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Line 47:
Line 47: − + + + + + + + + + + + + + + + + + + + + − The programming resolution for each channel should be: − *100V: 0.001V where a typical voltage is 71.770V. − *10V: 0.01V where a typical voltage is 5.75V. − *5V/10V: 0.01 where a typical voltage is 5.00V.
→Power Supply Requirements
=== Power Supply Requirements ===
=== Power Supply Requirements ===
We require the following voltages on the boards: ~72V for biasing, 5.75V for VCC, +5V. Therefore, a power supply with 100V, 10V, and 5V channels, or 100V, and 2x 10V channels, is required.
We require the following voltages on the boards:
# +100V (range 80V - 100V) for biasing
#*1V steps from 80V - 100V
#*typical operation at 85V
#*maximum current demand 500mA (50W power)
#*maximum ripple P-P 50mV @ f < 1kHz
#*maximum noise P-P 5mV @ 1kHz < f < 5MHz
#*maximum HF noise P-P 20mV @ f > 5MHz
#*long-term variation < ±50mV (0.05%)
# +6V (range 5.5V - 6.0V) for preamplifier VCC;
#*0.01V steps from 5.5V to 6.0V
#*typical operation at 5.75V
#*maximum current 8A (50W power)
#*maximum ripple P-P 50mV @ f < 1kHz
#*maximum noise P-P 5mV @ 1kHz < f < 5MHz
#*maximum HF noise P-P 20mV @ f > 5MHz
#*long-term variation < ±50 mV
# +5V for cmos logic VCC
#*fixed 4.95V - 5.05V, no adjustment required
#*
The accuracy for each of these channels should be 0.02%
The accuracy for each of these channels should be 0.02%