Agilent Technologies 6030A, 6035A, 6031A, 6032A service manual Test Equipment Required

Table 2-1. Test Equipment Required

TYPE	REQUIRED CHARACTERISTICS		USE	RECOMMENDED MODEL
Oscilloscope	Sensitivity: 1 mV		P,T	Agilent 54504A
	Bandwidth: 20MHz & 100MHz
	Input: differential, 50 Ω & 10MΩ
RMS Voltmeter	True rms, 10MHz bandwidth		P	Agilent 3400B
	Sensitivity: 1 mV Accuracy: 5%
Logic Pulser	4.5 to 5.5Vdc @ 35mA		T	Agilent 546A
Multimeter	Resolution: 100nV		P,C,T	Agilent 3458A
	Accuracy: 0.0035%, 6½ digit
Signature Analyzer	--		T	Agilent 5004A
GPIB Controller	Full GPIB capabilities		C,T,P	HP Series, 200/300
Current Probe	No saturation at 100A		P	Tek P6303 Probe
	Bandwidth: 20Hz to 15MHz			AM503 Amp
				TM500 Power Module
Electronic Load	6030A 200 V/5 A		P,C	6050A & 60503A (4)
		60 V/17A		6050A & 60503A (4)
	6031A 20 V/50 A			6050A & 60504A (2)
		7 V/120 A		6050A & 60504A (2)
	6032A 60 V/17.5 A			6050A & 60504A (2)
		20 V/50 A		6050A & 60504A (2)
	6035A 500 V/2 A			Power Resistor 250Ω 1% 1KW
		200 V/5 A		6050A & 60503A (4)
Current Shunt	0.1Ω/0.04%/15A/25W		P,C	Guildline 9230/15
	0.01Ω/0.04%/100A/100W			Guildline 9230/100
	0.001Ω/0.04%/300A/100W			Guildline 9230/300
Power Resistors*	6030A 3.5Ω/40Ω 1% 1000 W (min.)		P,C
	6031A 0.069Ω/0.04Ω 1% 1000W (min.)
	6032A 0.4Ω/3.5Ω 1% 1000W (min.)
	6035A 40Ω/250Ω 1% 1000W (min.)
Calibration and Test	Value:	100Ω, 5%, 1W	C,T
Resistors		1Ω, 5%, ½W
		1KΩ, 5%, ¼W
		2KΩ, 0.01%, ¼W
Terminating	Value: 50Ω ±5%, noninductive		P
Resistors (2)
Blocking	Value: 0.01∝F, 100Vdc		P
Capacitors (2)
Variable Voltage	Adjustable from -13% to +6% of input		P,C
Transformer	voltage range, 4KVA minimum
(autotransformer)
Isolation Transformer	4KVA minimum		T
Common-mode	≥3.7∝H/turn2		P	Ferrox-Cube
Toroidal Core	≅23mm I.D.			500T600-3C8,
				Agilent 9170-0061
DC Power Supply	Voltage range: 0-60Vdc		C,T	Agilent 6024A
	Current range: 0-3Adc
P = performance	testing	C = calibration adjustments	T = troubleshooting

*Not required if using electronic load.

**Less accurate, and less expensive, current-monitor resistors can be used, but the accuracy to which current programming and readback can be checked must be reduced accordingly.

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