BYT12P-600 STMICROELECTRONICS | Alldatasheet
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MICROELECTRONICS BYT 12P-600 — 800 FAST RECOVERY RECTIFIER DIODES ~ a VERY HIGH REVERSE VOLTAGE CAPABILITY a VERY LOW REVERSE RECOVERY TIME = VERY LOW SWITCHING LOSSES = LOW NOISE TURN-OFF SWITCHING S TO220AC SUITABLE APPLICATIONS (Plastic) = FREE WHEELING DIODE IN CONVERTERS AND MOTOR CONTROL CIRCUITS. ABSOLUTE RATINGS (limiting values) [Symbot | Parameter Vatu it [nu | Repaive Peak Forward Gurent [ps toas__| 150 | A_| (Trews, [RMS Forward Curent as Iriav) | Average Forward Current Tease = 100°C A 5=05 | Irsw | Surge non Repeitve Forward Gurent A [P| Power Dissipation [Tease = 100°C | 28 Tw al bol Free em FT |_Vanu | Repetive Peak Reverse Votage ||| |_Vrsu | Non Repetiive PeakReverse Voltage | eto a0 | THERMAL RESISTANCE Parameter [_vatue [oir] June 1989 a) 471
BYT 12P-600 — 800
ELECTRICAL CHARACTERISTICS
[Symbot | __—sTest Conditions | in. ‘| Typ. | Max. | unit | Va = Vaaw re a re ee Ve rs ee ee a RECOVERY CHARACTERISTICS. [Symbol [Test Conditions | in. | Typ. | Max. | unit | 7260 [I=iA det Teas Vawzov | [| 120 | [te=05A In=tA w=o25a [| [0 | TURN -OFF SWITCHING CHARACTERISTICS (Without Series Inductance) [Symbo[ Parameter Min. | Typ. | Max. | Unit | diridt = - 50 Alus Voc = 200V [|| 160 | dieidt =- 100 Aus (coos WH es Giridt = - 50 Alus Tp 100° Seetiguret1 || | 6 | A dir/dt = - 100 Alus [| [7s] | TURN -OFF OVERVOLTAGE COEFFICIENT (With Series Inductance) [Symbol | __——=—Test Conditions | Min. ‘| Typ. | Max. | Unit | gu Var | T= 100°C Voc =150V Ie =Ie(av “Voc | diridt=— 120s Lp = 4uH See Figure 12 Note : Applicable to BYT 12 P-800 only. To evaluate the conduction losses use the following equation : Vr = 1.47 + 0.026 Ir P = 1.47 x Ir(av) + 0.026 Ir“ams) 472
BYT 12P-600 — 800 os PM top [TTT TTT TT Ty] [kT TTT I t HE EEE DA «RES «LTE TTT 4 Pe i LT [be - wow A iil See
8 A ao| NONI OSes ee
TA cewte} "SSSR EE an ote a ———— o 2 4 6 8 410 42 0 0.2 0.4 0.8 0.8 i FIGURE 1: Low frequency power losses FIGURE 2: Peak current versus form versus average current. factor. . “SE = oe 9 eae = eicaieleieie a Se sf SN «>. imap” (eel Eo ios | | id A eT | | so rhs TT AT ys yo ee Ps ae oa 0 | BZ Tease sore HHT TTT, eee TTT | sofe>aoome HHT FE ee TT ets 10° so-d 1 ° 10-4 1073 107 sof 1 FIGURE 3: Non repetitive peak surge FIGURE 4: Thermal impedance versus current versus overlosd pulse width. duration. 30M Per Po) [ps 80 coven pease eae oa asl. ee ee erent | || Pt tN eet | Za l| 20 | S| tees TI EERE) (RH ak ee 20 of 74 = 100 °¢ . aa HHT . | ean Hi} | os (Ps ee “o 10 20 30 40 50 10 102 103 FIGURE 5: Voltage drop versus forward FIGURE 6 : Recovery charge versus dig/dt. current. 473
BYT 12P-600 — 800 Ip DUT Le dig/at lp \\ec VF VRP 7 ‘ec pvt Figure 12 : Turn-off switching characteristics (with series inductance). ‘ 475