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Constant Conductance Mode (CG)
Conductance Range:
Setting Accuracy:
Regulation:
Temperature Coefficient:
(1)
Slew Rate Range:
(2)
Minimum transition time:
TRANSIENT CONTROL
Transient Generator
Pulse Repetition Rate:
Pulse Duty Cycle:
Setting Accuracy:
Slew Rate Control
The slew rate control applies to all changes of level whether caused by manual selection, remote
control or the transient generator.
The level change is a linear slew between the two level settings. The range available in each
mode is shown above.
Setting Accuracy:
Variation in Level Settings:
Oscillator Sync Output
Connection:
Isolation:
DROPOUT VOLTAGE
The load will cease to conduct if the applied voltage falls below the Dropout Voltage setting;
active in all modes. The Dropout Voltage setting is also the threshold for the Slow Start facility
and acts as an offset voltage in Constant Resistance mode.
Setting Accuracy:
Slow Start
If Slow Start is enabled, the load will not conduct any current until the source voltage reaches the
Dropout Voltage setting; it will then ramp the controlled variable up (in CC, CP and CG modes) or
down (in CR mode) to the Level setting at a rate determined by the Slew Rate setting.
METER SPECIFICATIONS
Display Type:
Measured Values
Volts & Amps:
Watt & Ohms:
Voltage Accuracy:
Current Accuracy:
4
0·001 to 1 A/V (1 mA/V resolution)
± 0·5% ± 2 digits ± 30 mA (V > 25 Volts).
< 2% for 90% load power change (V > 25 Volts).
< (±0·04% ± 5 mA) per ºC.
0·1 A/V per s to 10 A/V per ms.
150 µs.
Adjustable from 0·01Hz (100 seconds) to 10kHz.
1% to 99% (percentage of period at Level A).
±1 %
± 10% (on linear part of slope, excluding high frequency aberrations).
± 5 digits of specified setting resolution for present mode and range.
Terminal block on rear panel. Lo terminal output grounded to chassis
internally. TTL/CMOS (5V) output. High during Level B phase of
internal transient generator.
CATII (300V) to load negative.
± 2% ± 200mV.
256 x112 pixel graphic LCD with white LED backlight.
Measured values of current through and voltage across the load.
Power and equivalent load resistance, calculated from Volts and Amps.
± 0·1% ± 0.02%FS.
± 0·2% ± 0.04%FS.
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