QL5820-33BPQ208I Datasheet| 0 Item | Symbol | Condition | mm | typ | max | Unit | | | I(1B() | VCf3 = 80V, IF:= O . | | | 100 | A | | Co)lector cutoff current | ICF:O | VCF! = 40V, li3 = 0 | | | 100 | A | | Emitter:cutoff current : :. . | IF:li() | VI.:B = 6V, Ic = O | | | 100 | A | | iCollector-emitter voltage | VCF() - | IL - 25mA, .If3 = 0. . | 60 | | | V | | ;DC current gain ' | hrF | VCF-.=4V, Ic=0:5A . . | 500 | | 2500- | | | CoUector-emitter saturation voltage | VCI.: tsat) | ii JC -.2A, IB = 0.05A | | | 1 | V | | Transition frequency . | fT | VCF:= 12V, Ic:= 0.2A, f=.lOMHz | | ' 50 | | MHz | | | | | | | |
QL5820-33BPQ208I Price| Characteristic | Symbol | Test Condition | Min | Typ | Max | Unit | | Collector-Base breakdown voltage | BVCBO | Ic=-50LiAt IE=O | -15 | | | V | | Collector-Emitter breakdown voltage | BVCEO | Ic=-lmAt IB=O | -12 | | | V | | Emitter-Base breakdown voltage | BVEBO | IE=-50yA, Ic=O | -5 | | | V | | Collector cut-off current | ICBO | VCB=-12V, IE=O | | | -1 | UA | | Emitter cut-off current | IEBO | VEB=-5V, IC=O | | | -1 | yA | | | hFEl | VCE=-2V, Ic=-500mA | 160 | | 320 | | | DC current gain | hFEZ | VCE=-2V, Ic=-3A | 40 | | | | | Collector-Emitter on voltage | VCE(satl) | Ic=-3A, IB=-150mA | | | -0.5 | V | | Base-Emitter on voltage | VBE(sat) | Ic=-3A, IB=-150mA | | | -1.2 | V | | Transition frequency | fT | VCB=-5V, Ic=-500mA | | 150 | | MHz | | Collector output capacitance | Cob | VCB=-10V, IE=O, f=lMHz | | | 50 | pF | | | | | | | |
QL5820-33BPQ208I on stock The AMD-K5 processor implements write allocate by providing a global write allocate enable bit, three range-protection enable bits, and two memory range registers. The global write allocate enable bit is accessed using the Hardware Configuration Register (HWCR). The memory range registers and range enable bits are programmed by read/write MSR instructions. | Parameter | Symbol | Conditions | Rating | Unit | | PD Reverse voltage | VPD | VSS=OV | 20 | V | | PD Reverse current (CW) | lr | | 4 | mA | | PD Forward current (CW) | If | | 2 | mA | | Power supply voltage | VDD | VSS=OV | 07 | V | | Operating case temperature | Tc | | -40}85 | oC | | Storage temperature | Tstg | | -40}85 | oC | | | | | |
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