DATA SHEET METAL OXIDE VARISTORS POWER SUPPLY 05H series

Transcription

1 Product specification February, 209 V.0 DATA SHEET POWER SUPPLY series RoHS compliant & Halogen free

2 2 kb Metal Oxide Varistor (MOV) Data Sheet Features Wide operating voltage (V ma ) range from 8V to 750V Fast responding to transient over-voltage Large absorbing transient energy capability Low clamping ratio and no follow-on current Meets MSL level, per J-STD-020 Operating Temperature:-40 ~ +5 Storage Temperature:-40 ~ +5 Safety certification: UL: E TUV:B CQC: Applications Transistor, diode, IC, thyristor or triac semiconductor protection Surge protection in consumer electronics Surge protection in industrial electronics Surge protection in electronic home appliances, gas and petroleum appliances Relay and electromagnetic valve surge absorption Part Number Code K H Packaging No suffix: Bulk TB: Tape & Box TR: Tape & Reel Lead Shape No suffix: Straight leads O: Outside crimped leads F: Y Kinked leads Varistor Voltage 80: 8V : V Tolerance K: ±% Element Diameter 05=5mm Type H: High temperture Surge Series No suffix: Standard type J: High Surge type Feb., 209 V.0

3 3 Dimensions D D T D T H H H K 3.0 K 3.0 L d L d d F e L d O Type F F Type Table Table 2 Unit: mm Unit: mm Symbol Dimension Model T e Model T e H 5.5~.0 80K 2.03~ K 2.58~ H 7.5~ K 2.~ K 2.66~ L(min.) K 2.22~ K 2.78~ L(min.) K 2.34~ K 2.90~ D 5.5~ K 2.30~ K 3.02~ F(±0.8) K 2.42~ K 3.4~ T Table 2 560K 2.56~ K 3.26~ e(±0.8) Table 2 680K 2.75~ K 3.42~ d(±0.05) K 2.8~ K 3.58~ d(±0.4).2 K 2.28~ K 3.74~ K 2.40~ K 3.94~ K 2.30~ K 4.8~ K 2.42~ K 4.42~ K 2.52~ K 4.67~ Feb., 209 V.0

4 4 Electrical Characteristics Part Number Maximum Allowable Voltage Varistor Voltage Maximum Clamping Voltage Withstanding Surge Current Maximum Energy (/0μs) Rated Power Typical Capacitance (Reference) Standard High Surge V AC(V) V DC(V) V ma(v) I P(A) V C(V) I (A) Standard I (A) High Surge (J) Standard (J) High Surge (pf) 80KH05 80KH05J 4 8(5~2.6) KH05 220KH05J (9.5~26) KH05 270KH05J (24~3) KH05 330KH05J (29.5~36.5) KH05 390KH05J (35~43) KH05 470KH05J (42~52) KH05 560KH05J (50~62) KH05 680KH05J (6~75) KH05 820KH05J (74~90) KH05 KH05J (90~) KH05 KH05J 75 0(8~32) KH05 5KH05J (35~65) KH05 8KH05J (62~98) KH05 20KH05J (80~220) KH05 22KH05J (98~242) KH05 24KH05J (26~264) KH05 27KH05J (243~297) KH05 30KH05J (270~330) KH05 33KH05J (297~363) KH05 36KH05J (324~396) KH05 39KH05J (35~429) KH05 43KH05J (387~473) KH05 47KH05J (423~57) KH05 5KH05J (459~56) KH05 56KH05J (504~66) KH05 62KH05J (558~682) KH05 68KH05J (6~748) KH05 75KH05J (675~825) Notes:. The tolerance of varistor voltage between 8V and 27V is more than %. 2. Leakage Current (@83% of V ma):ir 40μA (80K~680K) IR 20μA (820K~75K) Feb., 209 V.0

5 5 Electrical Ratings Items Test Condition/Description Requirement Varistor Voltage The voltage between two terminals with the specified measuring current ma.dc applied is called Vb. Maximum Allowable Voltage The recommended maximum sine wave voltage (RMS) or the Maximum DC voltage can be applied continuously. Maximum Clamping Voltage The maximum voltage between two terminals with the specification standard impulse current. Applied waveform: 8/20μs Current (%) Crest value 20µs To meet the Specified value 0 8µs Time Impulse Width Rated Wattage The maximum average power that can be applied within the specified ambient temperature. Energy The maximum energy within the varistor voltage change of ±% when one impulse of /0μs or 2ms is applied. Withstanding Surge Current The maximum current within the varistor voltage change of ±% with the standard impulse current (8/20μs) applied one time. Varistor Voltage Temp. Coefficient V ma@5 -V ma@25 V ma@25 %(%/ ) 0.05%/ V ma@-40 -V ma@25 V ma@25 65 %(%/ ) The change of Vb shall be measured after the impulse listed below which is applied,000 times continuously with the interval of ten seconds at room temperature. Surge Life 5Φ series 80K to 680K 820K to 75K A (8/20μs) 20A (8/20μs) Feb., 209 V.0

6 6 Soldering Recommendation Wave Lead Free Soldering Recommendation Preheating Maximum Wave 265 Soldering Cooling Temperature ( ) Time (minutes) 4 Item Conditions Peak Temperature 265 Dipping Time Soldering seconds (max.) time Recommendation Reworking Conditions with Soldering Iron Item Temperature of Soldering Iron-tip Soldering Time Distance from Varistor Conditions 360 (max.) 3 seconds (max.) 2mm (min.) Feb., 209 V.0

7 7 Mechanical Characteristics Items Test conditions / Methods Specifications Tensile Strength of Terminals Gradually applying the force specified and keeping the unit fixed for ± sec. Terminal diameter (mm) 0.5<d <d.25.25<d Force (kg) Bending Strength of Terminals Vibration Solder ability Resistance to Soldering Heat 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 (mm) 0.5<d <d.25.25<d Force (kg) Frequency range: ~55 Hz Amplitude: 0.75mm or 98m/s 2 Direction: 3 mutually perpendicular directions, 2hrs each. Solder Temp: 245±5 Dipping Time: 2±0.5 sec Solder Temp: 260±5 Dipping Time: ± sec At least 95% of terminal electrode is covered by new solder V ma /V ma % Reliability Items Test conditions / Methods Specifications High Temperature Storage Low Temperature Storage Humidity Temperature Cycle Ambient Temp: 5±2 Duration: 0hrs Ambient Temp: -40±2 Duration: 0hrs Ambient Temp: 40±2, 90~95% R.H. Duration: 0hrs The conditions shown below shall be repeated 5 cycles Step Temperature ( ) Period (minutes) -40±3 30±3 2 Room temperature 5±3 3 5±3 30±3 4 Room temperature 5±3 High Temperature Load Damp Heat Load Voltage Proof Ambient Temp: 5±2 Duration: 0hrs Load: Max. Allowable Voltage In AC eara. Ambient Temp: 40±2, 90~95% R.H. Duration: 0hrs Load: Max. Allowable Voltage Metal balls method, 0Vac min.(80k~33k), 500Vac min.(36k~75k) V ma /V ma % V ma /V ma % Feb., 209 V.0

8 8 Power Derating Curve Max. Power Rating (%) 0 LCT=-40 UCT=5 50 Ambient Temperature ( ) Maximum Surge Current Derating Curve 00 80KH05 to 680KH KH05 to 75KH Max. Surge Current (A) Max. Surge Current (A) Td (μs) Td (μs) KH05J to 680KH05J KH05J to 75KH05J Max. Surge Current (A) Max. Surge Current (A) Td (μs) Td (μs) 0 00 Feb., 209 V.0

9 9 Maximum Leakage Current and Maximum Clamping Voltage Curve Feb., 209 V.0

10 Maximum Leakage Current and Maximum Clamping Voltage Curve Feb., 209 V.0

11 Marking Code Brightking Logo 2 Varistor Voltage XXXKHXXX XXX Y UL Accreditation Logo 4 Date Code 5 J is High Surge Code, no J is Standard Surge 6 Varistor Size 7Product Line Code ( Y may be A(a) thru Z(z)) Taping Dimensions Symbol Dimension (mm) P.7±.0 P0.7±0.3 P 3.85±0.7 P2 P h P2 6.35±.3 F 5.0±0.8 B H W2 h 0±2 W 8.0±.0 D0 I P P0 F W0 W W t W0.0±.0 W 9.0±0.5 W2 3.0max H 20.0±2.0 I.0max D0 4.0±0.2 t 0.6±0.3 B 32max Feb., 209 V.0

12 Quantity Packaging Dimensions (Unit: mm) Quantity Bulk 65 Max. 85 Max. 0pcs/bag 2bags/box 245 Max. Tape & Box 500pcs/box (80K~39K) 60 Max. 340 Max. 250 Max. 0pcs/box (43K~75K) Tape & Reel 2000pcs/reel (80K~39K) 60 Max. 365 Max. 365 Max. 55 Max. 30± Φ365 Max. 500pcs/reel (43K~75K) Feb., 209 V.0