Agilent Technologies 6843A, 6834B, 6814B manual Supplemental Characteristics, A - Specifications

A - Specifications

Supplemental Characteristics

Table A-2 lists the supplemental characteristics, which are not warranted but are descriptions of typical performance determined either by design or type testing.

Table A-2. Supplemental Characteristics

Parameter

AC Input Voltage Range:

AC Input Frequency:

Output Isolation Voltage:

Maximum Input Current (rms):

Maximum Input Power:

Average Programming Accuracy:

Average Programming Resolution rms Voltage:

Overvoltage Programming (OVP): rms Current:

Output Frequency:

Phase (Agilent 6834B in 3-phase mode):

Average Measurement Resolution rms Voltage: rmsCurrent:

List Dwell Time

Triggering Accuracy with Respect to Phase Synchronization:

Trigger In Response Time:

Minimum Resolution for Dropout:

Output Response Time:

(output change from 10 to 90% or 90 to 10% of its total excursion with full resistive load)

Remote Inhibit Response Time:

Remote Sense Capability:

Waveform Table Resolution (voltage):

Harmonic Measurement Time (amplitude):

RS-232 Interface Capabilities

Baud Rates:

Data Format:

Language:

Trig In/Trig Out Characteristics

Trig Out (HC TTL output):

Trig In (10k pullup):

Agilent 6814B		Agilent 6834B	Agilent 6843A
	180−235 Vac (3-phase) or
		360−440 Vac (3-phase)
		47−63 Hz
		300 Vrms
18 A low range		24 A low range	24 A low range
10 A high range		15 A high range	15 A high range
5.8 kVA/4.1 kW		8.9 kVA/5.9 kW	8.9 kVA/5.9 kW
0.2% + 80 mA		0.2%+40mA (3-phase)	0.2% + 80 mA
		0.2%+80mA (1-phase)
80 mV		80 mV	80 mV
2 V		2 V	2 V
5 mA		2.5 mA (3-phase)	7.5 mA
		7.5 mA (1-phase)
10 μHz		10 μHz	10 μHz
N/A		0.001° (45Hz−1kHz)	N/A
10 mV		10 mV	10 mV
3 mA		6 mA (3-phase)	6 mA
		2 mA (1-phase)
0−4.30133 x 105s		0−1.07533 x 106s	0−4.30133 x 105s
100 μs		250 μs	100 μs
200 μs		400 μs	200 μs
		500 μs
		50 μs

<1 ms

Up to 10 Vrms can be dropped across each load lead.

1024 points

1harmonic ≤100 ms; all 50 harmonics ≤2 s

300, 600, 1200, 2400, 4800, 9600

7 bits even or odd parity; 8 bits without parity

SCPI (Standard Commands for Programmable Instruments),

Elgar 9012 PIP

Vol = 0.8 max. @ 1.25 mA

Voh = 3.3 V max. @ 1.25 mA

Vil = 0.8 V max.

Vih = 2 V max.

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