Table of Contents
Advertisement
Table 1-1. Specifications and Supplemental Characteristics (cont.)
Programmable Time Delay:
Range:
0-65,535 ms
Resolution: 1 ms
Accuracy:
±5% typical
Programming Response Time: Maximum time for output
voltage to change from 0 V to 60 V or 60 V to 2 V and settle
within a 60 mV band (0.1% of maximum rated output):
Band: 60 mV(* }
15 mV(«)
Up:
Full Load (18 0)
200 ms
225 ms
No Load
200 ms
225 ms
Down: Full Load (18 0)
300 ms
450 ms
No Load
600 ms
750 ms
*Max, ** Typical
Typical
response time for excursions other than full
scale can be calculated as follows:
Up Programming: On graph, read time for change in output
voltage.
UP PROGRAMMING TIME(mS)
Down Programming: On graph, read difference in time be¬
tween initial-output-voltage point and final-output-voitage
Front Panel Meters:
Output Voltage:
Low Range:
±20.00 V
High Range:
1200.0 V
Range Switch Points:
Up:
above 19.99 V ±0 V
Down:
below 17.5 V typical
Resolution: Low Range:
10 mV
High Range: 100 mV
Accuracy: Low Range: ±20 mV ±0.07%
High Range; ±200 mV ±0.09%
Temperature Coefficient: ±0.01%/°C
OVP Setting: (with reference to A2 terminal, not - S)
Range: 200.0 V
Resolution: 100 mV
Accuracy: 0.5% + 150 mV (at 0.0A load current)
Output Current:
Range:
± 19.99 A
Resolution: 10 mA
Accuracy:
± 17 mA ±0.1%
Temperature Coefficient: ±0.01%/°C ±0.7 mA/°C
Readback:
Output Voltage:
Range: 0-60 V
Resolution; 15 mV
Accuracy: ±0.08% ±35 mV
Temperature Coefficient: ±0,07%/°C±0.35 mV/°C
Output Current:
Range: 0-10 A
Resolution: 2,5 mA
Accuracy: ±0.125% ±8.5 mA
Temperature Coefficient: ±0.007%/°C ±0.35 mV/°C
Settling Time: < 200 ms
Overvoltage Protection: The lower of the two OVP trip
points will dominate.
Local OVP Adjustment:
Range: 1.7 V to 64.5 V
Resolution; 0.2 V
point; add settling time of 125 ms if final voltage > 2 V, or 500
ms if final voltage < 2 V, to settle within 60 V band.
Remote OVP Adjustment:
Range: 2.0 V to 64.5 V (the OVP trip point = 2 V 4
1.04 X soft voltage limit)
Resolution; 0.25 V
Accuracy: ± 0,7 V. The OVP circuit will trip when the
voltage between the 4 output and the outboard side of the
current monitoring resistor equals the set voltage. This
could be as much as 1.35 V above the voltage between the
+ S terminals.
Temperature Coefficient: 250 PPM/°C
Amplified Current Monitor: Scale Factor 0-5 V monitor
output for 0 10 A output current.
Accuracy: 0.1% 4 7 mV typical
Output Impedance: 10 kfi nominal
RFI Specifications: Meets VDE 0871/6,78 Level A
Advertisement
Table of Contents
