Metal Oxide Varistor:TVR-M Series

Transcription

1 Features. RoHS and Halogen-free compliant 2. Body size: Ф5 ~ Ф20mm 3. ide continuous voltage range: 30Vac ~ 465Vac 4. Operating temperature range: -40 C ~ +25 C Storage temperature range: -40 C ~ +50 C 5. UL rd SD Type 5 6. Agency recognition: UL /cul/vde/cqc Recommended Applications. ower supply 2. Home appliance 3. Industrial equipment 4. LED driver 5. hotovoltaic industry art Number Code T V R K L M TVR roduct Type THINKING Varistor TVR Series Body Size 05 Φ5mm 07 Φ7mm Φmm 4 Φ4mm 20 Φ20mm Varistor (V ma ) 20 20x V=200V 47 47x V=470V L Y Appearance Tolerance of V ma K ±% Straight lead, silicon coating Y kink, silicon coating AR ER AB EB C Blank ackaging Tape & reel packing (hole pitch:2.7mm) Tape & reel packing (hole pitch:5.0mm) Tape & ammo box packing (hole pitch:2.7mm) Tape & ammo box packing (hole pitch:5.0mm) Bulk & cut lead (followed by 2 codes of leaded length Bulk M Optional Suffix High Temperature Series Internal Control Code 0~ZZ Note: Optional suffix will be the th digit if packaging and internal control codes are not coded.

2 Structures and Dimensions Straight Lead D T 3.0 L A d Bottom view (Unit: mm) Series D Lmin. d Amax. Tmax. TVR05-M 5.0~ ±0.02 5± 9.0 TVR07-M 6.4~ ±0.02 5±.0 (for TVR0720~62).5 (for TVR0768~75) TVR-M 9.6~ ± ± 5.0 (for TVR20-75) TVR4-M 2.0~ ± ± TVR20-M 6.8~ ±0.02 ± 8.5 (for TVR420-5) 9.0 (for TVR456-75) 25.5 (for TVR2020-5) 26.0 (for TVR ) lease refer to the Electrical Characteristics Table Y kink lead D T A MAX 30 0 d C Series D Cmin. d Amax. Tmax. (Unit: mm) TVR05-M 5.0~ ±0.02 5± 9.5 TVR07-M 6.4~ ±0.02 5±.5 TVR-M 9.6~ ± ± 6.0 TVR4-M 2.0~ ± ± 9.0 lease refer to the Electrical Characteristics Table TVR20-M 6.8~25.2.0±0.02 ± 26.5 If short lead (cut lead) is requested, 3.5± 0.5mm is the suggested dimension of C.

3 Electrical Characteristics 05mm Series art No. Varistor ma DC) Continuous Clamping Surge Current Nominal Discharge Current * Rated ower Energy (/00µs) Dimension V ma V AC(rms) V DC V I Imax In max Tmin Tmax (V) (V) (V) (V) (A) (A) (A) () (J) (mm) TVR0520-M 200 (80~220) TVR0522-M 220 (98~242) TVR0524-M 240 (26~264) TVR0527-M 270 (243~297) TVR0530-M 300 (270~330) TVR0533-M 330 (297~363) TVR0536-M 360 (324~396) TVR0539-M 390 (35~429) TVR0543-M 430 (387~473) TVR0547-M 470 (423~57) TVR055-M 5 (459~56) TVR0556-M 560 (504~66) TVR0562-M 620 (558~682) Note: *: Nominal discharge current is the specification defined in UL 449 and uses 8/20µs current waveform to test the varistor. ±.0

4 07mm Series art No. Varistor ma DC) Continuous Clamping Surge Current Nominal Discharge Current * Rated ower Energy (/00µs) Dimension V ma V AC(rms) V DC V I Imax In max Tmin Tmax (V) (V) (V) (V) (A) (A) (A) () (J) (mm) ±.0 TVR0720-M 200 (80~220) TVR0722-M 220 (98~242) TVR0724-M 240 (26~264) TVR0727-M 270 (243~297) TVR0730-M 300 (270~330) TVR0733-M 330 (297~363) TVR0736-M 360 (324~396) TVR0739-M 390 (35~429) TVR0743-M 430 (387~473) TVR0747-M 470 (423~57) TVR075-M 5 (459~56) TVR0756-M 560 (504~66) TVR0762-M 620 (558~682) TVR0768-M 680 (62~748) TVR0775-M 750 (675~825) Note: *: Nominal discharge current is the specification defined in UL 449 and uses 8/20µs current waveform to test the varistor.

5 mm Series art No. Varistor ma DC) Continuous Clamping Surge Current Nominal Discharge Current * Rated ower Energy (/00µs) Dimension V ma V AC(rms) V DC V I Imax In max Tmin Tmax (V) (V) (V) (V) (A) (A) (A) () (J) (mm) TVR20-M 200 (80~220) TVR22-M 220 (98~242) TVR24-M 240 (26~264) TVR27-M 270 (243~297) TVR30-M 300 (270~330) TVR33-M 330 (297~363) TVR36-M 360 (324~396) TVR39-M 390 (35~429) TVR43-M 430 (387~473) TVR47-M 470 (423~57) TVR5-M 5 (459~56) TVR56-M 560 (504~66) TVR62-M 620 (558~682) TVR68-M 680 (62~748) TVR75-M 750 (675~825) Note: *: Nominal discharge current is the specification defined in UL 449 and uses 8/20µs current waveform to test the varistor. ±.0

6 4mm Series art No. Varistor ma DC) Continuous Clamping Surge Current Nominal Discharge Current * Rated ower Energy (/00µs) Dimension V ma V AC(rms) V DC V I Imax In max Tmin Tmax (V) (V) (V) (V) (A) (A) (A) () (J) (mm) TVR420-M 200 (80~220) TVR422-M 220 (98~242) TVR424-M 240 (26~264) TVR427-M 270 (243~297) TVR430-M 300 (270~330) TVR433-M 330 (297~363) TVR436-M 360 (324~396) TVR439-M 390 (35~429) TVR443-M 430 (387~473) TVR447-M 470 (423~57) TVR45-M 5 (459~56) TVR456-M 560 (504~66) TVR462-M 620 (558~682) TVR468-M 680 (62~748) TVR475-M 750 (675~825) Note: *: Nominal discharge current is the specification defined in UL 449 and uses 8/20µs current waveform to test the varistor. ±.0

7 20mm Series art No. Varistor ma DC) Continuous Clamping Surge Current Nominal Discharge Current * Rated ower Energy (/00µs) Dimension V ma V AC(rms) V DC V I Imax In max Tmin Tmax (V) (V) (V) (V) (A) (A) (A) () (J) (mm) TVR2020-M 200 (80~220) TVR2022-M 220 (98~242) TVR2024-M 240 (26~264) TVR2027-M 270 (243~297) TVR2030-M 300 (270~330) TVR2033-M 330 (297~363) TVR2036-M 360 (324~396) TVR2039-M 390 (35~429) TVR2043-M 430 (387~473) TVR2047-M 470 (423~57) TVR205-M 5 (459~56) TVR2056-M 560 (504~66) TVR2062-M 620 (558~682) TVR2068-M 680 (62~748) TVR2075-M 750 (675~825) Note: *: Nominal discharge current is the specification defined in UL rd and uses 8/20µs current waveform to test the varistor. ±.0

8 Safety Approvals Agency Certified Model No. UL449 & cul EN/IEC 65 E GB/T GB/T CQC CQC TVR0520-M TVR0522-M TVR0524-M TVR0527-M TVR0530-M TVR0533-M TVR0536-M TVR0539-M TVR0543-M TVR0547-M TVR055-M TVR0556-M TVR0562-M TVR0720-M TVR0722-M TVR0724-M TVR0727-M TVR0730-M TVR0733-M TVR0736-M TVR0739-M TVR0743-M TVR0747-M TVR075-M TVR0756-M TVR0762-M TVR0768-M TVR0775-M

9 Agency Certified Model No. UL449 & cul EN/IEC 65 E IEC Annex Q GB/T GB/T CQC CQC TVR20-M TVR22-M TVR24-M TVR27-M TVR30-M TVR33-M TVR36-M TVR39-M GB GB CQC CQC TVR43-M TVR47-M TVR5-M TVR56-M TVR62-M TVR68-M TVR75-M TVR420-M TVR422-M TVR424-M TVR427-M TVR430-M TVR433-M TVR436-M TVR439-M TVR443-M TVR447-M TVR45-M TVR456-M TVR462-M TVR468-M TVR475-M

10 Agency Certified Model No. UL449 & cul EN/IEC 65 E IEC Annex Q GB/T GB/T CQC CQC TVR2020-M TVR2022-M TVR2024-M TVR2027-M TVR2030-M TVR2033-M TVR2036-M TVR2039-M GB GB CQC CQC TVR2043-M TVR2047-M TVR205-M TVR2056-M TVR2062-M TVR2068-M TVR2075-M

11 ower Derating Curve Surge Current Standard aveform Example: 8/20µs: : Tr= 8 8µs Td= = 20µs ower Rating (%) 0 Current (%) Leading edge Trailing edge Imax LCT=-40 LUT=25 50 Ambient temperature ( ) 0 Tr Time Td Surge Current Derating Curves TVR0520-M ~ TVR0575-M TVR0720-M ~ TVR0775-M Surge Current (A) Surge Current (A) Td (µs) Td (µs)

12 Surge Current Derating Curves 000 TVR20-M ~ TVR75-M 000 TVR420-M ~ TVR475-M Surge Current (A) Surge Current (A) Td (µs) Td (µs) TVR2020-M ~ TVR2075-M Td (µs)

13 Leakage Current and Clamping Curves 000 Leakage Current and Clamping Curves (TVR0520-M to TVR0575-M) Clamping (V) 00 0 Leakage Current TVR0575-M TVR0568-M TVR0562-M TVR0556-M TVR055-M TVR0547-M TVR0543-M TVR0539-M TVR0536-M TVR0533-M TVR0530-M TVR0527-M TVR0524-M TVR0522-M TVR0520-M Current (A) 000 Leakage Current and Clamping Curves (TVR0720-M to TVR0775-M) (V) 00 0 Leakage Current Clamping TVR0775-M TVR0768-M TVR0762-M TVR0756-M TVR075-M TVR0747-M TVR0743-M TVR0739-M TVR0736-M TVR0733-M TVR0730-M TVR0727-M TVR0724-M TVR0722-M TVR0720-M Current (A)

14 Leakage Current and Clamping Curves 000 Leakage Current and Clamping Curves (TVR20-M to TVR75-M) (V) 00 0 Leakage Current Clamping TVR75-M TVR68-M TVR62-M TVR56-M TVR5-M TVR47-M TVR43-M TVR39-M TVR36-M TVR33-M TVR30-M TVR27-M TVR24-M TVR22-M TVR20-M Current (A) 000 Leakage Current and Clamping Curves (TVR420-M to TVR475-M) Clamping (V) 00 Leakage Current TVR475-M TVR468-M TVR462-M TVR456-M TVR45-M TVR447-M TVR443-M TVR439-M TVR436-M TVR433-M TVR430-M TVR427-M TVR424-M TVR422-M Current (A)

15 Leakage Current and Clamping Curves 000 Leakage Current and Clamping Curves (TVR2020-M to TVR2075-M) Clamping (V) 00 0 Leakage Current TVR2075-M TVR2068-M TVR2062-M TVR2056-M TVR205-M TVR2047-M TVR2043-M TVR2039-M TVR2036-M TVR2033-M TVR2030-M TVR2027-M TVR2024-M TVR2022-M TVR2020-M Current (A)

16 Soldering Recommendation ave Soldering rofile reheating Soldering Cooling 260 max. Temperature 30±20 Note Note 2 Note 3 Note : (~3 )/sec Note 2: Approx. 200 /sec Note 3: 5 /sec. (Max) Tamb 30~90 sec. < sec. < sec. Time Recommended Reworking Conditions with Soldering Iron Item Temperature of Soldering Iron-tip Soldering Time Distance from Varistor Conditions 360 (max.) 3 sec (max.) 2 mm (min.)

17 Reliability Item Standard Test conditions / Methods Specifications Gradually apply the specified force and keep the unit fixed for ± sec. Tensile Strength of Terminals IEC Terminal diameter Force (mm) (Kg) 0.5<d <d V ma/v ma 5% No visible damage Bending Strength of Terminals IEC Hold specimen and apply the force specified below to each lead. Bend the specimen to 90, then return to the original position. Repeat the procedure in the opposite direction. Terminal diameter Force (mm) (Kg) 0.5<d <d.25.0 V ma/v ma 5% No visible damage Vibration IEC 65- Solderability IEC Resistance to Soldering Heat High Temperature Storage Damp Heat, Steady State IEC IEC IEC Frequency range: -55 Hz Amplitude: 0.75mm or 98 m/s 2 Direction: 3 mutually perpendicular directions, 2 hrs each 245±3, 3±0.3 sec 260±3, ± sec, (5±0.5 sec for TVR05 ) 50±3 x 00± 24 hrs a. 40±2, 90 ~ 95 % RH, 344 hrs b. 40±2, 90 ~ 95 % RH, at %Vdc, 344 hrs The conditions shown below shall be repeated,000 cycles V ma/v ma 5% No visible damage At least 95% of terminal electrode is covered by new solder V ma/v ma 5% No visible damage V ma/v ma 5% No visible damage V ma/v ma 5% No visible damage Insulation Resistance 0MΩ Rapid Change of Temperature IEC Step Temperature ( ) eriod (minutes) -40±3 30±3 2 Room temperature 5±3 3 25±2 30±3 4 Room temperature 5±3 V ma/v ma 5% No visible damage Endurance at Upper Category Temperature 8/20µs Surge Life MIL-STD-202 Method 8 IEC 65-25±2, 00±24 hrs at V DC or V rms ( Continuous ) 8/20µs waveform, surge currents, unipolar, interval 30 secs, amplitude corresponding to max. surge current derating curves for 20µs. V ma/v ma % No visible damage V ma/v ma % No visible damage /00µs Surge Life IEC 65- /00µs waveform, surge currents, unipolar, interval 2mins, amplitude corresponding to max. surge current derating curves for 00µs. V ma/v ma % No visible damage roof IEC 65- Metal balls method,00 Vac min No visible damage Varistor Temp. Coefficient Specification Standard V ma@25 V V ma@25 ma@25 0 0%(%/ C), V ma@ 40 V V ma@25 ma@25 0%(%/ C) TC 0.05 (%/ )

18 ackaging Taping Specification L Type (Straight Lead) F H H d 2 0 L 0 D0 Figure A Figure B Figure C h h p p F H H d 2 0 L 0 D0 Figure D Figure E T Taping Code A ( 0:2.7) E ( 0:5.0) Body Size 0 F H H d 0 2 h L D 0 T ±0.3 ± ± ±0.7 +2/-0 ±0.02 ± +0.75/ -0.5 Max +/ -0.5 ±0.2 ± D D A B B C D D D E E Figure

19 F Type (Y Kink Lead) F H d 2 H0 0 L 0 D0 Figure A Figure B Figure C h h p p F H d 2 H0 0 L 0 D0 Figure D Figure E T (Unit: mm) Taping Code A ( 0:2.7) E ( 0:5.0) Body Size 0 F H 0 H d 0 2 h L D 0 T ±0.3 ± ± ±0.7 ±0.5 ±0.02 ± +0.75/ -0.5 Max +/ -0.5 ±0.2 ± D D A B B C D D D E E Figure (Unit: mm)

20 Quantity Bulk acking Series Straight Lead Type Quantity (pcs/bag) Cut Lead Type Quantity (pcs/bag) Kink Type Quantity (pcs/bag) TVR05-M TVR07-M TVR-M TVR4-M TVR20-M Box acking: 20~47:400pcs 5 ~62:350pcs 68 ~75:300pcs Reel acking Series A (mm) Quantity (pcs/reel) TVR05(20~39)-M,500 TVR05(43~62)-M,000 TVR07(20~39)-M,500 TVR07(43~75)-M 46,000 TVR(20~75)-M,000 TVR4(20~39)-M 750 TVR4(43~75)-M 500 TVR20(20~68)-M TVR2075-M 250 (Unit: mm)

21 Ammo acking Series Quantity (pcs/box) TVR05(20~39)-M,000 TVR05(43~47)-M,200 TVR05(5~62)-M,000 TVR07(20~75)-M,000 TVR(20~36)-M 750 TVR(39~62)-M 500 TVR(68~75)-M 400 TVR4(20~27)-M 500 TVR4(30~75)-M 250 TVR20(20~75)-M 250 Series ±5 L±5 H±5 TVR05 ~ TVR20-M (Unit: mm) arehouse Storage Conditions of roducts Storage Conditions:. Storage Temperature: - ~ Relative Humidity: 75%RH 3. Keep away from corrosive atmosphere and sunlight. eriod of Storage: year