Ceramic PTC Thermistor: PPL Series

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1 Features 1. RoHS compliant 2. PPD series are disc and PPL are leaded type 3. rating:12v ac ~1000V ac 4. range:0.3ω~10kω 5. Stable over a long time 6. Operating temperature range:0 ~ +60 C (V=Vmax) -25 ~ +125 C (V=0) 7. Agency Recognition: /c, CQC and TUV Recommended Applications 1. Home appliance 2. Electrical equipment (Electrical machinery, transformer, electric meter) Part Number Code P P L M A 2 B 7 Y Product Code PP Ceramic PTC Thermistor PP Series D L Series Disc Type Leaded Type 07 ψ7mm 12 ψ12mm (R 25 ) 2R0 2Ω Ω x10 2 Ω Tolerance of R 25 M ±20% H ±25% N ±30% T ±40% P ±50% S +35%~-15% Q +30%~-20% Y Special P8 80 A0 100 A2 120 A V A4 140V B7 270V C8 380V E0 500V F0 600V J0 1000V Y X V W U Packaging Bulk Ammo Box Pitch 12.7mm Ammo Box Pitch 15mm Tape & Reel Pitch 12.7mm Tape & Reel Pitch 15mm Internal Control Code - 1 -

2 PPD Series PPL Series D T H D T (max.) d Characteristics (Unit: mm) PPD Series at D T PPD08120 P6B ±0.5 2±0.2 PPD08150 P6B ±0.5 2±0.2 PPD08180 P6B ±0.5 2±0.2 PPD08100 P9B2 60± ±0.5 2±0.2 PPD08120 P9B ±0.5 2±0.2 PPD08150 P9B ±0.5 2±0.2 PPD08180 P9B ±0.5 2±0.2 PPD06180 A0B2 100± ±0.5 2±0.2 PPD05180 A1B ±0.5 2± ±10 PPD101R2 A ± ±0.2 PPD08650 A2B3 120± ± ±0.2 PPD08250 A3B3 130± ± ±0.2 PPD08650 A3B ± ±0.2 PPD05500 A3B3 130± ± ±0.2 PPD06350 A3B ± ±

3 PPL Series 12V ac / V ac / 80 at. PPL03290 A PPL04130 A PPL054R6 A PPL081R8 A PPL091R0 A PPL091R2 A PPL091R4 A PPL101R2 A ± PPL111R8 A PPL120R8 A PPL140R4 A PPL140R5 A PPL140R9 A PPL160R5 A PPL200R3 A at PPL07100 P PPL077R0 P824 80± PPL083R0 P PPL092R0 P V ac / 120 at PPL03130 A PPL081R8 A PPL084R7 A PPL103R9 A ± PPL120R5 A PPL121R3 A PPL143R3 A

4 24V ac / 140 at PPL054R6 A PPL056R0 A PPL05130 A PPL073R0 A PPL075R0 A PPL081R9 A PPL082R5 A PPL101R3 A ± PPL101R7 A PPL120R9 A PPL121R1 A PPL160R5 A PPL160R7 A PPL200R3 A PPL200R4 A V ac / 80 at PPL06150 P PPL06220 P PPL06330 P842 80± PPL06470 P PPL06560 P V ac / 160 at PPL03510 A PPL05240 A PPL089R1 A ± PPL095R1 A PPL113R6 A

5 48V ac / 120 at PPL04420 A PPL04600 A PPL04900 A PPL06220 A PPL06320 A PPL08180 A PPL10120 A ± PPL126R5 A PPL129R0 A PPL134R3 A PPL162R6 A PPL163R8 A PPL201R6 A PPL202R2 A V ac / 140 at PPL05250 A ±10 PPL05500 A V ac / 120 at PPL03510 A PPL05100 A PPL05240 A PPL089R1 A ± PPL095R1 A PPL113R6 A PPL152R4 A PPL201R7 A

6 63V ac / 130 at PPL04620 A PPL05200 A PPL088R0 A PPL104R9 A ± PPL123R3 A PPL162R2 A PPL201R2 A V ac / 120 at PPL09160 A2A PPL126R8 A2A ±10 PPL12100 A2A PPL164R7 A2A V ac / 140 at PPL05280 A4A PPL05400 A4A PPL05550 A4A PPL05121 A4A PPL05241 A4A PPL07120 A4A PPL07190 A4A PPL088R0 A4A PPL089R4 A4A1 140± PPL105R3 A4A PPL106R7 A4A PPL123R8 A4A PPL124R6 A4A PPL152R1 A4A PPL162R9 A4A PPL201R3 A4A PPL201R7 A4A

7 220V ac / 80 at PPL03151 P8B PPL03301 P8B PPL03601 P8B PPL04302 P8B PPL05450 P8B PPL05680 P8B PPL05301 P8B PPL05331 P8B PPL06251 P8B PPL07180 P8B PPL07250 P8B2 80± PPL07360 P8B PPL08220 P8B PPL08101 P8B PPL08152 P8B PPL09150 P8B PPL09180 P8B PPL11100 P8B PPL155R6 P8B PPL203R9 P8B PPL242R7 P8B

8 220V ac / 120 at PPL03151 A2B PPL03102 A2B PPL03302 A2B PPL04381 A2B PPL04561 A2B PPL04751 A2B PPL04851 A2B PPL04122 A2B PPL04192 A2B PPL05750 A2B PPL05151 A2B PPL05181 A2B PPL06450 A2B PPL06720 A2B PPL06121 A2B PPL06201 A2B PPL06281 A2B PPL06301 A2B PPL07250 A2B PPL07560 A2B PPL07820 A2B PPL07401 A2B ±10 PPL08150 A2B PPL08240 A2B PPL08360 A2B PPL08500 A2B PPL08510 A2B PPL08620 A2B PPL08720 A2B PPL09160 A2B PPL10150 A2B PPL10260 A2B PPL11110 A2B PPL12100 A2B PPL12140 A2B PPL12200 A2B PPL14180 A2B PPL14800 A2B PPL156R2 A2B PPL168R0 A2B PPL203R6 A2B PPL205R0 A2B PPL207R0 A2B PPL242R4 A2B

9 220V ac / 130 at PPL04161 A3B PPL05500 A3B PPL08250 A3B PPL10130 A3B2 130± PPL129R0 A3B PPL165R0 A3B PPL203R5 A3B PPL242R6 A3B V ac / 140 at PPL03181 A4B PPL04302 A4B PPL05560 A4B PPL05750 A4B PPL05850 A4B PPL05121 A4B PPL05261 A4B PPL05501 A4B PPL05122 A4B PPL05192 A4B PPL05302 A4B PPL06480 A4B PPL07290 A4B PPL07480 A4B PPL08180 A4B ±10 PPL08220 A4B PPL08240 A4B PPL09120 A4B PPL09160 A4B PPL10120 A4B PPL10170 A4B PPL119R1 A4B PPL128R4 A4B PPL12110 A4B PPL155R1 A4B PPL164R4 A4B PPL166R6 A4B PPL202R8 A4B PPL203R6 A4B PPL204R0 A4B

10 250V ac / 100 at PPL07220 A0B5 100± V ac / 120 at PPL05102 A2B PPL05332 A2B PPL08390 A2B PPL10390 A2B7 120± PPL12270 A2B PPL16220 A2B PPL16500 A2B V ac / 120 at PPL10820 A2C PPL10151 A2C0 120± PPL10351 A2C V ac / 120 at PPL05601 A2C PPL07131 A2C PPL08700 A2C PPL08121 A2C PPL08151 A2C ±10 PPL11250 A2C PPL11500 A2C PPL11800 A2C PPL11121 A2C PPL11151 A2C

11 400V ac / 120 at PPL05251 A2D PPL05381 A2D0 120± PPL05561 A2D PPL05601 A2D V ac / 120 at PPL05122 A2E PPL05152 A2E PPL08501 A2E0 120± PPL08112 A2E PPL11501 A2E V ac / 90 at PPL05801 P9F PPL05102 P9F0 90± PPL05132 P9F V ac / 100 at PPL05152 A0F PPL05212 A0F PPL05272 A0F0 100± PPL06103 A0F PPL07152 A0F

12 1000V ac series at PPL08701 P8J0 700 \ \ PPL08112 P8J0 80± PPL08202 P8J \ \ PPL07152 A0J0 100± PPL11752 A1J0 110± Soldering Recommendation Wave Flow Soldering Profile Preheating Soldering Cooling 260 Max 130±20 Note 2 Note 3 Note 1 Tamb 30~90 sec. <1 sec. <10 sec. >60sec Time Note 1.1~3 /sec. 2 : Approx. 200 /sec 3: 5 /sec. (Max) Recommended Reworking Conditions with Soldering Iron Item of Soldering Iron-tip Soldering Time Distance from Thermistor Conditions 360 (max.) 3 sec (max.) 2 mm (min.)

13 Reliability Test Item Standard Test conditions and methods Specifications Robustness of *1 IEC Terminations Solderability *1 IEC ±3, 2±0.5 sec Gradually apply the specified force and keep the unit fixed for 10±1 sec. Terminal diameter Force T(N) 0.35<d <d <d R 25 /R 25 20% At least 95% of terminal electrode is covered by new solder to *1 IEC ±3, 10±1 sec Soldering Heat R 25 /R 25 20% Vibration *1 IEC Shock *1 IEC Frequency range:10~55hz Amplitude: 0.75mm or 98m/s 2 Direction: 3 mutually perpendicular directions Duration: 6hrs(3x2 hrs) Wave: half-sine V: 1.0m/s Acceleration: 50 m/s 2 Pulse time: 30ms R 25 /R 25 20% R 25 /R 25 20% The thermal shock conditions shown below shall be repeated 5 cycles. Rapid Change of IEC Step ( ) Period (minutes) 1-40 ± 5 30 ± 3 2 Room temperature 5 ± 3 R 25 /R 25 20% 3 85 ± 5 30 ± 3 4 Room temperature 5 ± 3 Climatic Sequence Damp Heat, Steady State Endurance at Maximum Operating and Maximum IEC Dry heat: 125 for 16 hrs Damp heat first cycle: 40, 95% R.H,cycle time: 24 hrs Cold: -40 for 2 hrs Damp heat (cyclic), remaining cycles: 5 cycles Test according to IEC IEC ±2,90~95%RH, 1000±2hrs IEC UCT=60, V R, It I Imax, 1000±2hrs R 25 /R 25 20% R 25 /R 25 20% R 25 /R 25 20% Endurance at Maximum IEC ±5, V R, It I Imax 1min. on and 5min. Off 100cycles R 25 /R 25 20% Note: *1 Items are applicable for PPL series only

14 Packaging Taping Specification P P P h h H1 W W 1 W 2 W 0 H0 L1 P1 P0 F D 0 T Figure A P P P h h H 1 W W 1 W 2 W 0 H 0 L1 P1 D 0 F P0 T Figure B

15 Parameter List of Kinked Lead Index Parameter Nominal dimensions Tolerance F Lead spacing ±1 P 0 Sprocket hole pitch ±0.3 P 1 Ordinate to adjacent component lead ±1 P *1 Device pitch ±1 H 0 Abscissa to plane (kinked lead) ±0.5 H 1 *2 Abscissa to top Refer to Table1: H 1max and P W Carrier tape width ±1 W 0 Hold-down tape width ±1 W 1 Sprocket hole position ±1 W 2 Top distance between tape edges P Body tape plane deviation h Body lateral deviation L 1 Lead protrusion D 0 Sprocket hole diameter ±0.2 T Tape thickness ±0.2 Figure A A B A A --- Table1: H 1max and P Diameter of Disc P P 0: P 0 : H 1max

16 Quantity Bulk Packing Disc Size Quantity (pcs / bag) Φ <Φ< Φ Reel Packing Disc Size Quantity (V R ) (pcs/reel) Φ 07 V R 270V ac 1,500 V R >270V ac 1,000 07<Φ 12 V R 270V ac 1,000 V R >270V ac <Φ 16 V R 270V ac 750 V R >270V ac 500 Φ>16 V R 270V ac 500 V R >270V ac min A±1 31±1 340±10 (Unit: mm) Disc Size Φ<16 Φ 16 A Ammo Packing Disc Size Φ 07 07<Φ 12 12<Φ 16 (V R ) Quantity (pcs/box) V R 270V ac 1,000 V R >270V ac 750 V R 270V ac 750 V R >270V ac 500 V R 270V ac 500 V R >270V ac ±5 185±5 348±5 (Unit: mm) Φ> Warehouse Storage Conditions of Products Storage Conditions: 1. Storage : -10 ~ Relative Humidity: 75%RH 3. Keep away from corrosive atmosphere and sunlight. Period of Storage: 1 year

17 Usage Please keep products away from the conditions mentioned below to avoid their characteristic deterioration and failure. 1. Corrosive gas or deoxidizing gas (Cl 2, H 2 S, NH 3, SOx, NOx etc.) 2. Place in a vacuum or put pressure 3. Salt water, oil, solvent and chemical liquid 4. Flammable gas 5. Place in splashed water, or high humidity and dewing place 6. Other places similar to any conditions mentioned above