SM-high speed
Page 1 - 4 SPECIFICATIONS 2005, rev. Oct. 2010
SM3000
Pro gramming speed
High Speed Ver sion
SM 15-200 D
op tion P104
SM 30-100 D
op tion P031
SM 45-70 D
op tion P105
SM 70-45 D
op tion P032
SM 120-25 D
op tion P106
SM 300-10 D
op tion P061
CV-mode, re sis tive load
Rise time (10 - 90%)
out put volt age step
time, (100 % load)
time, (10 % load)
Fall time (90 - 10%)
out put volt age step
time, (100 % load)
time, (10 % load)
0 → 15 V
0.36 ms
0.26 ms
15 → 0 V
0.37 ms
1.60 ms
0 → 30 V
0.33 ms
0.32 ms
30 → 0 V
0.55 ms
3.50 ms
0 → 45 V
0.50 ms
0.35 ms
45 → 0 V
0.60 ms
5.00 ms
0 → 70 V
0.45 ms
0.30 ms
70 → 0 V
0.67 ms
6.00 ms
0 → 120 V
0.34 ms
0.32 ms
120 → 0 V
0.38 ms
3.50 ms
0 → 300 V
1.00 ms
0.40 ms
300 → 0 V
1.20 ms
11.0 ms
Rip ple @ full load
typ i cal (rms / pp)
5 / 35 mV 15 / 70 mV 20 / 100 mV 30 / 120 mV 30 / 120 mV 60 / 320 mV
Re cov ery time
@ 50 - 100% load step
typ i cal time
100 µs 100 µs 100 µs 100 µs 100 µs 100 µs
Out put Ca pac i tance (typical)
800 µF 500 µF 360 µF 170 µF 33 µF 16 µF
CC-mode, re sis tive load
Sim i lar re sult as with CV-mode and re sis tive load
CC-mode, di ode load
(con stant volt age load)
Even higher speed pos si ble. Gen er ally 2 - 8 times, de pend ing on unit and load.
Needs spe cial at ten tion on lay out of ca bling and damp ing net works be cause of the very high speed. Spe cial
"low in duc tive ca bles" rec om mended, see sec tion Rec om men da tions.
SM6000
Pro gramming speed
High Speed Ver sion
SM 15-400
op tion P166
SM 30-200
op tion P167
SM 45-140
op tion P168
SM 60-100
op tion P169
SM 70-90
op tion P170
SM 120-50
op tion P171
SM 300-20
op tion P172
SM 600-10
op tion P270
CV-mode, re sis tive load
Rise time (10 - 90%)
out put volt age step
time, (100 % load)
time, (10 % load)
Fall time (90 - 10%)
out put volt age step
time, (100 % load)
time, (10 % load)
0 → 15 V
0.40 ms
0.38 ms
15 → 0 V
0.39 ms
1.5 ms
0 → 30 V
0.41 ms
0.38 ms
30 → 0 V
0.41 ms
3.6 ms
0 → 45 V
0.53 ms
0.16 ms
45 → 0 V
0.26 ms
10 ms
0 → 60 V
0.44 ms
0.41 ms
60 → 0 V
0.57 ms
5.6 ms
0 → 70 V
0.62 ms
0.40 ms
70 → 0 V
0.50 ms
6.2 ms
0 → 120 V
0.57 ms
0.19 ms
120 → 0 V
0.38 ms
4.2 ms
0 → 300 V
1.1 ms
0.44 ms
300 → 0 V
1.0 ms
10 ms
0 → 600 V
1.9 ms
0.80 ms
600 → 0 V
2.2 ms
20 ms
Rip ple @ full load
typ i cal (rms / pp)
6 / 20 mV 28 / 80 mV 34 / 80 mV 34 / 90 mV 38 / 100 mV 30 / 120 mV 48 / 150 mV 35 / 220 mV
Re cov ery time
@ 50 - 100% load step
typ i cal time
100 µs 100 µs 100 µs 100 µs 100 µs 100 µs 100 µs 100 µs
Out put Ca pac i tance (typical)
1200 µF 800 µF 520 µF 330 µF 290 µF 73 µF 32 µF 19 µF
CC-mode, re sis tive load
Sim i lar re sult as with CV-mode and re sis tive load
CC-mode, di ode load
(con stant volt age load)
Even higher speed pos si ble. Gen er ally 2 - 8 times, de pend ing on unit and load.
Needs spe cial at ten tion on lay out of ca bling and damp ing net works be cause of the very high speed. Spe cial
"low in duc tive ca bles" rec om mended, see sec tion Rec om men da tions.
(1 Seiten)
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