Posted by Circuit Negma on June 12, 2008
Created By: Hussein Nosair
VDRM (Peak Off-state Voltage) : Maximum voltage that can be applied while maintaining OFF state.
IDRM (Leakage Current) : Maximum peak OFF-state current measured at VDRM (Peak OFF-state Voltage).
VS (Switching Voltage) : Maximum voltage prior to switching to ON state.
IS MAX (Switching Current) : Maximum current required to switch to ON state.
VT MAX (ON state Voltage) : Maximum voltage measured at rated ON state current.
IH MIN (Holding Current) : Minimum current required to maintain ON state.
CO MIN (Minimum OFF-state Capacitance) : Minimum capacitance measured in OFF state.
CO MAX (Maximum OFF-state Capacitance) : Maximum capacitance measured in OFF state.
IPP (Peak Pulse Current) : Maximum rated peak impulse current.
ITSM (Peak One-cycle Surge Current) : Maximum rated one-cycle AC current.
di/dt MAX (Rate of Rise of Current) : Maximum rated value of the acceptable rate of rise in current over time.
Switch to ON STATE :
V <= VS @ I <= IS MAX
Maintain ON STATE :
Von <= VT MAX @ Ion >= IH MIN
OFF STATE :
V <= VDRM @ I <= IDRM
Posted in Electronics | Tagged: Circuits, Design, Diodes, Electronics, Hardware, Power, Power Electronics, Semiconductor, Solid State | Leave a Comment »
Posted by Circuit Negma on June 12, 2008
Created By: Hussein Nosair
VDRM = maximum repetitive peak-off state voltage
VRRM = maximum repetitive peak reverse voltage
ITGQM = maximum repetitive controlable on-state current
Cs = snubber capacity
IT(RMS) = RMS on-state current
ITAVm = maximum average on-state current (50 Hz half sine wave)
ITSM = maximum surge on-state current, nonrepetitive (50 Hz half sine wave)
(diT/dt)cr = critical rate of rise of on-state current
(dvD/dt)cr = critical rate of rise of off-state voltage
I2t = maximum rated value I2t
VTM = peak on-state voltage
VTO = threshold voltage
rT = slope resistance (on-state)
IGT = gate trigger current
VGT = gate trigger voltage
tGQ = turn-off time
TjM = maximum junction temperature
Tj = junction temperature = TjM unless otherwise indicated
Tc = case temperature
m = mass
Fp = pressure force
Posted in Electronics | Tagged: Circuits, Design, Diodes, Electronics, Hardware, Power, Power Electronics, Semiconductor, Solid State | Leave a Comment »