5W Transient Suppressor.5KE-HF Series Stand-off : 6.8 ~ 6V Power Dissipation: 5 Watts RoHS Device Halogen Free Features -Glass passivated chip. -Low leakage. -5W peak pulse power capability with a /μs waveform, repetitive rate (duty cycle):.%. -Uni and Bidirectional unit. -Excellent clamping capability. -Very fast response time. Mechanical Data -Case: Molded plastic DO-2 -Epoxy: UL 94V- rate flame retardant -Terminals: Axial leads, solderable per MIL-STD-22, Method 28 guranteed -Polarity: Color band denotes cathode end except Bipolar -Mounting position: Any -Approx. weight:.844 grams.29(5.3) DIA..89(4.79) DIA..42(.7) DIA..38(.97) DIA. DO-2.(25.4) Min..375(9.53).285(7.24).(25.4) Min. Dimensions in inches and (millimeter) Ratings and Electrical Characteristics (TA=25 C unless otherwise noted) Symbol Parameter Value Unit Peak power dissipation with a /μs waveform (Note ) PPP 5 W Peak pulse current with a / μs waveform (Note ) IPP See Next Table A Power dissipation on infinite heatsink at TL=75 C PD 6.5 W Peak forward surge current, 8.3ms single half sine-wave unidirectional only (JEDEC method) (Note 2) IFSM 2 A instantaneous forward voltage at A for unidirectional only(note 3) VF 3.5/5. V Operating junction and storage temperature range TJ, TSTG -55 to +5 C NTOES: () Non-repetitive current pulse, per fig.5 and derated above TA=25 C per fig. (2) Measured on 8.3ms single half sine-wave or equivalent square wave, equare wave, duty cycle=4 pulses per minute maximum (3) VF<3.5V for devices of VBR<2V and VF<5.V for devices of VBR>2V QW-JTV6 Page
5W Transient Suppressor RATING AND CHARACTERISTIC CURVES (.5KE6.8-HF Thru..5KE6-HF ) Fig.- Pulse Derating Curve Fig.2- Steady State Power Derating Curve 8. Peak Pulse Derating in % of Peak Power or Current (%) 8 6 4 2 Steady State Power Dissipation, (W) 7. 6. 5. 4. 3. 2.. 25 5 75 25 5 75 Ambient Temperature, TA ( C) 25 5 75 25 5 75 2 Lead Temperature, TL ( C) Fig.3- Max. Non-repetitive Surge Current Fig.4- Typical Junction Capacitance Peak Forward Surge Current, (A) 2 6 2 8 4 8.3ms single half sine-wave TJ = TJ max. Junction Capacitance, CJ (pf) Uni-directional @VRWM Bi-directional @zero bias Bi-directional @ VRWM Uni-directional @zero bias Number of Cycles at 6Hz TJ=25 C f=.mhz Breakdown, VBR (V) Fig.5- Pulse Waveform Fig.6- Peak Pulse Power Rating Curve Peak Pulse Current, (%) 25 75 5 25 Tr = μs Peak value IPP TJ = 25 C Pulse width (td) is defined as the point where the peak current decays to 5% of IPP Half value = IPP/2 /μs. Waveform as defined by R.E.A. Peak Power (kw) td 2 3 4.. Time, (ms) Pulse Width, td (μs) QW-JTV6 Page 2
5W Transient Suppressor Electrical Characteristics (.5KE6.8-HF Thru..5KE6-HF) Part No. QW-JTV6 MIN.(V) Breakdown VBR (V) @ IT MAX.(V) IT(mA) Working Peak VRWM (V) Leakage at VRWM IR (ua) Surge Current IPP(A) Clamping.5KE6.8(C)-HF 6.2 7.48 5.5 38.89.8.5KE6.8(C)A-HF 6.46 7.4 5.8 42.86.5.5KE7.5(C)-HF 6.75 8.25 6. 5 28.2.7.5KE7.5(C)A-HF 7.3 7.88 6.4 5 32.74.3.5KE8.2(C)-HF 7.38 9.2 6.6 2 2. 2.5.5KE8.2(C)A-HF 7.79 8.6 7. 2 23.97 2..5KE9.(C)-HF 8.9.. 7.4 5 8.7 3.8.5KE9.(C)A-HF 8.65 9.56. 7.8 5.94 3.4.5KE(C)-HF 9... 8.. 5..5KE(C)A-HF 9.5.5. 8.6 3.45 4.5.5KE(C)-HF 9.9 2.. 8.9 5. 92.59 6.2.5KE(C)A-HF.45.55. 9.4 5. 96.5 5.6.5KE2(C)-HF.8 3.2. 9.7 5. 86.7 7.3.5KE2(C)A-HF.4 2.6..2 5. 89.82 6.7.5KE3(C)-HF.7 4.3..5 5. 78.95 9..5KE3(C)A-HF 2.35 3.65.. 5. 82.42 8.2.5KE5(C)-HF 3.5 6.5. 2. 5. 68.8 22..5KE5(C)A-HF 4.25 5.75. 2.8 5. 7.75 2.2.5KE6(C)-HF 4.4 7.6. 2.9 5. 63.83 23.5.5KE6(C)A-HF 5.2 6.8. 3.6 5. 66.67 22.5.5KE8(C)-HF 6.2 9.8. 4.5 5. 56.6 26.5.5KE8(C)A-HF 7. 8.9. 5.3 5. 59.52 25.2.5KE2(C)-HF 8. 22.. 6.2 5. 5.55 29..5KE2(C)A-HF 9. 2.. 7. 5. 54.5 27.7.5KE22(C)-HF 9.8 24.2. 7.8 5. 47.2 3.9.5KE22(C)A-HF 2.9 23.. 8.8 5. 49.2 3.6.5KE24(C)-HF 2.6 26.4. 9.4 5. 43.23 34.7.5KE24(C)A-HF 22.8 25.2. 2.5 5. 45.8 33.2.5KE27(C)-HF 24.3 29.7. 2.8 5. 38.36 39..5KE27(C)A-HF 25.65 28.35. 23. 5. 4. 37.5.5KE3(C)-HF 27. 33.. 24.3 5. 34.48 43.5.5KE3(C)A-HF 28.5 3.5. 25.6 5. 36.23 4.4.5KE33(C)-HF 29.7 36.3. 26.8 5. 3.45 47.7.5KE33(C)A-HF 3.35 34.65. 28.2 5. 32.82 45.7.5KE36(C)-HF 32.4 39.6. 29. 5. 28.85 52..5KE36(C)A-HF 34.2 37.8. 3.8 5. 3.6 49.9.5KE39(C)-HF 35. 42.9. 3.6 5. 26.6 56.4.5KE39(C)A-HF 37.5 4.95. 33.3 5. 27.83 53.9.5KE43(C)-HF 38.7 47.3. 34.8 5. 24.23 6.9.5KE43(C)A-HF 4.85 45.5. 36.8 5. 25.3 59.3.5KE47(C)-HF 42.3 5.7. 38. 5. 22.2 67.8.5KE47(C)A-HF 44.65 49.35. 4.2 5. 23.5 64.8.5KE5(C)-HF 45.9 56.. 4.3 5. 2.4 73.5.5KE5(C)A-HF 48.45 53.55. 43.6 5. 2.4 7..5KE56(C)-HF 5.4 6.6. 45.4 5. 8.63 8.5.5KE56(C)A-HF 53.2 58.8. 47.8 5. 9.48 77..5KE62(C)-HF 55.8 68.2. 5.2 5. 6.85 89..5KE62(C)A-HF 58.9 65.. 53. 5. 7.65 85. Vc(V) UNI.5KE6.8.5KE6.8A.5KE7.5.5KE7.5A.5KE8.2.5KE8.2A.5KE9..5KE9.A.5KE.5KEA.5KE.5KEA.5KE2.5KE2A.5KE3.5KE3A.5KE5.5KE5A.5KE6.5KE6A.5KE8.5KE8A.5KE2.5KE2A.5KE22.5KE22A.5KE24.5KE24A.5KE27.5KE27A.5KE3.5KE3A.5KE33.5KE33A.5KE36.5KE36A.5KE39.5KE39A.5KE43.5KE43A.5KE47.5KE47A.5KE5.5KE5A.5KE56.5KE56A.5KE62.5KE62A Marking Code BI.5KE6.8C.5KE6.8CA.5KE7.5C.5KE7.5CA.5KE8.2C.5KE8.2CA.5KE9.C.5KE9.CA.5KEC.5KECA.5KEC.5KECA.5KE2C.5KE2CA.5KE3C.5KE3CA.5KE5C.5KE5CA.5KE6C.5KE6CA.5KE8C.5KE8CA.5KE2C.5KE2CA.5KE22C.5KE22CA.5KE24C.5KE24CA.5KE27C.5KE27CA.5KE3C.5KE3CA.5KE33C.5KE33CA.5KE36C.5KE36CA.5KE39C.5KE39CA.5KE43C.5KE43CA.5KE47C.5KE47CA.5KE5C.5KE5CA.5KE56C.5KE56CA.5KE62C.5KE62CA Page 3
5W Transient Suppressor Electrical Characteristics (.5KE6.8-HF Thru..5KE6-HF) Part No..5KE68(C)-HF.5KE68(C)A-HF.5KE75(C)-HF.5KE75(C)A-HF QW-JTV6 MIN.(V) 6.2 64.6 67.5 7.25 Breakdown VBR (V) @ IT MAX.(V) 74.8 7.4 82.5 78.75 IT(mA) Working Peak VRWM (V) Leakage at VRWM IR (ua).5ke82(c)-hf 73.8 9.2. 66.4 5..5KE82(C)A-HF 77.9 86.. 7. 5..5KE9(C)-HF 8.9.. 73.7 5..5KE9(C)A-HF 86.45 95.55. 77.8 5..... Surge Current IPP(A) 5.3 6.3 3.89 4.56 Clamping Vc(V).5KE(C)-HF 9... 8. 5..42 44..5KE(C)A-HF 95. 5.. 85.5 5..95 37..5KE(C)-HF 99. 2.. 89.2 5. 9.49 58..5KE(C)A-HF 4.5 5.5. 94. 5. 9.87 52..5KE2(C)-HF 8. 32.. 97.2 5. 8.67 73..5KE2(C)A-HF 4. 26.. 2. 5. 9.9 65..5KE3(C)-HF 7. 43.. 5. 5. 8.2 87..5KE3(C)A-HF 23.5 36.5.. 5. 8.38 79..5KE5(C)-HF 35. 65.. 2. 5. 6.98 25..5KE5(C)A-HF 42.5 57.5. 28. 5. 7.25 27..5KE6(C)-HF 44. 76.. 3. 5. 6.52 23..5KE6(C)A-HF 52. 68.. 36. 5. 6.85 29..5KE7(C)-HF 53. 87.. 38. 5. 6.5 244..5KE7(C)A-HF 6.5 78.5. 45. 5. 6.4 234..5KE8(C)-HF 62. 98.. 46. 5. 5.8 258..5KE8(C)A-HF 7. 89.. 54. 5. 6. 246..5KE2(C)-HF 8. 22.. 62. 5. 5.23 287..5KE2(C)A-HF 9. 2.. 7. 5. 5.47 274..5KE22(C)-HF 98. 242.. 75. 5. 4.36 344..5KE22(C)A-HF 29. 23.. 85. 5. 4.57 328..5KE25(C)-HF 225. 275.. 22. 5. 4.7 36..5KE25(C)A-HF 237.5 262.5. 24. 5. 4.36 344..5KE3(C)-HF 27. 33.. 243. 5. 3.49 43..5KE3(C)A-HF 285. 35.. 256. 5. 3.62 44..5KE35(C)-HF 35. 385.. 284.2 5. 2.98 54..5KE35(C)A-HF 332.5 367.5. 299.3 5. 3. 482..5KE38(C)-HF 342. 48.. 38.6 5. 2.74 547.2.5KE38(C)A-HF 36. 399.. 324.9 5. 2.86 524.4.5KE4(C)-HF 36. 44.. 324.8 5. 2.6 574..5KE4(C)A-HF 38. 42.. 342. 5. 2.72 548..5KE44(C)-HF 396. 484.. 357.3 5. 2.37 63..5KE44(C)A-HF 48. 462.. 376.2 5. 2.47 62..5KE5(C)-HF 45. 55.. 46. 5. 2.8 72..5KE5(C)A-HF 475. 525.. 427.5 5. 2.7 69..5KE52(C)-HF 468. 572.. 422.2 5. 2. 748.8.5KE52(C)A-HF 494. 546.. 444.6 5. 2.9 77.6.5KE55(C)-HF 495. 65.. 446.6 5..89 792..5KE55(C)A-HF 522.5 577.5. 47.3 5..98 759..5KE6(C)-HF 54. 66.. 487.2 5..74 864..5KE6(C)A-HF 57. 63.. 53. 5..8 828. 55. 58. 6.7 64. Notes:. Suffix A denotes 5% tolerance devices. Without A denotes % tolerance devices. 2. Add s uffix C or CA after part number to specify bi-directional devices. 3. For bi-directional devices having VR of volts and under, the IR limit is double. 5. 5. 5. 5. 2.7 3.27.45 2. 98. 92. 8. 3. 8. 3. 3. 25. Marking Code UNI BI.5KE68.5KE68C.5KE68A.5KE68CA.5KE75.5KE75C.5KE75A.5KE75CA.5KE82.5KE82C.5KE82A.5KE82CA.5KE9.5KE9C.5KE9A.5KE9CA.5KE.5KEC.5KEA.5KECA.5KE.5KEC.5KEA.5KECA.5KE2.5KE2C.5KE2A.5KE2CA.5KE3.5KE3C.5KE3A.5KE3CA.5KE5.5KE5C.5KE5A.5KE5CA.5KE6.5KE6C.5KE6A.5KE6CA.5KE7.5KE7C.5KE7A.5KE7CA.5KE8.5KE8C.5KE8A.5KE8CA.5KE2.5KE2C.5KE2A.5KE2CA.5KE22.5KE22C.5KE22A.5KE22CA.5KE25.5KE25C.5KE25A.5KE25CA.5KE3.5KE3C.5KE3A.5KE3CA.5KE35.5KE35C.5KE35A.5KE35CA.5KE38.5KE38C.5KE38A.5KE38CA.5KE4.5KE4C.5KE4A.5KE4CA.5KE44.5KE44C.5KE44A.5KE44CA.5KE5.5KE5C.5KE5A.5KE5CA.5KE52.5KE52C.5KE52A.5KE52CA.5KE55.5KE55C.5KE55A.5KE55CA.5KE6.5KE6C.5KE6A.5KE6CA Page 4
5W Transient Suppressor Taping Specification For Axial Lead Diodes E A Z 9 ± 5 L B L2 E T Do W D L H D W SYMBOL A B Z T E L L2 DO-2 (mm). ±.5 52. ±.5.2 (max) 6. ±.4. (max). (max). (max) (inch).394 ±.2 2.47 ±.2.47 (max).236 ±.6.39 (max).39 (max).39 (max) SYMBOL D D D W L W H DO-2 (mm) 85.7 ±.3 6.6 ±.4 33. 72. ± 3. 26. 75. 45. (inch) 3.374 ±.2.654 ±.6 3. 2.835 ±.8.236 2.953 5.79 QW-JTV6 Page 5
5W Transient Suppressor Marking Code Packaging Code Part Number AMMO PACK NA.5KEXXX(C)-G.5KE XXX(C)A-G REEL PACK T.5KE XXX(C)T-G.5KE XXX(C)AT-G BULK PACK B.5KE XXX(C)B-G.5KE XXX(C)AB-G Note: ()Suffix code after part number to specify packaging item. (2)XXX on behalf of serial products. Standard Packaging Case Type REEL REEL PACK Reel Size (inch) DO-2AD,2 3 Case Type BOX AMMO PACK CARTON DO-2AD,, Case Type BOX BULK PACK CARTON DO-2AD 2, QW-JTV6 Page 6