BYX96 PHILIPS | Alldatasheet
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|| BYX96 SERIES PHILIPS INTERNATIONAL SbE D MM 7110826 0041652 173 MMPHIN RECTIFIER DIODES Also available to BS9331-F129 Silicon rectifier diodes in metal envelopes similar to DO-4, intended for use in power rectifier applications. The series consists of the following types: Normal polarity (cathode to stud): BYX96-300 to 1600. Reverse polarity (anode to stud): BYX96-300R to 1600R. QUICK REFERENCE DATA Repetitive peak reverse voltage Varm max. 300 600 1200 1600 VV Average forward current IFIAV) max. 30 A Non-repetitive peak forward current les max. 400A - MECHANICAL DATA Dimensions in mm Fig.1 DO-4: with metric M5 stud (g 5 mm); e.g. BYX96-300(R). Types with 10-32 UNF stud (¢ 4,83 mm) are available on request. These are indicated by the suffix U; e.g. BYX96-300U(RU). alate ‘min 9.3max 4 A 1 1. 26 aan CT) «rei Lbs CJ | # P 138. 1.0 3.9 ra 10.25 L. ‘max ns . _ ng Faced ci70 Supplied with device: 1 nut, 1 lock-washer Nut dimensions across the flats, M5 thread: 8 mm, 10-32 UNF thread: 9.5 mm _ Net mass: 7 g Diameter of clearance hole: max. 5.2 mm Supplied on request: see ACCESSORIES section Torque on nut: min, 0.9 Nm a version with insulated flying leads (9 kg cm) The mark shown applies to normal polarity types. max. 1.7 Nm (17 kg em) April 1984 647
~ FSZLIPS INTERNATIONAL S5bE D MM 7120826 0041653 03T MBPHIN RATINGS Limiting values in accordance with the Absolute Maximum System (IEC 134) Voltages 4 BYX96-300(R) | 600(R) | 1200(R) | 1600(R) Non-repetitive peak reverse voltage (t = 10 ms) VRsM max. 300) 600 1200 1600 Vv Repetitive peak reverse voltage (6 < 0,01) VRRM = max. 300 600 1200/1000 + V Crest working reverse voltage VRwM max. 200 400 B00 800 Vv Continuous reverse voltage VR max. 20) 400 800 sw Currents Average forward current (averaged over any 20 ms period) up to Tmb = 125 °C TE(Ay) max. 30 A R.M.S, forward current TE(RMS) = Max. 480A Repetitive peak forward current IeRM max. 400 A Non-repetitive peak forward current (t = 10 ms; half sine-wave) Tj = 175 °C prior to surge; with reapplied VpwMmax lesm max, 400 A 12¢ for fusing (t = 10 ms) t max. 800 A2s Temperatures Storage temperature Tstg ~85t0+175 °C Junction temperature Tj max. 175 °C THERMAL RESISTANCE From junction to mounting base Rthj-mb = 1,0 °C/W From mounting base to heatsink without heatsink compound Rth mb-h = 0.5 °C/W with heatsink compound Rth mb-h = 0.3 °C/W Transient thermal impedance; t = 1 ms Zth j-mb = 0,2 °C/W J) To ensure thermal stability : Rrj jea £2 °C/W (continuous reverse voltage) or = 8 OC/W (a.c.) For smaller heatsinks Tj m,x should be derated, For a.c, see page 4. For continuous reverse voltage : if Rh j-a = 4 °C/W. then Tj max = 138 °C, if Rth j-a = °C/W, then Tj max = 125 oC.
648 February 1978
== SHILIPS INTERNATIONAL SbE D MM 7120826 oo4yKsy T?b MMPHIN CHARACTERISTICS - orl q Forward voltage Ip = 100 A; Ty = 25 9c Vp < 47 V4 Reverse current VR = VRWMmaxi Tj = 125 °C IR < 1 mA OPERATING NOTES 1, The top connector should neither be bent nor twisted; it should be soldered into the circuit so that there is no strain on it. During soldering the heat conduction to the junction should be kept to a minimum. 2, Where there is a possibility that transients, due to the energy stored in the trans- former, will exceed the maximum permissible non-repetitive peak reverse voltage, see General Section for information on damping circuits. 1) Measured under pulse conditions to avoid excessive dissipation. November 1975 sao
BYX96 | ~ THOL-19 SERIES oe Pk PHILIPS INTERNATIONAL SbE D MM 7110826 OO4L6L55 902 MPHIN 60, ranas4 sag single phase: a = 1,6 tetas) CEH interrelation between the power (derived 3-phase :a=1,75 a= ———'[ TTT | from the left-hand graph) and the maxi- P| 6phase :a=2,4 IF(AV) [-EH{ mum permissible temperatures 7," ER (0 COCO ere ere CONS 2c HEE a= 2u A rey ie Nhe EECCEEee eee A eo EEE NS N28 Coa See 2 Nee HEREC EERE ACR CANE CECE CEE EEE COA ECCI RCN ET ee ee 42 eee Vee HEE SA EEE E EEE RS RCRA COCCI ARR ECP E EECCA aE RA HEEL SNA
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SRO? 4F 47 OSCR Rep 6267 400 See See 47 2P SNA Fay 27 ae SN F206 NS REECE CEE ECE eee ea Oe | e COOTER COOTER EEE N75 0 10 20 Tea (A) 30:25 75 25” 175 FIAV) Tomb (°C) ¥)T;p-scale Is for comparison purposes only and {is correct only for Rth mb-a 6,5 °C/W 650 November 1975
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