AT-M9182A Series

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Agilent DMM

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Agilent DMM

AT-M9182A Series Specifications

Voltage, Current, and Resistance
DC Voltage
Range	Full Scale Reading	Resolution	Accuracy 90 Days23°C ±5°C ¹	Accuracy 1 Year23°C ±5°C ¹
330mV	330.0000mV	100nV	0.004 + 5.5- µV	0.007 + 8 µV
3.3V	3.300000V	1 µV	0.0025 + 12 µV	0.0045 + 17 µV
33V	33.00000V	10 µV	0.004 + 280 µV	0.007 + 330 µV
300V	330.0000V	100 µV	0.005 + 1.2 mV	0.008 + 1.5 mV
[1] Accuracy is % of reading + Volts

DC Current
Range	Full Scale Reading	Resolution	Accuracy 90 Days23°C±5°C¹	Accuracy 1 Year23°C±5°C ¹
3.3mA	3.30000mA	10nA	0.07 + 350 nA	0.1 + 400 nA
33mA	33.0000mA	100nA	0.06 + 2 µA	0.1 + 3 µA
330mA	330.000mA	1 µA	0.055 + 40 µA	0.075 + 60 µA
2.5A	2.50000A	10 µA	0.6 + 200 µA	0.65 +350 µA
[1] Accuracy is % of reading + Amps

AC Volts (RMS)
Range	Full Scale Reading	Resolution	Frequency	Accuracy 90 Days23°C±5°C¹	Accuracy 1 Year23°C±5°C ¹
330mV(Signal >5mV)	330.000mV	100nV	10Hz - 20Hz 20Hz – 47Hz 47Hz - 10KHz 10KHz – 50KHz 50KHz – 100KHz	3.1 + 380 uV .93 + 170 uV .14 + 110 uV .6 + 200 uV 5.4 + 370 uV	3.2 + 430 µV 0.95 + 200 µV 0.15 + 120 µV .63 + 230 µV 5.6 + 400 µV
3.3V(Signal >10mV)	3.300000V	1 µV	10Hz - 20Hz 20Hz - 47Hz 47Hz – 10KHz 10KHz – 50KHz 50KHz - 100 kHz	3.1 +2.2 mV .96 + 1.5 mV 0.055 + 1.1 mV 0.65 + 1.3 mV 5.2 + 1.7 mV	3.2 + 2.5 mV 1.0 + 1.7 mV 0.065 + 1.2 mV 0.7 + 1.5 mV 5.3 + 2 mV
33V(Signal >100mV)	33.00000V	10 µV	10Hz - 20Hz 20Hz - 47Hz 47Hz – 10KHz 10KHz – 50KHz 50KHz – 100KHz	3.1 + 16 mV .96 + 14 mV 0.065 + 11 mV 0.33 + 21 mV 2.2 + 35 mV	3.3 + 20 mV 1.0 + 16 mV 0.073 + 13 mV 0.35 + 25 mV 2.4 + 40 mV
250V 2 (Signal >1V)	250.0000V	100 µV	10Hz - 20Hz 20Hz - 47Hz 47Hz – 10KHz 10KHz – 50KHz 50KHz – 100KHz	3.1 + 160 mV 0.96 + 130 mV 0.045 + 110 mV 0.4 + 170 mV 2.8 + 240 mV	3.3 + 200 mV 1.0 + 150 mV 0.06 + 130 mV 0.45 + 200 mV 3.2 + 300 mV
[1] Accuracy is % of reading + Volts. [2] Signal is limited to 8x106 Volt Hz product.

AC Current (RMS)
Range	Full Scale Reading	Resolution	Frequency	Accuracy 90 Days23°C±5°C¹	Accuracy 1 Year23°C±5°C ¹
3.3mA(Signal >50 uA)	3.30000mA	1nA	10Hz - 20Hz 20Hz - 47Hz 47Hz – 1KHz 1KHz – 10KHz	2.7 + 4 µA 0.9 + 4 µA 0.08 + 3 µA 0.14 + 4 µA	2.9 + 4 µA 1.0 + 4 µA 0.12 + 4 µA 0.22 + 4 µA
33mA(Signal >500 uA)	33.0000mA	10nA	10Hz - 20Hz 20Hz - 47Hz 47Hz – 1KHz 1KHz – 10KHz	2.6 + 30 µA 0.9 + 30 µA 0.15 + 20 µA 0.3 + 40 µA	2.8 + 30 µA 1.0 + 30 µA 0.16 + 30 µA 0.4 + 40 µA
330mA(Signal >5 mA)	330.000mA	100nA	10Hz - 20Hz 20Hz - 47Hz 47Hz – 1KHz 1KHz – 10KHz	2.7 + 400 µA 0.9 + 400 µA 0.17 + 180 µA 0.4 + 350 µA	2.8 + 400 µA 1.0 + 400 µA 0.22 + 220 µA 0.6 + 400 µA
2.5A(Signal >50mA)	2.50000A	1 µA	10Hz - 20Hz 20Hz - 47Hz 47Hz – 1KHz 1KHz – 10KHz	2.5 + 4.5 mA 0.8 + 6 mA 0.63 + 3.8 mA -0.62 + .54 mA\|	2.7 + 5 mA 0.9 + 6 mA 0.65 + 4 mA 0.7 + 5 mA
[1] Accuracy is % of reading + Amps

Resistance 2-, 4-, and 6-wire guarded Ohms ¹
Range	Full Scale Reading	Current Source	Resolution	Accuracy 90 Days23°± 5°C ^{2, 3}	Accuracy 1 Year23°± 5°C ^{2, 3}
33Ω (4)	33.00000Ω	10mA	10 µΩ	0.005 + 1.5 mΩ	0.008 + 2 mΩ
330Ω	330.0000Ω	1mA	100 µΩ	0.0046 + 5 mΩ	0.007 6 mΩ
3.3KΩ	3.300000KΩ	1mA	1mΩ	0.003 + 32 mΩ	0.005 + 33 mΩ
33KΩ	33.00000KΩ	100 µA	10mΩ	0.0033 + 330 mΩ	0.006 + 350 mΩ
330KΩ ( 5)	330.0000KΩ	10 µA	100mΩ	0.007 + 4Ω	0.009 + 5Ω
3.3MΩ	3.300000MΩ	1 µA	1Ω	0.03 + 50Ω	0.04 + 70Ω
33MΩ	33.0000MΩ	100nA	100Ω	0.13 + 500Ω	0.2 + 600Ω
330MΩ (4)	330.00MΩ	10nA	10KΩ	1.4 + 60 kΩ	2.0 + 80 kΩ
[1] 6-wire guarded only with SM2044 with maximum guard current of 20mA [2] Accuracy is % of reading + Ω [3] With reading rate set to 2 rps, within one hour of zero Ohms, using relative control [4] Only available with the SM2042/44 [5] 4-wire ohms is available to 330K range

Leakage (SM2044)
Leakage reading	Voltage range	Accuracy 23°C ± 5°C One Year ¹
1.00nA to 100.00nA	-10V to + 10V	2 + 350pA
100.00nA to 1000.00nA	-9V to + 9V	1.2 + 2nA
1000.00nA to 3300.00nA	-7V to + 7V	1.5 + 20nA
[1] Error does not include external shunt resistor’s tolerance.

Temperature (SM2042 and SM2044)
RTD Type ¹	R0 ( )	Resolution	Temperature Range	Accuracy 23°C ± 5°C One Year ¹
pt385, pt3911, pt3916, pt3926	100 , 200W	0.01°C	-150° to 650°C	±0.06 °C
pt385, pt3911, pt3916, pt3926	500 , 1KW	0.01°C	-150° to 650°C	±0.03 °C
Cu (Copper)	Less than 12	0.01°C	-100° to 200°C	±0.18 °C for temp. <= 20°C, otherwise ±0.05 °C
Cu (Copper)	Higher than 90	0.01°C	-100° to 200°C	±0.10 °C for temp. <= 20°C, otherwise ±0.05 °C
[1] These specifications are valid for 4-wire type RTD. Reading rate of 2 rps or slower. Does not include RTD probe error.
Peak to Peak, Crest and Median (SM2044)
AC V Peak-to-Peak ¹
ACV Range	Full Scale reading(Vp-p)	Resolution	Lowest specified input voltage(Vp-p)	Accuracy 23°C ± 5°C One Year ²
330mV	1.85V	1mV	0.1V	1.5 ± 10 mV
3.3V	18.5V	10mV	1V	1.4 ± 70 mV
33V	185V	100mV	10V	1.0 ± 700 mV
250V	850V	1V	100V	1.0 ± 6V
[1] Specified from 30Hz to 10Kz [2] Accuracy is % of reading + Volts

AC Crest Factor ¹
ACV Range	Resolution	Lowest specifiedinput voltage (Vp-p)	Typical Accuracy 23°C ± 5°C One Year ²
330mV	0.01	0.1V	2.2 +/- 0.3
3.3V	0.01	1V	3.1 +/- 0.1
33V	0.01	10V	2.0 +/- 0.1
250V	0.01	100V	2.0 +/- 0.1
[1] Specified from 30Hz to 10KHz. Allowed signal frequency range is 30Hz to 30KHz. [2] Accuracy is % of reading + Constant
AC Median ¹
ACV Range	Full Scale reading	Resolution	Accuracy 23°C ± 5°C One Year ²
[1] Specified from 30Hz to 10KHz; Allowed signal frequency range is 30Hz to 30KHz [2] Accuracy is % of reading + Volts
Timing Threshold DAC
Selected VAC range	Threshold Range	Threshold DAC Resolution	Typical one year setting uncertainty ¹
330mV	3.3V	33V	250V
-1.0V to +1.0V	-10.0V to +10.0V	-100.0V to +100.0V	-500V to +500V
0.5mV	5.0mV	50mV	500mV
0.2% + 4mV	0.2% + 40mV	0.2% + 0.4mV	0.2% + 4 V
[1] Accuracy ± (% of setting + volts)

ACV Frequency
Frequency Range	1Hz - 100Hz	100Hz – 1KHz	1KHz – 10KHz	10KHz – 100KHz	100 kHz -300 kHz
Resolution	1mHz	10mHz	100mHz	1Hz	1 Hz
Uncertainty is ±0.002% of reading± adder shown	4mHz	20mHz	200mHz	2Hz	5 Hz
Input Signal Range¹	10 - 200% of range	10 - 200% of range	10 - 200% of range	10 - 200% of range	25 - 200% of range
[1] Input RMS voltage required for a valid reading. For example, 10% -200% of range indicates that in the 330 mVAC range, the input voltage should be 33 mV to 660mV.

ACI Frequency
Frequency Range	1Hz - 100Hz	100Hz – 1KHz	1KHz – 10KHz	10KHz – 100KHz
Resolution	1mHz	10mHz	0.01% ±200mHz	0.01% ±2Hz
Uncertainty	.0.01% +/- 4 mHz	.0.01% +/- 20 mHz	.0.01% +/- 200 mHz	.0.01% +/- 2 Hz
Input Signal Range, 3.3Ma Range	10% - 500%	10% - 500%	10% - 500%	10% - 500%
Input Signal Range, 33Ma Range	50% - 100%	50% - 100%	50% - 100%	50% - 100%
Input Signal Range, 330Ma, 2.5A Ranges	50% -110%	50% - 100%	50% - 100%	50% - 100%

Duty Cycle
Frequency Range	1Hz - 100Hz	100Hz – 1KHz	1KHz – 10KHz	10 kHz - 100 kHz
Resolution	0.02%	0.2%	2%	20%
Typical Uncertainty is ± 0.03% of reading ± adder shown	0.03%	0.3%	3%	30%
Full scale reading	100.00%	100.00%	100.00%	100.00%

Pulse Width
Polarity	Frequency range	Resolution	Width range	Uncertainty
Positive and Negative pulse	1Hz to 100KHz	2 µS	2 µS to 1S	0.01% ±4 µS

Capacitance Measurement (2042, 2044)
Range	Full Scale Reading _{4 ½ DIGITS}	Resolution	Accuracy _{1 Year23°C ± 5°C ¹}
10nF	11.999pF	1pF	2.1 ± 5 pF
100nF	119.99nF	10pF	1.0
1 µF	1.1999 µF	100pF	1.0
10 µF	11.999 µF	1nF	1.0
100 µF	119.99nF	10nF	1.0
1mF	1.1999mF	100nF	1.2
10mF	11.999mF	1µF	2
[1] Accuracy is % of reading + Farads.. Within one hour of zero, using Relative Control. Accuracy is specified for values higher than 5% of the selected range with the exception of the 10nF range, which is capable of measuring down to 0pF

Inductance Measurement (SMX2044)
Range	Full Scale Reading	Resolution	Default Measurement	Accuracy _{1 Year23°C ± 5°C ¹}
33 µH	33.00 µH	1nH	75KHz	3 + 500 nH
330 µH	330.0 µH	10nH	50KHz	2 + 3 µH
3.3mH	3.300mH	100nH	4KHz	1.5 + 25 µH
33mH	33.00mH	1 µH	1.5KHz	1.5 + 200 µH
330mH	330.0mH	10 µH	1KHz	2.5 + 3mH
3.3mH	3.300 mH	100 µH	100KHz	3 + 35mH
[1] Accuracy is % of reading + inductance. Accuracy is specified for values greater than 5% of the selected range.

DC Voltage Source
Parameter	Closed Loop	Open Loop
Output Voltage range	-10.000V to +10.000V
Typcial source/sink current at 5 V output	5mA
DAC resolution	18-bits	12-bits
Accuracy 23⁰C ± 10⁰C - 1 Year	0.015% ± 350 µV	1.0% ± 35mV
Typical setting time	3s	1ms
Typical source resistance	250 ohms
[1] Accuracy is % of reading + Volts
AC Voltage Source
Parameter	Closed Loop	Open Loop
Output Voltage range	.14 to 20V peak-to-peak (50 mV to 7.1 V RMS)
DAC resolution	16-bits	12-bits
Typical output current at 3.4 V RMS	3.5 ma RMS
Accuracy 18 to 28⁰C 1 Year ¹	Programmed ACV value ± 2mV	Programmed ACV value + 0.8% ± 8mV
Typical setting time	10s	1.5s
Typical source resistance	250 ohms
Frequency range / resolution	2Hz to 75KHz / 2Hz
Frequency stability	100ppm ± 1Hz
[1] Accuracy is % of reading + Volts

DC Current Source
Range	Compliance Voltage	Resolution	Minimum level	Accuracy _{23⁰C ± 5⁰C One Year¹}
1.25 µA	4.2V	500pA	1nA	1% + 10nA
12.5 µA	4.2V	5nA	10nA	1% + 100nA
1.25 µA	4.2V	50nA	100nA	1% + 500nA
1.25mA	4.2V	500nA	1 µA	1% + 5 µA
1.25 µA	4.2V	500pA	1nA	1% + 10nA
12.5 mA	4.0V	5 µA	10 µA	1% + 50µA
[1] Accuracy is % of reading + Amps

Other Specifications
Temperature Coefficient	All Functions Less than 0.1 x accuracy specification per⁰C at 23⁰C ± 5⁰C
Reading Rate	(User-selectable) 0.5 to 1,000 rps, up to 10 rps for 6-½ digits; up to 30 rps for 5-½ digits
Hardware Interface	Single 3U PXI or CompactPCI slot
Overload Protection	(Voltage inputs) 330VDC, 250VAC, 50VAC (DIN Connector)
Isolation	330VDC, 250VAC from Earth Ground
Maximum Input(Volt X Hertz)	8x10⁶ Volt x Hz Common Mode input (across Voltage HI & LO). 1x106 Volt x Hz Common Mode input (across Voltage HI or LO) relative to Earth Ground)
Safety	Designed to IEC 1010-1 guidelines, for IEC 664 Installation Category II.All DMM inputs are to be based in protected, low energy circuits only. Approved.
Calibration	Calibrations are performed at the factory in a computer with a 3°C internal temperature rise. All calibration constants are stored in a text file. Calibration can be performed by any calibration laboratory with the appropriate equipment.
Temperature Range	-10⁰C to 70⁰C, operating, -65⁰C to +85⁰C storage
Power	+5VDC, 300mA maximum
Size	7” x 3.4”, (standard PXI/CompactPCI 3U format)
DMM Internaltemperature Measurement (Smx2042,44)	+/- 2 2⁰C
Conections	Connections to the SMX2040 series are made using 4 banana jacks (not included). A DIN connector on the SMX2044 series provides trigger input and the 6-wire guarded force and sense lines
AC Volts – Input Characteristics
Input Resistance	1MΩ , shunted by < 100pF, all ranges
Crest Factor	3 at Full Scale, increasing to 7 at Lowest Specified Voltage
AC Coupled Specified Range	10Hz to 100KHz
Typical Settling Time	<0.5 sec to within 0.1% of final value
CMRR @ 50 Or 60 Hz With 1Kw Lead Imbalance	>60dB
AC Current – Input Characteristics
Burden Voltage	350mV RMS all Ranges
Crest Factor	3 at Full Scale, increasing to 7 at Lowest Specified Current
Over Current Protected	2.5A fuse, top accessible
External Hardware
Input active voltage level range	High: +3V to +15V Low: -15V to +0.8V
Trigger input current	Min. 1 ma, Max. 10 ma (TTL or CMOS logic levels)
DC Volts – Input Characteristics
Input resistance
330MV & 3.3V Ranges	>10G ohms
33V & 330V Ranges	10M ohms
Noise Rejection
NMRR 50, 60, 400Hz	>95dB
CMRR @ 10 rps with 1KW lead imbalance	>120dB
CMRR @ ²10 rps with 1KΩ lead imbalance	>120dB
DC Current – Input Characteristics
Burden Voltage	<350mV for all ranges
Over Current Protected	2.5 A Fuse

Note: Specifications are subject to change without notice.

Downloads for AT-M9182A Series

SMX204xDS.pdf

Jan 25, 2006

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SMX204x Data Sheet

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AT-M9182A Series

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