SUP60N06-14 Datasheet| _ VS=+5V | | | | | | | | | | Ay=+2 - R, =1Enn | | | | | | | | | | - nL- | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | j | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | J | | r | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |
SUP60N06-14 Price| -Steady State Value -RthjC = 0.3 K[W | | | | | _(DC Ooeration) | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | 80Pc(R | 1 | }S | | | | | | | | | | | | | | | | | | | | |
SUP60N06-14 on stock| IF{AV} Max average forward current | 3 0 | A | 1 phase operation, 1800 conduction. TL : 1250C. lead length 9.5 mm {0.375 in.i | | IFSM Max peak one-cycle non | 143 | A | Half cycle 50 Hz sine | | fepetitive surge current | 150 | or 6 ms rectang:l;'rn:u7saeve iFo'alow'ng anV ratPd load condition and with orl5 mscrectangularnpulsee rated VRRM applied | | 170 | Half cycla 50 Hz sine wave Following an\' rated or 6 ms rectangular pulse load condition and with | | 1 78 | Half cycle 60 Hz sine wave VRRM applied follow or 5 ms rectangular pulse ing surge -. O | | 12t Max 12t for fusing | 103 | | t : 10 ms With ratad VRRM applied following | | 94 | t : 8 3 ms surge, initial Tj : 1750C | | Max 12t for individual | 146 | A2s | t : 10 ms ith VRRM : O following surge. | | device fusing | 1 33 | t : 8.3 ms initial Tj : 1750C | | 12i Max. i2 JI-for individual device fusing Oi | 1450 | A2i | t - 0 1 t0 10 ms, VRRM : O following surge. | | VFM Max peak forward voltage | 1 0 | V | IF(AVJ : 3A {9.4A peak); Tj : 250C. | | IR[AV) Max. average reverse current | 0 3 | mA | Max. rated IFtAV). VRRM and TL : loOoc . [Q : 9.5 mm (0.375 in.)J | | | | |
| | | | Ratings | | | Parameter | Symbol | Conditions | min | typ | max | U nit | | High-Ievel output voltage | VOH1 | lo = 2 mA, BCK, FCK, BLOCK, FLOCK, CRC4, CLK16DATA | VDD - 0.4 | | | V | | VOH2 | lo = 4 mA, INT, RDY, DREQ, DO to D15 | VDD - 0.4 | | | V | | | VOL1 | lo = 2 mA, Pins for which VOHl applies | | | 0 4 | V | | Low-Ievel output voltage | VOL2 | lo = 4 mA, Pins for which VOH2 applies | | | 0 4 | V | | VOL3 | lo = 2 mA, DO, INT | | | 0 4 | V | | High-Ievel input current | IIH1 | VIN = 5.5 V, AO/CL, A1/CE, A2/DI, RST, STNBY | | | 1 0 | UA | | IIH2 | VIN = VDDD, All input pins other than IIH1 | | | 1 0 | UA | | Low-Ievel input current | IIL | VIN = VSSD, All input pins | | | -1.0 | UA | | Input resistance | Rmpx | MPXIN - Vssa f = 100 kHz | | 50 | | k | | Reference supply voltage output | Vref | Vref, Vdda = 5 V | | 2 5 | | V | | Bandpass filter center frequency | Fe | FLOUT | | 76 0 | | kHz | | -3 dB bandwidth | Fbw | FLOUT | | 19 0 | | kHz | | Group delay | Dgd | FLOUT | -7.5 | | +7.5 | ps | | Gain | Gain | FLOUT - MPXIN f= 76 kHz | | 20 | | dB | | | ATT1 | FLOUT f = 50 kHz | 25 | | | dB | | ATT2 | FLOUT f = 100 kHz | 15 | | | dB | | Stop band attenuation | ATT3 | FLOUTf= 30 kHz | 50 | | | dB | | ATT4 | FLOUT f = 150 kHz | 50 | | | dB | | Output oft leakage current | IOFF | VO= VDDD, DO | | | 5 0 | UA | | Hysteresis voltage | VHIS | AO/CL, A1/CE, A2/DI, A3, CS, RD, WR, DACK, IOCNTl, IOCNT2, RST, STNBY | | 0.1 VDDD | | V | | Internal feedback resistor | Rf | XIN, XOUT | | 1 0 | | M | | Current drain | IDD | | | 18 | 25 | mA | | | | | | | |
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