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SKO8 Datasheet

SYMBOL PARAMETER CONDITIONS MIN TYP MAX UNIT
lstab stabilized current VS = 12 V; Vout = 0 t0 10 V; Rexternai = infinity 10 15 20
lsupply supply current Vs = 12 V; Vout = 0 t0 10 V; lstab = 15 0q 240 370
VS = 75 V; Vout = 0 V; lstab = 15 0q 1.5 2.2 mA
Cilstab lstab stability of stabilized current as a function of Vcontrol Vout = 1 t0 10 V; Vs = 12 V; Tamb = 25 IC 0.5 1 %
cljl s t a b Cil x~stab stability of stabilized current as a function of temperature Vout = 1 V; VS = 12 V; Tamb = -55 to +150 IC 0.15 0.3 %


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Input Overvoltage Protection The maximum input differential voltage that can be applied to the SSM2275/SSM2475 is +7 V. A pair ofinternal back-to-back Zener diodes are connected across the input terminals. This prevents emitter-base junction breakdown from occurring to the input transistors, Ql and Q2, when very large differential volt- ages are applied. If the device's differential voltage could exceed
SKO8 on stock
Jumper JU3 sets the charging current limit (current to the battery). A shunt across this jumper limits the output current t0 2A. With the shunt removed, a resistor-divider formed by R5 and R6 sets the current. The EV kit comes with the resistors selected for a lA current limit.

F lter designation FR^S5NFSA-O75K F-o L
Rated inout AC voltage (V) 200 - 240V (+10% -15%)
Rated input/output current (A) 14 (100% load)
Overload capacitli 150% load lmin, 200% loarJ is
Leakaae current (mA) (500Hz) 4,5
Electric strength AC2000V 1minute, AC2400V 5 seconds
Surge 5000V 1.2 p s peak, 50 p s (5 timesJ
Ambient temparature -10 t0 50 0C
Environmental Storaga temperature -20 t0 650C
Condition Ambient humidity 900h RH or lass (without dew condensing)
Curve 'A' (industrial) with 5m output cable
Mains conducted performance (at 14.5kHz) Curve 'B' (residential) with lm output cable