

2.0

2.5

3.0

3.5

4.0

IFLT RMS (A)

30 TE Connectivity /// Circuit protection product catalog

RoHS Compliant, ELV Compliant

4 PolyZen Devices Polymer Protected Zener Diode

Figures PZ16-PZ21 -- Typical Performance Curves for PolyZen Devices - YC Series (Cont'd)

VOUT Peak (V)

Figure PZ18
0.0 -0.2 -0.4 -0.6 -0.8 -1.0 -1.2
-40

VOUT Peak vs. IFLT RMS (IOUT = 0)
A = ZEN056V130A24YC B = ZEN056V2yyA16YC C = ZEN132V130A24YC D = ZEN132V2yyA16YC

B A

-30

-20

-10

IFLT RMS (A)

C D
0

Figure PZ20
4 3.5
3 2.5

Temperature Effect on IHOLD (IFLT = 0)
A = ZENxxxV130A24YC B = ZENxxxV230A16YC C = ZENxxxV260A16YC

IHOLD (A)

2

1.5

C

1

B

A 0.5

0

-40

-20

0

20

40

60

Ambient Temperature (°C)

80

100

Figure PZ19

Time-to-Trip vs. IFLT RMS (IOUT = 0)
100

A = ZEN056V130A24YC

10

B = ZEN056V2yyA16YC

C = ZEN132V130A24YC

D = ZEN132V2yyA16YC

1

0.1

D C
B

Time-to-Trip (s)

0.01 A

0.001

-40

-30

-20

-10

0

IFLT RMS (A)

Figure PZ21
100 B
10 A

Time-to-Trip vs. IPTC RMS (IFLT = 0)
A = ZENxxxV130A24YC B = ZENxxxV2yyA16YC

1

Time-to-Trip (s)

0.1

0.01

0.001 0

10

20

30

40

IPTC RMS (A)

Table PZ3 -- General Characteristics for PolyZen Devices

Operating temperature range Storage temperature ESD withstand Diode capacitance Construction

-40° to +85°C -40° to +85°C 15kV 4200pF RoHS compliant

Human body model Typical @ 1MHz, 1V RMS

Figures PZ22-PZ34 -- Basic Operation Examples for PolyZen Devices - LS Series

Figure PZ22

35 C
30

25

20 D
15

10

A

5

B

0 0

Capacitive Current Spike
Current Pulled to GND via Diode

Hot-Plug Response ZEN056V130A24LS vs. a 22V/120W Universal Power Supply

Supply Voltage Dropped by Current

Supply Voltage Returns to Normal

A

350

A = VIN

B = VOUT

300

C = CURRENT (IFLT)

D = POWER

250

200

VOUT Peak

0.01

0.02

PPTC Switches to High Resistance

D C

0.03

0.04

0.05

Time (s)

Output Voltage Remains Clamped

0.06

0.07

150
100 B
50
0 0.08

Voltage (V) and Current (A) Power (Watts)

RoHS Compliant, ELV Compliant

TE Connectivity /// Circuit protection product catalog

31

4

PolyZen Devices PolymT2y0peVTic2ry,a0p3lVP.iF5c,aAr3luo.CF5ltaAutRureCreletsucnRprtrteoeLesnnipsmtdoeLin:tiZsemZeEdi:NetSZe0onEd5uN6Ser0Vcor5e1u6xr(DVcIxOe1AUixT2(oIx=4OA0LUd)T2S=4e0L)S

TypTicyapliFcaluFltaRueltsRpeosnpsoen: ZseE:NZ0E5N90V5193V01A3204AL2S4LS 24V2, 46VA, C6AurCreunrtreLnimt LitiemditSeoduSrcoeur(cIOeUT(I=O0U)T=0)

VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVoln)toa(rgA)eC (urVr)eonrt (CAu)rrent (A) VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVon)lto(argA)eC (urVr)eonrt (CAu)rrent (A)

VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVoln)toa(rgA)eC (urVr)eonrt (CAu)rrent (A) VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVon)lto(argA)eC (urVr)eonrt (CAu)rrent (A)

20 20

24 24

18 18A = VAIN=(VVT)IyN p(VTi)cyapliFcaluFltaRueltsRpeosnpsoen: ZseE:NZ0E5N60V516xVx1Ax2x4AL2SA4LSA

22 22A = VAIN=(VTV)yINp(VTic)yapliFcaluFltaRueltsRpeosnpsoen: ZseE:NZ0E5N90V5193V01A32A04AL2SA4LS

Figures PZ22-PZ34 -- Basic Operation Examples for PolyZen Devices - LS Series 2106
184
162
Figu21r040e
11882 1126600 118448

2211111111111121P00886488646426420008CCCAABBBABZ==========2IIIVVVVVCCCAABBBVVABFFFIOIOO3LLLNNIONTTTUUU========U==((TTT((((TVVAAAVIIIVVVVV(((TVV(T))FFFVVV))))VIOIOOIOLLL22yNNN2y)))TTTUUU)U00p((TTT0((((TpVVVAAAVV(((T(iTV))iVVV)V)))cc22y2,,y))),)aa00p033p3llVVV..ii.F55ccF5,,,aAAaA333lulu...CCF55FCl5lttaAAuuaAuRuRurrrCCrrCelrleeettesuuusnnRnRprrprttrrtreoeoeeeLLssLnnnnniippismmsmtttooeeLLLiin:ni:tttiiiZseesmmZmeeeEddEdii:i:NttNtSSZSZeee00ooEddEod55uuNNu6SSS6rrr0V0ccVoooc55ee1euuu166xrrxr(((VVccIIxcIxOOOeee1A1AUUUxxTT2(((T2IIx==Ix=4OOO4A00A0LUUUL))TT2)ST2SAABA===44000LL)))SSAABA

20 24 18 22

20B 221428CA

= = =

VBOU=T V(VO2)UT4(VV2), 46VA,

IVCAFILNT==((VAIV)F)ILNT

(A) (V)

C6AurCreunrtreLnimt LitiemditSeoduSrcoeur(cIOeUT(I=O0U)T=0)(Cont'd)
AA

Figure

16 20

16 20B =

PZ24 14
211482

14 211482C =

211260 211260A =

2120844 2120844B =

1126822 1126822CA ==

IVCBFOLTU==T(TAIV(FVy)OL2)TUpT4(TiA(cVVy)a2),pl46iFcVAa, luC6FlAutarRuCreelutnsrRtpreeoLnsinmtpsoLeitin:emZsdeEit:SNeZod0Eu5SNr9co0Veu51r(93cIVO0eU1AT(3I=2O004UA)LT=2S04)LS

VAIN=(VTV)yINp(VTi)cyaplicFaluFltaRuletsRpeosnpsoen: sZeE:NZ0E5N90V5193V01A32A04AL2AS4LS VBOU=T V(VO)2UT4(VV)2, 46VA, C6AurCreunrtreLnimt LitimeditSeoduSroceur(cIOeU(TI=O0U)T=0)

ICVAFLINT==((AVIVF))ILNT ((VA))

BA BA

1124600 1124600B = VBOU=T V(VO)UT (V)

116226 116226C = ICFLT=(AIF)LT (A)

114004 114004

1822-0.012822-0.02

0.02 0.02

1600 1600

0.06 0.06

0.10 0.10

TimeTi(ms)e (s)

0.14 0.14

BB CC
0.18 0.18 CB BC

48-0.0248-0.02

0.02 0.02

0.06 0.06

0.10 0.10

0.14 0.14

0.18 0.18

26 26

TimeTi(ms)e (s)

BB

04 04

CC

2-0.022-0.02 T0.y02pTi0c.y0a2pliFcalu0Fl.t0a6Ru0el.t0s6Rpeosnps0oe.1n:0Zs0eE.1:N0Z0E6N500V.6114530V0.11A43204AL2S04.1L8S0.18 2226420-0.022226420-AB0.0==2VVABIONU==(TVVV(T)V0IO22yN.)U044p(T2VVV(Ti0)Vc22.y,,)0a44p255lVV..iF00c,,aAA55lu..CC0F00l.t0aAAuu6Rurr0CCrrel.eet0suu6nnRpTrrTttrrieoimeemLLsnnneiipTeTsmmtti0oi(em(ms.LLs1iin:)tt)0eiieZseemm0(e(Edd.ss1ii:N))0ttSSZee0ooEdd6uuN5SSrr0V0ccoo.6ee11uu543rr((V0ccII0OO.ee11AUU43TT2((II0==4OOA00LUU))TT2SC==04.001L8))SAC0.18A

118248 118248C = ICFLT=(AIF)LT (A) 116026 116026

BB CC

114004.02114040.02

0.05 0.05

0.10 0.10

0.15 0.15

1822 1822 16000.0216000.02

TimeTi(ms)e (s)

0.05 0.05

0.10 0.10

BC BC

0.15 0.15

48 48 26 26

TimeTi(ms)e (s)

BB CC

04 04 0.02 0.02

TypTicyapliFca0lu.0Fl5ta0Ru.0el5tsRpeosnpsoen: ZseE:NZ0E09.N1800V09.11830V01A3204AL2S4LS 0.15 0.15

22 00

24V2, 43V.5,A3.C5AurCreunrTtriemLnieTmti(mLsit)ieemd(sit)SeoduSrcoeur(cIOeUT(CI=O0U)TC=0)

240.02240.02 22 22A =
20 20B =

VVABIONU==(TVTVV()2VyION)4Up(TVVTi(c)2Vy,a)4p3lV.iF5c,aA30lu..CF05lt5aAu0Rur.C0rele5tsunRprTtreoieLmsnnipsemTtoei(mLin:sti)ZesemeEd(si:Nt)SZe0oEd09u.N18Sr00Vco09e1.u1830r(VcI0Oe1AU3T2(I0=4OA0LU)T2S=40L)SA

0.A15 0.15

VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVoln)toa(rgA)eC (urVr)eonrt (CAu)rrent (A) VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVon)lto(argA)eC (urVr)eonrt (CAu)rrent (A)

VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVoln)toa(rgA)eC (urVr)eonrt (CAu)rrent (A) VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVon)lto(argA)eC (urVr)eonrt (CAu)rrent (A)

Figu2221r6408e 2221P6408CAZ==2IVCAFI5LNT==((VAIVT)F)ILyNT p((VATi))cyapliFcaluFltaRueltsRpeosnpsoen: ZseE:NZ0E6N50V6153V01A3204AL2S4LSA A

2126 221604 211482 211260 2120846 1126824

2126B 221604C 211482A 22111112220868642064CBA

= =
= = = =

VBOU=T V(VO2)U4T V(V2,) 45V.0,A5.C0AurCreunrtreLnimt LitiemditSeoduSrcoeur(cIOeUT(I=O0U)T=0)

ICFLT=(AIF)LT (A)

TypTicyaplicFaluFltaRuletsRpeosnpsoen: sZeE:NZ0E6N50V6153V01A3204AL2S4LS

VAIN=(VV)IN2(4VV) 2, 45V.0,A5.C0AurCreunrtreLnimt LitimeditSeoduSroceur(cIOeU(TI=O0U)T=0)A

VBOU=T V(VO)UT (V)

ICVAFLINT==((AVIVF))ILNT ((VA))

B

A

A B A

1124602 1124602B = VBOU=T V(VO)UT (V) 128240 128240C = ICFLT=(AIF)LT (A) 116028 116028

BB CC

146 0 146 0 0.01 0.010.02 0.020.03 0.030.04 0.040.05 0.050.06 0.060.07 0.070.08 0.080.09 0.090.10 0.10

10 10

Figure

24 24

P2128Z21228CA6==

16 20

16 20B =

14 211482

14 211482C =

211260 211260A =

2120844 2120844B =

IVCAFILNT==((VTAIV)Fy)ILNTp((VTiAc)y)apliFcaluFltaRueltsRpeosnpsoen: ZseE:NZ0E9N80V9183V01A3204AL2S4LSA VBOU=T V(2VO)4UTV(2V, )43V.5,A3.C5AurCreunrtreLnimt LitiemditSeoduSrcoeur(cIOeUT(I=O0U)T=0)
ICFLT=(AIF)LT (A)
TypTicyaplicFaluFltaRuletsRpeosnpsoen: sZeE:NZ0E9N80V9183V01A3204AL2S4LSAB VAIN=(VV)2IN4(VV)2, 43V.5,A3.C5AurCreunrtreLnimt LitimeditSeoduSroceur(cIOeU(TI=O0U)T=0)
VBOU=T V(VO)UT (V)

A AB

1126822 1126822CA == ICVAFLINT==((AVIVF))ILNT ((VA))

BA BA

1124600 1124600B = VBOU=T V(VO)UT (V)

118248 118248C = ICFLT=(AIF)LT (A) 116026 116026

CB CB

114040 11404 0

0.05 0.05

0.10 0.10

0.15 0.15

124 124 88

TimeTi(ms)e (s)

BC CB

1822 1822

TimeTi(ms)e (s)

CB CB

102 102

6 10

0

6 10

0

0.01

0.010.02

0.020.03

0.030.04

0.040.05

0.050.06

0.060.07

0.070.08

0.080.09

0.090.10

0.10

44 88

TimeTi(ms)e (s)

BB

16000 1600 0 48 48

0.05 0.05

0.10 0.10

TimeTi(ms)e (s)

0.15 0.15

22 66

CC

26 26

CC

00 4 0 4 0 0.01 0.010.02 0.020.03 0.030.04 0.040.05 0.050.06 0.060.07 0.070.08 0.080.09 0.090.10 0.10

04 0 04 0

0.05 0.05

0.10 0.10

0.15 0.15

22

TypTicyapliFcaluFltaRueltsRpTieomsnepTsio(emsn:)eZs(eEs:N) Z1E3N21V3123V01A3204AL2S4LSC C

22

TypTicyapliFcaluFltaRueltsRpTeoimsnpesToei(msn:)eZseE(s:N)Z1E6N41V6143V01A3204AL2S4LSC C

Figure PZ27 0 0 0 0 0.01 0.02104.0V22,04.20V.200,.0A23.0C0.0Au30r.Cr0e4un0r.t0r4e0Ln.i0mt5 0Li.t0iem50d.0it6Se0od.0u60Sr.0co7eu0r.(0cI7O0e.U0T(8I=0O0.U0)8T0=.009)0.090.10 0.10 30 30

A = VAIN=(VVT)IyN p(VTi)cyapliFcaluFltaRueltsRpTeoimsnpeTsoie(msn:)eZse(Es:N)Z1E3N21V3123V01A3204AL2S4LS

25 25B = VBOU=T V(VO2)U4T V(V2,) 42V.0,A2.C0AurCreunrtreLnimt LitiemditSeoduSrcoeur(cIOeUT(I=O0U)T=0)A A

30 20 25 3105 20 213500

30C A
2250B
3105C 20A
21350B

= = = =
= =

IVCAFILNT==((VAIVT)F)ILyNT p((VATi))cyapliFcaluFltaRueltsRpeosnpsoen: ZseE:NZ1E3N21V3123V01A3204AL2S4LS IVCBFOLTU==T(AIV(FV)OL2)TU4T(AV(V)2,) 42V.0,A2.C0AurCreunrtreLnimt LitiemditSeoduSrcoeur(cIOeUT(I=O0U)T=0)AB VVABIONU==(TVVV(T)VION2y)U(T4pV(TV)iVc2y),a4p2lVi.cF0,aA2lu.FC0ltaAuRurCrleteusnRprtreoesLnnpismtoeLni:tisZmeeEdi:NtSZe1Eod3NuS2r1Voc3eu123r(VcI0Oe1AU3(T2I0=O4A0UL)T2S=40LA)S
B

A B
AB

15 15CA == ICVAFLINT==((AVIVF))ILNT ((VA))

00
Figure P30Z032080

24V2, 41V.0,A10..C005Au0r.Cr0e5unrtreLnimt LitiemditSeod0u.1Sr0co0e.u10r(cIOeUT(I=O0U)T=0) 0.15 0.15

A = VAIN=(VTV)yINp(VTic)yapliFcaluFltaRueltsRpTeoimsnpseToei(mn:s)ZeseE(s:N)Z1E6N41V6143V01A3204AL2S4LS

25 25B = VBOU=T V(2VO)4UTV(2V, )41V.0,A1.C0AurCreunrtreLnimt LitiemditSeoduSrcoeur(cIOeUT(I=O0U)T=0) A A

30 20 25 3105 20 213500

30C A
2250B
3105C 20A
21350B

= = = =
= =

IIVVCCABFFIOLLNTTU====(T((VTAAIIVV()FF2Vy))IOLLN)TT4Up(T((VVTiAA(c)2Vy,))a)4p1lV.iF0c,aA1lu.CF0ltaAuRurCreletsunRprtreoeLsnnipsmtoeLin:tiZsemeEdi:NtSZe1oEd6uN4Sr1Vco6e1u43r(VcI0Oe1AU3T2(I0=4OA0LU)T2S=40L)SAB VVABIONU==(TVTVV()V2yION)U4p(TVTVi()cV2y,)a4p1lVi.cF0,aA1lu.FC0ltaAuRurCrleteusnRprtreoesLnnpismtoeLni:tisZmeeEdi:NtSZe1Eod6NuS4r1Voc6eu143r(VcI0Oe1AU3(T2I0=O4A0UL)T2S=40L)SAB

AB
B A

15 15CA == ICVAFLINT==((AVIVF))ILNT ((VA))

VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVoln)toa(rgA)eC (urVr)eonrt (CAu)rrent (A) VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVon)lto(argA)eC (urVr)eonrt (CAu)rrent (A)

VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVoln)toa(rgA)eC (urVr)eonrt (CAu)rrent (A) VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVon)lto(argA)eC (urVr)eonrt (CAu)rrent (A)

22055 22055B = VBOU=T V(VO)UT (V)

AA

10 10C = ICFLT=(AIF)LT (A) 12050 12050

CB CB

5 0 5 0 0.05 0.050.10 0.100.15 0.150.20 0.200.25 0.250.30 0.300.35 0.350.40 0.400.45 0.450.50 0.50

22055 22055B = VBOU=T V(VO)UT (V) 10 10C = ICFLT=(AIF)LT (A)

12050 12050 50 50

0.10 0.10

0.20 0.20

0.30 0.30

0.40 0.40

BA BA
CC BB
0.50 0.50

1105 1105

TimeTi(ms)e (s)

CB CB

00

0 0 0.05 0.050.10 0.100.15 0.150.20 0.200.25 0.250.30 0.300.35 0.350.40 0.400.45 0.450.50 0.50

150 150

TimeTi(ms)e (s)

1105 1105 00
00 150 150

0.10 0.10

TimeTi(ms)e (s)

0.20 0.20

0.30 0.30

TimeTi(ms)e (s)

0.40 0.40

CC 0.50 0.50

VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVoln)toa(rgA)eC (urVr)eonrt (CAu)rrent (A) VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVon)lto(argA)eC (urVr)eonrt (CAu)rrent (A)

VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVoln)toa(rgA)eC (urVr)eonrt (CAu)rrent (A) VoltageV(olV)taogreC(uVr)rVeoolrnttaC(guAer)r(VeVon)lto(argA)eC (urVr)eonrt (CAu)rrent (A)

CC
Figur05e0 P05 Z0 02.095 0.T05y0.p1T0icy0a.p1l0i0Fc.1a5lu0Fl.t1a50Ru.2el0ts0Rp.2eo00sn.2ps5oe0n:.2Zs50eE.3:N0Z00E.35N006.30V552063.3V0502A.4301006A.L401S0.645LS0.450.50 0.50

200

0200

0

16V1, 65V.0,A5.C0AurCreunTrtrimeLneiTmti(msLi)teiem(dsi)tSeoduSrcoeur(cIOeUT(I=O0U)T=0)C C
0.05 0.050.10 0.100.15 0.150.20 0.200.25 0.250.30 0.300.35 0.350.40 0.400.45 0.450.50 0.50

20

A B 20

= =

VVABIONU==(TVVV(T)VIO1yN)U6p(TVV(Ti)Vc1y,)a6p5lV.iF0c,aA5lu.CF0ltaAuRurCreletsunRprTtreoiemLsnnipeTsmtoie(mLsin:t)ieZseme(Edsi:N)tSZe0oEd5uN6Sr0Vco5e2u63r(VcI0Oe2AU3T1(I0=6OA0LU)T1S=60LA)S

A

15

15C A

= =

IVCAFILNT==((VAIVT)F)ILyNT p((VATi))cyapliFcaluFltaRueltsRpeosnpsoen: ZseE:NZ0E5N60V5263V02A3106AL1S6LS

211050 20

B 211050C
A 20B

= =

IVCBFOLTU==T(AIV(FV)OL1)TU6T(AV(V)1,) 65V.0,A5.C0AurCreunrtreLnimt LitiemditSeoduSrcoeur(cIOeUT(I=O0U)T=0A)

= =

VVABIONU==(TVVV(T)VION1y)U(T6pV(TV)iVc1y),a6p5lVi.cF0,aA5lu.FC0ltaAuRurCrleteusnRprtreoesLnnpismtoeLni:tisZmeeEdi:NtSZe0Eod5NuS6r0Voc5eu263r(VcI0Oe2AU3(T1I0=O6A0UL)T1S=60LAB)S

A AB

11550 11550CA == ICVAFLINT==((AVIVF))ILNT ((VA))

B = VBOU=T V(VO)UT (V) 15 15C = ICFLT=(AIF)LT (A) 1500 1500
00

0.10 0.10

0.20 0.20

AA BB CC
0.30 0.30

10 10 50 0 50 0

TimeTi(ms)e (s)

0.10 0.10

0.20 0.20

CB CB 0.30 0.30

TimeTi(ms)e (s)

BB

Figure P05Z0 30500

CC Ty0p.1Ti0cya0p.l1i0FcaluFltaR0u.2elt0sR0p.2eo0snpsoen: Zse0E.:3N0Z00E6.3N500V6253V002A.4310060AL.41S06LS 0.50 0.50

200 0200 0

16V1, 63V.5,A3.C5AurCreunTrtrimeLneiTmti(msLi)teiem(dsi)tSeoduSrcoeur(cIOeUT(I=O0U)T=0) C C

0.10 0.10

0.20 0.20

0.30 0.30

0.40 0.40

0.50 0.50

20

A B 20

= =

VVABIONU==(TVTVV()1VyION)6Up(TVVTi(c)1Vy,a)6p3lV.iF5c,aA3lu.CF5ltaAuRurCreletsunRprTtreoiemLsnnipeTsmtoie(mLsin:t)ieZseme(Edsi:N)tSZe0oEd6uN5Sr0Vco6e2u53r(VcI0Oe2AU3T1(I0=6OA0LU)T1S=60L)SA

A

15

15C A

= =

IVCAFILNT==((VTAIV)Fy)ILNTp((VTiAc)y)apliFcaluFltaRueltsRpeosnpsoen: ZseE:NZ0E6N50V6253V02A3106AL1S6LS

211050 20

B 211050C
A 20B

= =
= =

IVCBFOLTU==T(AIV(F1V)OL)T6UT(VA(1V,) )63V.5,A3.C5AurCreunrtreLnimt LitiemditSeoduSrcoeur(cIOeUT(I=O0U)T=0) A VVABIONU==(TVTVV()V1yION)U6p(TVTVi()cV1y,)a6p3lVi.cF5,aA3lu.FC5ltaAuRurCrleteusnRprtreoesLnnpismtoeLni:tisZmeeEdi:NtSZe0Eod6NuS5r0Voc6eu253r(VcI0Oe2AU3(T1I0=O6A0UL)T1S=60L)SAB

A B A

11550 11550CA == ICVAFLINT==((AVIVF))ILNT ((VA))

B = VBOU=T V(VO)UT (V)

BA BA

15 15C = ICFLT=(AIF)LT (A) 1500 1500
00 10 10 50 0 50 0

0.10 0.10

0.20 0.20

TimeTi(ms)e (s)

0.10 0.10

0.20 0.20

CC B 0.3B0 0.30 CC B 0.3B0 0.30

TimeTi(ms)e (s)

32

5TE 5Connectivity /// Circuit protection prodCuctC catalog

00

00

TypTicyapliFca0.lu1F0lta0R.u10eltsRpeosnpsoen: ZseE:NZ00E.92N80 0V0.922803V02A3106AL1S6LS 0.30 0.30

00

16V1, 63V.5,A3.C5AurCreunTrtrimeLneiTmti(msLi)teiem(dsi)tSeoduSrcoeur(cIOeUT(I=O0U)T=0C) C

55 00
00
00

RoHS Compliant, ELVCCoCmpliant TypTicyapliFca0lu.1Fl0ta0Ru.1el0tsRpeosnpsoen: ZseE:NZ1E03.N2201V032.2230V02A3106AL1S6LS 0.30 0.30
20V2, 02V.0,A2.C0AurCreunrTtrieLmniemTti(Lmisti)eemd(ist)SeoduSrcoeur(cIOeUT(I=O0U)T=0) C C

VolVtoaltgaeg( VoltVoalgtea (g

55 55

BB BB

55 55

4 PolyZen Devices

CC

0 0

0P00o0 lymer

Pr0.o10t0e.10cted

Zen0.2e0 r0.20DiodeC

0C.30 0.30

00

0.10 0.10 TimeT(ims)e (s) 0.20 0.20

0.30 0.30

TimeT(ism) e (s)

00 0 0 00
00

0.10 0.10

0.20 0.20

0.10 0.10 TimeT(ims)e (s) 0.20 0.20

TimeT(ism) e (s)

Figures PZ22-PZ34 -- Basic Operation Examples for PolyZen Devices - LS Series

VolVtoaltgaeg( VoltVoalgtea (g

BB BB
CC C 0.3C0 0.30
0.30 0.30
(Cont'd)

Figure PZ31

TypiTcyapl iFcaaul lFtaRueltspRoenspseo:nZsEe:NZ0E9N8V09283V0A23106ALS16LS Ty1p6iVcT,1ay36lp.VFi5ca,Aau3ll.CFt5uaARruerClestupnRrotreneLsnsipmeto:LintZiesmEdeNi:tSZ0eo9Edu8NSrV0co2e9u38(r0VIcOAe2U13T(6=I0OL0AUS)T1=60L)S

18 18

16V,136.V5A, 3C.5uArrCenutrrLeinmtiLteimd iSteodurScoeu(rIOcUeT(=IO0U) T=0)

VolVtoaltgaeg(eV)(Vo)r oCrurCruerrnte (ntA)(A) VoltVoalgtea (geV)(Vo)r oCrurCruernrte(ntA)(A)

18 18A = VAIN =(VV) IN (V)

16
16 14

111AB664CB

==VVIABNOU(==VT )(VVVION)U(TV()V) ==VIOFCBLUTT==((AVIV)F)OLTUT(A(V) )

14 12

1C4 12

=

IFCLT

(=A)IFLT

(A)

12 12 10 10

AA AA
BB BB

10 10 88

88 66

66 44

44 22

22 00 0 0 00
00

0.05 0.05 0.05 0.05

0.10 0.10 Tim0.1e0T(ims0).e10(s)

0.15 0.15 0.15 0.15

CC C 0C.20 0.20
0.20 0.20

TimeT(ism) e (s)

VolVtoaltgaeg(eV)(Vo)r oCrurCruerrnte (ntA)(A) VoltVoalgtea (geV)(Vo)r oCrurCruernrte(ntA)(A)

Figure PZ33

TypiTcyapl iFcaaul lFtaRueltspRoenspseo:nZsEe:NZ0E5N6V05067V5A07458ALS48LS

T4y8pVicT,4ay18lp0VFi.,c0aa1Aul0lFt.C0aRuAuerlrCstepuRnorternseLspniemot:nLiZtsieEmedN:itZ0Se5Eod6NuVSr0c0o5e7u65(VrIAcO0eU47T8(5=ILOA0SU4)T8=L0S)

50 50

48V,4180V.0, A10C.0uArrCenutrrLeinmtiLteimd iSteodurScoeu(rIOcUeT(=IO0U) T=0)

50 50A = VAIN =(VV) IN (V)

AA

AB==VVIABNOU(==VT )(VVVION)U(TV()V)

40 40

44CB00C

==VIOFCBLUTT==((AVIV)F)OLTUT(A(V) ) = IFCLT (=A)IFLT (A)

AA

30 30 30 30

20 20 20 20

10 10 10 10
00 0 0 00
00

0.01 0.01 0.01 0.01

0.02 0.02
Ti0m.0e2T(ims0).0e2 (s) TimeT(ism) e (s)

0.03 0.03 0.03 0.03

BB BB CC C 0C.04 0.04
0.04 0.04

Figure PZ32

TypiTcyapl iFcaaul lFtaRueltspRoenspseo:nZsEe:NZ1E3N2V13223V0A23106ALS16LS Ty2p0iVcT,2ay20lp.VFi0ca,Aau2ll.CFt0uaARruerClestupnRrotreneLsnsipmeto:LintZiesmEdeNi:tSZ1eo3Edu2NSrV1co2e3u32(r0VIcOAe2U13T(6=I0OL0AUS)T1=60L)S

22 22

20V,220.V0A, 2C.0uArrCenutrrLeinmtiLteimd iSteodurScoeu(rIOcUeT(=IO0U) T=0)

2220 2220A = VAIN =(VV) IN (V)

2108 1186 1164

2111CAB0886CB 1164

==VVIABNOU(==VT )(VVVION)U(TV()V) ==VIOFCBLUTT==((AVIV)F)OLTUT(A(V) ) = IFCLT (=A)IFLT (A)

AA AA
BB BB

VolVtoaltgaeg(eV)(Vo)r oCrurCruerrnte (ntA)(A) VoltVoalgtea (geV)(Vo)r oCrurCruernrte(ntA)(A)

1142 1142

1120 1120

108 180

86 86

64 64

42 42
20 20 0 0 00
00

0.05 0.05 0.05 0.05

0.10 0.10 0.15 0.15 0.20 0.20 0.10 0.10 Ti0m.1e5T(ims0).1e5(s) 0.20 0.20

C C 0.25 0.25
0.25 0.25

C C0.30 0.30 0.30 0.30

TimeT(ism) e (s)

Figure PZ34

TypiTcyapl iFcaaul lFtaRueltspRoenspseo:nZsEe:NZ1E3N2V13027V5A07458ALS48LS

Ty4p8iVcT,4ay28lp.VFi0ca,Aau2ll.CFt0uaARruerClestupnRrotreneLsnsipmeto:LintZiesmEdeNi:tSZ1eo3Edu2NSrV1co0e3u72(r5VIcOAe0U47T(8=I5OL0AUS)T4=80L)S

50 50

48V,428.V0A, 2C.0uArrCenutrrLeinmtiLteimd iSteodurScoeu(rIOcUeT(=IO0U) T=0)

50 45

5405A = VAIN =(VV) IN (V)

45 4A5B==VVIABNOU(==VT )(VVVION)U(TV()V)

40 40

44B00C==VIOFCBLUTT==((AVIV)F)OLTUT(A(V) )

35 3C5 = IFCLT (=A)IFLT (A)

AA AA

35 35 30 30

VolVtoaltgaeg(eV)(Vo)r oCrurCruerrnte (ntA)(A) VoltVoalgtea (geV)(Vo)r oCrurCruernrte(ntA)(A)

30 30 25 25

25 25 20 20

20 15

2105

15 15 10 10

BB BB

10 10 55

55

CC

0 00

0 0

00.02

0.002.04

0.004.06

0.006.08

0.080.10

0.10.12

0.102.14

0.140.16

0.160.1C8

0.108C.20

0.20

0 00.02 0.002.04 0.004.06 0.006.08 0T.0i08m.10eT(im0s.)1e00.1(s2) 0.102.14 0.104.16 0.106.18 0.01.820 0.20

TimeT(ism) e (s)

Figures PZ35-PZ38 -- Basic Operation Examples for PolyZen Devices - YM Series

Figure PZ35
25 20 15

Typical Fault Response: ZEN056V130A16YM 20V/3A Current Limited Source (IOUT = 0)

A = VIN (V)

A

B = VOUT (V)

C = IFLT (A)

Voltage (V) or Current (A)

10
5
0 0.00

0.05

0.10

Time (s)

B C
0.15

Figure PZ37
25 20 15

Typical Fault Response: ZEN132V130A16YM 20V/1A Current Limited Source (IOUT = 0)

A = VIN (V) B = VOUT (V)

A

C = IFLT (A) B

Voltage (V) or Current (A)

10

5

C

0

0.00

0.05

0.10

0.15

0.20

0.25

Time (s)

Voltage (V) or Current (A)

Figure PZ36
15
10

Typical Fault Response: ZEN056V175A12YM 12V/3A Current Limited Source (IOUT = 0)

A = VIN (V)

A

B = VOUT (V)

C = IFLT (A)

B
5

0 0.00

0.05

0.10

Time (s)

C
0.15

Figure PZ38
25 20 15

Typical Fault Response: ZEN132V175A12YM 20V/1A Current Limited Source (IOUT = 0)

A = VIN (V)

B = VOUT (V)

A

C = IFLT (A) B

Voltage (V) or Current (A)

10

5

C

0

0.00

0.05

0.10

0.15

0.20

0.25

0.30

Time (s)

RoHS Compliant, ELV Compliant

TE Connectivity /// Circuit protection product catalog

33

4 PolyZen Devices Polymer Protected Zener Diode

Figures PZ39-PZ44 -- Basic Operation Examples for PolyZen Devices - YC Series

Figure PZ39
25 25 20 20 15 15

TypTyicpailcaFal uFaltuRlteRspesopnosne:sZe:EZNE0N5065V61V3103A02A42Y4CYC 242V4/V3A/3CAuCrruernretnLtimLiimteidteSdoSuorcuerc(eIO(UITOU=T0=) 0)

A =AV=IN V(VIN) (V) B =BV=OUVT O(VUT) (V) C =CIF=LT I(FALT) (A)

AA

Voltage (V) or Current (A) Voltage (V) or Current (A)

10 10 55

BB

CC
00 0.000.00 0.050.05 0.100.10 0.150.15 0.200.20 0.250.25 0.300.30 0.350.35 0.400.40

TimTeim(se) (s)

Figure PZ41
25 25 20 20 15 15

TypTyicpailcaFal uFaltuRlteRspesopnosne:sZe:EZNE0N5065V62V6206A01A61Y6CYC 202V0/V3A/3CAuCrruernretnLtimLiimteidteSdoSuorcuerc(eIO(UITOU=T0=) 0)

A =AV=IN V(VIN) (V) B =BV=OUVT O(VUT) (V) C =CIF=LT I(FALT) (A)

AA

Voltage (V) or Current (A) Voltage (V) or Current (A)

10 10 55

BB

CC
00 0.000.00 0.050.05 0.100.10 0.150.15 0.200.20 0.250.25 0.300.30 0.350.35 0.400.40
TimTeim(se) (s)

Figure PZ43
25 25 20 20 15 15

TypTyicpailcaFal uFaltuRlteRspesopnosne:sZe:EZNE1N3123V22V3203A01A61Y6CYC 202V0/V1A/1CAuCrruernretnLtimLiimteidteSdoSuorcuerc(eIO(UITOU=T0=) 0)

A =AV=IN V(VIN) (V) B =BV=OUVT O(VUT) (V) C =CIF=LT I(FALT) (A)

AA BB

Voltage (V) or Current (A) Voltage (V) or Current (A)

10 10

55
00 0.000.00

0.100.10

0.200.20 0.300.30 0.400.40
TimTeim(se) (s)

CC
0.500.50 0.600.60

Figure PZ40
25 25 20 20 15 15

TypTyicpailcaFal uFaltuRlteRspesopnosne:sZe:EZNE0N5065V62V3203A01A61Y6CYC 202V0/V3A/3CAuCrruernretnLtimLiimteidteSdoSuorcuerc(eIO(UITOU=T0=) 0)

A =AV=IN V(VIN) (V) B =BV=OUVT O(VUT) (V) C =CIF=LT I(FALT) (A)

AA

Voltage (V) or Current (A) Voltage (V) or Current (A)

10 10 55

BB

CC
00 0.000.00 0.050.05 0.100.10 0.150.15 0.200.20 0.250.25 0.300.30 0.350.35 0.400.40

TimTeim(se) (s)

Figure PZ42

TypTyicpailcaFal uFaltuRlteRspesopnosne:sZe:EZNE1N3123V21V3103A02A42Y4CYC 242V4/V1A/1CAuCrruernretnLtimLiimteidteSdoSuorcuerc(eIO(UITOU=T0=) 0)

25 25

20 20 15 15

A =AV=IN V(VIN) (V) B =BV=OUVT O(VUT) (V) C =CIF=LT I(FALT) (A)

AA BB

Voltage (V) or Current (A) Voltage (V) or Current (A)

10 10

55
00 0.000.00

0.100.10

0.200.20 0.300.30 0.400.40
TimTeim(se) (s)

CC
0.500.50 0.600.60

Figure PZ44
25 25 20 20 15 15

TypTyicpailcaFal uFaltuRlteRspesopnosne:sZe:EZNE1N3123V22V6206A01A61Y6CYC 202V0/V1A/1CAuCrruernretnLtimLiimteidteSdoSuorcuerc(eIO(UITOU=T0=) 0)

A =AV=IN V(VIN) (V) B =BV=OUVT O(VUT) (V) C =CIF=LT I(FALT) (A)

AA BB

Voltage (V) or Current (A) Voltage (V) or Current (A)

10 10

55
00 0.000.00

0.100.10

0.200.20 0.300.30 0.400.40
TimTeim(se) (s)

CC
0.500.50 0.600.60

Table PZ4 - Packaging and Marking Information for PolyZen Devices

Part Number ZENxxxVyyyAzzLS ZENxxxVyyyAzzYM ZENxxxVyyyAzzYC

Bag Quantity -- -- --

Tape & Reel Quantity 3,000 3,000 4,000

Standard Package 15,000 30,000 20,000

34 TE Connectivity /// Circuit protection product catalog

RoHS Compliant, ELV Compliant

4 PolyZen Devices Polymer Protected Zener Diode

Table PZ5 -- Dimensions in Millimeters and (Inches)

ZENxxxVyyyAzzLS Devices

A

Min

Max

mm

3.85

4.15

in

(0.152) (0.163)

B

Min

Max

3.85

4.15

(0.152) (0.163)

C

Min

Max

1.40

2.00

(0.055) (0.081)

ZENxxxVyyyAzzYM Devices

A

Min

Max

mm

3.00

3.40

in

(0.118) (0.134)

B

Min

Max

2.30

2.70

(0.091) (0.106)

C

Min

Max

1.10

1.30

(0.043) (0.051)

ZENxxxVyyyAzzYC Devices

A

Min

Max

mm

4.80

5.20

in

(0.190) (0.206)

B

Min

Max

3.80

4.20

(0.150) (0.166)

C

Min

Max

1.20

1.40

(0.047) (0.055)

C A
B

C
L B

W A
H

Table PZ6 -- Pad Layout and Configuration Information

ZENxxxVyyyAzzLS Devices
Pin Number Pin Name Pin Function

Pin Configuration

(Top View)

Pin Configuration

(Top View)

1

VIN

VIN = Protected input to Zener diode

2

GND GND = Ground

VIN 1

3

VOUT

VOUT = Zener regulated voltage output

2 GND
VIN 1 3 VOUT

2 GND 3 VOUT

Pad Dimensions Pad Dimensions

2.21mm (0.087")
0.56mm (0.022")

0.33mm 2.2(10m.0m13") (0.087")

0.94mm (0.037")
0.33mm 0.94mm (0.013") (0.037")

0.94mm (0.037")
0.94mm (0.037")

2.88mm (0.1135")

0.56mm 0.5(60m.0m22") (0.022")

2.88mm (0.1135")

0.56mm (0.022")

ZENxxxVyyyAzzYM Devices

Pin Number Pin Name Pin Function

1

VIN

VIN = Protected input to Zener diode

2

GND GND = Ground

3

VOUT

VOUT = Zener regulated voltage output

ZENxxxVyyyAzzYC Devices

Pin Number Pin Name Pin Function

1

VIN

VIN = Protected input to Zener diode

2

GND GND = Ground

3

VOUT

VOUT = Zener regulated voltage output

Pin Configuration Pin Conf(iTgoupraVtioienw(T)op View)

2

1

GND

PViInN Configuration (Top View)

3

V2 OUT

1

GND

VIN

Pin Configuration (Top Vi3VeOwU)T

2

1 Pin ConfiguratioGnND

VPiINn Conf(iTgoupraVtioienw(T)op View)
3

V2 OUT

1

GND

VIN

3

VOUT

Recommended Pad RecommDeimndeendsPiaodnDsim(menmsio) ns (mm)
3.20

Rec2o.5m0 m2.1e9nded Pad Dimensions (mm)

3.20

0.80 (2X)

0.60 (3X)

2.50 2.19

Recommended Pad Dimensions0.8(m0 (2mX))
0.56.000(3X)

Recommended Pad Re4c.0o0m2.m0D3eimndeendsPiaodnDsim(menmsi1o).9n7s (mm)

1.02 (2X) 5.00

1.51

0.51 (2X)

4.00 2.03

1.97

1.02 (2X)

1.51

0.51 (2X)

Recommended Pad RecommeLnadyeoduPtad(mLamyo)ut (mm)

Re2c.o50mmended Pad Layout (m0.m90 )

0.80 (2X)
1.20 1.00 (3X)

2.50

0.90

Recommended Pad Layout 0(.m80m(2X))

1.00 (3X)

1.20 3.99

Recommended Pad R2.2e5commLenadyeoduPta(dmLam2y.o9)8ut (mm)

3.99 1.66

1.12 (2X) 0.56 (2X)

2.25

2.98

1.12 (2X)
0.56 (2X) 1.66

RoHS Compliant, ELV Compliant

TE Connectivity /// Circuit protection product catalog

35

4 PolyZen Devices Polymer Protected Zener Diode

Solder Reflow and Rework Recommendation

Classification Reflow Profiles

Profile Feature
Average Ramp Up Rate (TsMAX to Tp) Preheat · Temperature Min (TsMIN) · Temperature Max (TsMAX) · Time (ts Preheat) Time Maintained Above: · Temperature (TL) · Time (tL) Peak/Classification Temperature (Tp) Time within 5°C of Actual Peak Temperature Time (tp) Average Ramp Down Rate (Tp to TL) Time 25°C to Peak Temperature

ZENxxxVyyyAzzLS Devices ZENxxxVyyyAzzYM Devices Pb-Free Assembly 3°C/ s Max
150°C 200°C 60-180 s
217°C 60-150 s 260°C
20-40 s 6°C/ s Max 8 Minutes Max

Note: All temperatures refer to top side of the package, measured on the package body surface.

ZENxxxVyyyAzzYC Devices Pb-Free Assembly 3°C/ s Max
150°C 200°C 60-180 s
217°C 60-150 s 250°C
20-40 s 3°C/ s Max 8 Minutes Max

Figure PZ45
Tp
TL Ts MAX Ts MIN

Temperature

tp Ramp Up
tL

Critical Zone TL to Tp

ts Preheat

Ramp Down

25 Reflow Profile

t 25°C to Peak Time

Tape and Reel Specifications for PolyZen Devices in Millimeters
Figure PZ46 -- EIA Referenced Taped Component Dimensions for ZENxxxVyyyAzzLS Devices in Millimeters (mm)

Description A0 B0 K0

ZENxxxVyyyAzzLS Devices 4.35 4.35 2.30

0.35 ± 0.05

2.00 ± 0.05Note 2

8.00 4.00Note 1

ø1.5 + 0.1 / -0.0

ø1.50 Min

0.25 R

A

1.75 ± 0.10

R 0.3 Max B0

K0

A0

0.25

Notes: 1. 10 sprocket hole pitch cumulative tolerance ±0.2 2. Camber in compliance with EIA 481 3. Pocket position relative to sprocket hole measured as true position of pocket, not pocket hole

36

TE Connectivity /// Circuit protection product catalog

5.50 ± 0.05Note 3 12.0 ± 0.3
A
RoHS Compliant, ELV Compliant

4 PolyZen Devices Polymer Protected Zener Diode

Figure PZ47 -- Reel Dimensions for ZENxxxVyyyAzzLS Devices in Millimeters (mm)

Description AMax NMin W1 W2

Dimension (mm) 330 102 8.4 11.1

Lock Feature (6 places)

ø20.0 Min.

ø13.0

+0.5 ­0.2

2.0 +/­ 0.5 Detail A

See "Detail A"

Matte Finish These Areas

AMax

330.0

+0.25 ­4.00

NMin 102.0 Ref

W1 (measured at hub) W2 (measured at hub)

Figure PZ48 -- EIA Referenced Taped Component Dimensions for ZENxxxVyyyAzzYM Devices in Millimeters (mm)

SYMBOL SPEC SYMBOL SPEC

A0 2.90±0.10
T 0.25±0.02

B0 3.55±0.10
E1 1.75±0.10

K0 1.27±0.10
F 3.50±0.05

P0 4.00±0.10
D0 1.55±0.05

P1 4.00±0.10
D1 1.00±0.10

P2 2.00±0.05
W 8.00±0.30

B1Max 4.35 D1Max 1.0

T T2 B1
K0

S1

K1

T1

For Machine Reference Only Including Draft and Radii Concentric Around Bo

P2 Cover Tape

P0

10 pitches cumulative tolerance on tape ±0.2 (±0.008)

D0

B0

Embossment

A0

D1 for components 2.0mm x 1.2mm
and larger

E1

E2 W

F

P1

Center Lines of Cavity

USER DIRECTION OF FEED

100mm 1mm MAX.

Allowable Camber to be 1mm/100mm Noncumulative Over 250mm

1mm MAX. 250mm

Figure PZ49 -- Reel Dimensions for ZENxxxVyyyAzzYM Devices in Millimeters (mm)

1.4 R1.9

2±0.5 Ø13.R5±100..55 R0.5

120°

RoHS Compliant, ELV Compliant

08 06 04 02 Ø178±1 Ø60.1 4.0±0.5 13

08 06 04
02

H ±0.5 (H+3) ±0.5

H=8mm

5.0±0.5
Ø10.0 R22 3.0±0.5

TE Connectivity /// Circuit protection product catalog

37

2.5±0.5 Ø99.5±1 Ø330.0±1
D

4 PolyZen Devices Polymer Protected Zener Diode

Figure PZ50 -- EIA Referenced Taped Component Dimensions for ZENxxxVyyyAzzYC Devices in Millimeters (mm)

Item W P E F P2
D
D1 P0 10P0 A0 B0 K0 t

Dimension 12.00 8.00 1.75 5.50 2.00
1.50
1.50 4.00 40.00 4.20 5.25 1.40 0.24

Tolerance ±0.10 ±0.10 ±0.10 ±0.10 ±0.10 +0.10 -0.00 ±0.10 ±0.10 ±0.20 ±0.10 ±0.10 ±0.10 ±0.05

E
F W

P0

P2

D1 P

B
B 8°
A0

t
5° B0 K0

Figure PZ51 -- Reel Dimensions for ZENxxxVyyyAzzYC Devices in Millimeters (mm)
12mm±0.5 H
2.3±0.5

Ø13.5±0.5
6 P. S

4.0±0.5

7 6 5 4 3 2 1

Part Numbering System
ZEN 056V 130A 24 LS & YC & YM
Special Labeling LS = 4.0 *4.0mm package size typical YM = 2.5 *3.2mm package size typical YC = 4.0 *5.0mm package size typical VINT Max Rating (24 = 24V) PPTC Hold Current Group (130 = 1.3A) Zener Voltage Group (056 = 5.6V) PolyZen Series

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TE Connectivity /// Circuit protection product catalog

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4 PolyZen Devices Polymer Protected Zener Diode Part Marking System
ZENxxxVyyyAzzLS Devices
tnnn 12345

Zener Diode Voltage Rating nnn = 056 (5.6V) nnn = 059 (5.9V) nnn = 065 (6.5V) nnn = 098 (9.8V) nnn = 134 (13.4V) nnn = 164 (16.4V)
Batch Number

ZENxxxVyyyAzzYM Devices
Markings 0513F 0517F 1313F 1317F

VZ 5.6V 5.6V 13.2V 13.2V
tnnn 1234567

Hold Current

Special Code

1.3A

F

1.75ZAener Diode Voltage RatingF

1.3nAnn = 056 (5.6V)

F

1.75A

F

Batch Number

XXXXF

Part Description ZEN056V130A16YM ZEN056V175A12YM ZEN132V130A16YM ZEN132V175A12YM

ZENxxxVyyyAzzYC Devices
Markings 0513F 052XF 052XF 1313F 132XF 132XF ####

VZ 5.6V 5.6V 5.6V 13.2V 13.2V 13.2V

XXXXF Hold Current
XX1.X3AXF ##2.3#A #

Special Code F F

2.6A

F

1.3A

F

2.3A

F

2.6A

F

Last 4 digits of batch number

XXXXF ####

Part Description ZEN056V130A24YC ZEN056V230A16YC ZEN056V230A16YC ZEN132V130A24YC ZEN132V230A16YC ZEN132V230A16YC

RoHS Compliant, ELV Compliant

TE Connectivity /// Circuit protection product catalog

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4 PolyZen Devices Polymer Protected Zener Diode

Notice:
Information furnished is believed to be accurate and reliable. However, users should independently evaluate the suitability of and test each product selected for their own applications. Tyco Electronics Corporation and its affiliates in the TE Connectivity Ltd. group of companies ("TE") reserve the right to change or update, without notice, any information contained in this publication; to change, without notice, the design, construction, processing, or specification of any product; and to discontinue or limit production or distribution of any product. This publication supersedes and replaces all information previously supplied. Without express written consent by an officer of TE, TE does not authorize the use of any of its products as components in nuclear facility applications, aerospace, or in critical life support devices or systems. TE expressly disclaims all implied warranties regarding the information contained herein, including, but not limited to, any implied warranties of merchantability or fitness for a particular purpose. TE's only obligations are those in the TE Standard Terms and Conditions of Sale and in no case will TE be liable for any incidental, indirect, or consequential damages arising from the sale, resale, use, or misuse of its products.

40 TE Connectivity /// Circuit protection product catalog

RoHS Compliant, ELV Compliant



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