NIPCMCIA-4050 [NI]

51?2 Digit Multimeters; 51 ？ 2位数字万用表


型号：	NIPCMCIA-4050
厂家：	National Instruments
描述：	51?2 Digit Multimeters 51 ？ 2位数字万用表
文件：	总4页 (文件大小：110K)
中文：	中文翻译
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5 ⁄ Digit Multimeters

NI 4050, NI 4060

• 5 ⁄

2-digits

Operating Systems

• 5 measurement modes

• Windows 2000/NT/XP/Me/9x

•

300 VDC/V_rmsmaximum

• 200 MΩ maximum (2 and 4-wire)

Recommended Software

• LabVIEW

• LabWindows/CVI

• Measurement Studio for Visual C++

• 60 readings/s maximum

Models

• NI PCMCIA-4050

• NI PCI-4060

• NI PXI-4060

Other Compatible Software

• Visual Basic

• C/C++

Driver Software (included)

• NI-DMM

Calibration Certiﬁcate Included

See page 21.

Overview

Measuring Voltages

INFO CODES

For more information,

or to order products

online visit ni.com/info

and enter:

The NI 4050 and NI 4060 devices are full-featured digital multimeters

The NI 4050 and NI 4060 DMMs have

ﬁve input ranges available for

measuring DC voltages: 20 mV, 200 mV,

2 V, 25 V, and 250 V. Five input ranges are

available for measuring AC voltages: 20

(DMMs). They feature accurate 5 ⁄

digit DC voltage and current,

True-rms AC voltage and current, and resistance measurements.

The PCMCIA-4050, with its size, weight, and low-power

consumption, is ideal for portable measurements and data logging

pxi4060

pci4060

with handheld and notebook computers. The NI 4060 DMMs are mV_rms, 200 mV_rms, 2 V_rms, 25 V_rms, and

perfectly suited for use in automated production test, portable ﬁeld 250 V_rms. The NI 4060 DMMs measure

test, and benchtop electronic test. Using the NI 4060 DMMs with AC voltages to the speciﬁed accuracy

pcmcia4050

BUY ONLINE!

National Instruments switching modules, such as PXI-2501,

PXI-2503, SCXI-1127, SCXI-1128, or SCXI-1129, you can measure

thousands of channels, consisting of voltages, thermocouples, RTDs,

thermistors, and current loops, and keep a ﬁrm control on the cost of

your system.

as long as the voltage is within 10

percent of the selected input range. In

AC voltage ranges, the NI 4050 and NI 4060 DMMs measure the

AC-coupled True-rms value of a signal.

Measuring Resistance

Hardware

The NI 4050 and NI 4060 DMMs have ﬁve basic input ranges for both

2-wire and 4-wire (NI 4060 only) resistance measurements, and an

extended range for 2-wire measurements. The basic ranges are

200 Ω, 2 kΩ, 20 kΩ, 200 kΩ, and 2 MΩ. With extended range,

measurements up to 200 MΩ are possible. The NI 4050 and NI 4060

DMMs use a common technique to measure resistance. The

method involves sending a current through the test resistor and

measuring the voltage drop across the resistor. In the extended ohms

range, a 1 MΩ resistor is added in parallel with the test resistor.

Reading Rates

NI 4050 and NI 4060 DMMs offer multiple reading rates determined

by your resolution, function, range selections, and powerline

rejection. The maximum reading rate is 60 reading/s, once the initial

setup time affecting the ﬁrst reading is passed. Please contact your

National Instruments local sales representative for more information

regarding measurement performance in your speciﬁc application.

Measuring Current

4-Wire Resistance

Measurement

Family

NI 4050

NI 4060

Bus

Accuracy

SCXI Control

Autozero

Triggering for Scanners

For the PCMCIA-4050, use

the optional CSM Series

current shunt accessories

PCMCIA

PCI, PXI

5 ⁄₂digit

–

ꢀ

–

ꢀ

–

ꢀ

–

ꢀ

5 ⁄₂digit

Table 1. NI 4050 and NI 4060 Channel, Speed, and Resolution Speciﬁcations

^{National Instruments • Tel: (800) 433-3488 • Fax: (512) 683-9300 • info@ni.com • ni.com}463

5 ⁄ Digit Multimeters

Front-End Signal Conditioning

A/D Conversion

Processor and Display

to measure both AC and DC current. The CSM accessories include a

precision resistor that converts the current through the shunt into a

voltage measurable by the PCMCIA-4050. For measuring currents up to

200 mA or 10 A, use the CSM-200mA or the CSM-10A, respectively.

The NI 4060 DMMs have built-in current measurement capability.

Two input ranges exist for DC and True-rms AC current

measurements – 20 mA and 200 mA. For measuring currents

between 200 mA and 10 A, use the CSM-10A accessory.

Front End

True RMS AC

to DC Converter

Processor

Memory Software

Power Supply

Front End

Input

ADC

Ohms

Front End

Ohms Current Source

Figure 1. Fundamental DMM Architecture

Diode Testing

Software

The NI 4050 and NI 4060 DMMs measure the forward drop (up to Driver Software

2 V) across a diode. The diode is biased with 100 µA current, and

the resulting voltage drop is measured. Diode measurements are

made with a ﬁxed range of 2 V.

All National Instruments DMMs are shipped with NI-DMM driver

software. NI-DMM is an IVI-compliant driver that exports the

complete functionality of the DMMs through an easy-to-use

application programming interface. You should use this driver if

you want to build an automated test application or integrate the

NI DMMs into your test software. NI-DMM works with LabVIEW,

LabWindows/CVI, Measurement Studio for Visual C++, and

Microsoft Visual Basic.

Calibration

The NI 4050 and NI 4060 DMMs are shipped with a calibration

certiﬁcate stating that the instrument was calibrated to NIST-

traceable standards to the levels detailed in the speciﬁcations.

These DMMs can be returned to National Instruments or a

qualiﬁed metrology lab for calibration.

Interactive Control

Every NI DMM is shipped with the DMM Soft Front Panel (SFP).

You can use the DMM SFP to quickly control the DMM without

writing a program. The DMM SFP provides access to all hardware

features except triggering and scanning.

Cables and Probes

The NI 4060 DMMs have built-in shrouded banana jacks to prevent

exposure to potentially hazardous voltages on the test probes. The

DMM kits include the P-1 Probe Set – two 1 m test leads (red and

black) with test probes.

The P-2 Probe Set, sold separately, includes two 1 m test leads (red

and black) with shrouded banana plugs on one end and a variety of

optional terminals on the other – two alligator clips (red and black) with

boots, two spring hooks (red and black), and two spade connectors (red

and black).

Ordering Information

NI PCMCIA-4050 ..................................................777186-01

Includes the PCMCIA-4050 card, P4-BJ2 Cable, P-1 Probe Set, NI-DMM, the DMM

Soft Front Panel, carrying case, and calibration certiﬁcate.

The banana-plug-to-bare-wire kit is a pair of banana to bare wire

plugs (one red, one black) that permits you to connect your DMM to

screw terminals for channel expansion via matrices or scanners. To

connect your NI 4060 to SCXI scanners and matrices, special cable

kits are available (SCXI-1357 and SCXI-1358). Refer to page 507 for

more information on switch cabling.

NI PCI-4060 ..........................................................777559-01

NI PXI-4060 ..........................................................777554-01

Includes the NI 4060 hardware, P-1 probe set, NI-DMM, DMM Soft Front Panel,

and calibration certiﬁcate.

For information on extended warranty and value added

services, see page 20.

The probe sets meet IEC 1010 safety requirements and permit

direct probing of circuits and cables.

Cables and Accessories

Triggering for Switches (NI 4060 only)

Standard Probe, P-1 Probe Set ............................761000-01

Additional Probe, P-2 Probe Set ..........................184698-01

Banana plug to bare wire, P-3 Probe Set

The NI 4060 DMMs work with external multiplexer/matrix switches. In

particular, the NI 4060 devices have been designed to integrate

seamlessly with National Instruments switch offerings for SCXI and

PXI. Two signals, Voltmeter Complete Trigger Output and Trigger Input,

control the switches. Access to the signals is through two BNC

connectors on the auxiliary trigger cable. On PXI, you can access the

triggers through the PXI trigger bus.

1 m, red and black (2 wires) ............................185692-01

Auxiliary trigger cable for use with external

multiplexers 0.5 m ........................................184931-0R5

10 A current shunt, CSM-10A..............................777488-02

Visit ni.com for a more complete list of cables and accessories.

464 ^{National Instruments • Tel: (800) 433-3488 • Fax: (512) 683-9300 • info@ni.com • ni.com}

5 ⁄ Digit Multimeters

Speciﬁcations – NI 4060

Speciﬁcations are guaranteed between 15 and 35 °C unless otherwise noted.

AC Current (Accuracy % of reading mA)

24 Hour

(25 °C 1 °C)

90 Day

1 Year

Temperature Coefﬁcient

DC Voltage (Accuracy % of reading µV)

Range

(25 °C 10 °C) (25 °C 10 °C) (% of reading/°C mA/°C)

24 Hour

90 Day

1 Year

Temperature Coefﬁcient

20.0000 mA 0.30% + 100 µA 0.32% + 170 µA 0.32% + 170 µA 0.022%/°C + 12 µA/°C

200.000 mA 0.18% + 0.22 mA 0.20% + 1.2 mA 0.20% + 1.2 mA 0.009%/°C + 0.110 mA/°C

10.0000 A* 0.3% + 22 mA 0.32% + 120 mA 0.32% + 120 mA 0.026%/°C + 11 mA/°C

Range

(25 °C 1 °C)

(25 °C 10 °C) (25 °C 10 °C) (% of reading/°C + µV/°C)

250.000 V

25.0000 V

2.00000 V

0.0032% + 1.25 mV 0.021% + 1.25 mV 0.024% + 1.25 mV 0.0017%/°C + 480 µV/°C

0.0032% + 1 mV

0.0029% + 10 µV

0.021% + 1 mV

0.024% + 1 mV

0.0017%/°C + 480 µV/°C

*Requires 10 A shunt, CSM-10A

Accuracy numbers are for 5 ⁄

errors, temperature variation, linearity, and noise.

0.014% + 10 µV 0.017% + 10 µV 0.0009%/°C + 5 µV/°C

digits and include the effects of full and zero-scale

200.000 mV 0.0029% + 6 µV

20.0000 mV 0.0029% + 6 µV

0.014% + 6 µV

0.017% + 6 µV

0.0009%/°C + 1 µV/°C

Input Characteristics

Accuracy numbers are for 5 ⁄ digits with autozero on and include the effects of

Input protection ......................................... Fuse F1 500 mA/250 V fast-fusing

Shunt resistor ............................................ 1 Ω

Burden voltage........................................... < 400 mV at 200 mA AC

full and zero-scale errors, temperature variation, linearity, and noise. Overrange

capabilities to 300 V.

Noise Rejection

Resistance (Accuracy % of reading Ω)

NMRR ........................................................ 80 dB (10 Hz ﬁlter setting, 50/60 Hz

powerline frequency 1ꢀ)

24 Hour

90 Day

1 Year

Temperature Coefﬁcient

Range

(25 °C 1 °C)

(25 °C 10 °C) (25 °C 10 °C) (% of reading/°C + Ω/°C)

DC ECMRR................................................ 140 dB (with a 1 kΩ imbalance in HI lead)

AC ECMR (50/60 Hz) ................................. 150 dB (with a 1 kΩ imbalance in HI lead)

Extended ohm

(> 2 MΩ)

0.1% + 6 kΩ

0.012% + 9 Ω

0.012% + 5 Ω

0.1% + 60 kΩ

0.077% + 27 Ω 0.080% + 27 Ω

0.077% + 22 Ω 0.080% + 22 Ω

0.1% + 60 kΩ

0.0072%/°C + 6 kΩ/°C

0.0072%/°C + 2 Ω/°C

2.00000 MΩ*

200.000 kΩ

20.0000 kΩ

2.00000 kΩ

200.000 Ω

Input Characteristics

Input bias current....................................... 1 nA maximum

Input resistance ......................................... >1 GΩ (2 V, 200 mV, 20 mV ranges);

1 MΩ (250 V, 25 V)

0.006% + 0.09 Ω 0.024% + 0.3 Ω 0.027% + 0.3 Ω 0.0020%/°C + 0.02 Ω/°C

0.006% + 0.05 Ω 0.024% + 0.2 Ω 0.027% + 0.2 Ω 0.0020%/°C + 0.02 Ω/°C

DC Current (Accuracy % of reading µA)

*With autozero on, or while scanning, and when large resistance with capacitive

loads is measured, additional delay time is required.

24 Hour

90 Day

1 Year

Temperature Coefﬁcient

Accuracy numbers are for 4-wire resistance mode, 5 ⁄

digits with autozero on and

Range

(25 °C 1 °C)

0.015% + 10 µA

0.02% + 1 mA

(25 °C 10 °C) (25 °C 10 °C) (% of reading/°C + µA/°C)

include the effects of full and zero-scale errors, temperature variation, linearity, and noise.

Measurement modes

Ohms.................................................... 2 or 4-wire

Extended ohms .................................... 2-wire only

Maximum lead resistance.......................... 10 Ω (200 Ω range), 1 kΩ

(all other ranges)

20.0000 mA

200.000 mA

10.0000 A*

0.039% + 10 µA 0.042% + 10 µA

0.035% + 2 mA 0.035% + 2 mA

0.0035%/°C + 1 µA/°C

0.007%/°C + 0.1 mA/°C

*Requires 10 A shunt, CSM-10A

Accuracy numbers are for 5 ⁄

digits with autozero on and include the effects of

full and zero-scale errors, temperature variation, linearity, and noise.

Additional error for 2-wire resistance ........ 0.6 Ω

Input Characteristics

Input protection ......................................... Fuse F1 500 mA/250 V fast-fusing

Shunt resistor ............................................ 1 Ω

Diode Testing (Accuracy % of reading µV)

24 Hour

(25 °C 1 °C)

0.006% + 7 µV

90 Day

(25 °C 10 °C) (25 °C 10 °C) (% of reading/°C + µV/°C)

0.024% + 22 µV 0.027% + 22 µV 0.0020%/°C + 2 µV/°C

1 Year

Temperature Coefﬁcient

Burden voltage........................................... <400 mV at 200 mA DC

Range

2 V

AC Voltage (Accuracy % of reading mV)

Accuracy numbers are for 5 ⁄ digits with autozero on and include the effects of

24 Hour

90 Day

(25 °C 10° C) (25 °C 10 °C) (% of reading/°C + mV/°C)

0.62% + 680 mV 0.62% + 680 mV 0.007%/°C + 20 mV/°C

0.18% + 210 mV 0.18% + 210 mV 0.007%/°C + 20 mV/°C

0.30% + 21 mV 0.30% + 21 mV 0.019%/°C + 2 mV/°C

1 Year

Temperature Coefﬁcient

full and zero-scale errors, temperature variation, linearity, and noise.

Test current................................................ 100 µA

Range

(25 °C 1 °C)

0.6% + 250 mV

0.16% + 30 mV

0.28% + 3 mV

250.000 V

25.0000 V

2.00000 V

200.000 mV

20.0000 mV

General Speciﬁcations

Settling time .............................................. Affected by source impedance and

input signal changes.

0.16% + 0.22 mV 0.18% + 1.20 mV 0.18% + 1.20 mV 0.007%/°C + 0.110 mV/°C

0.28% + 100 µV 0.30% + 170 µV 0.30% + 170 µV 0.019%/°C + 12 µV/°C

Warm-up time............................................ 30 minutes for measurements

accurate within speciﬁcations.

Altitude....................................................... Up to 2,000 m; at higher altitudes the

installation category must be derated.

Working voltage......................................... 300 V maximum between either input

terminal and earth ground

Accuracy numbers are for 5 ⁄ digits and include the effects of full and zero-scale

errors, temperature variation, linearity, and noise. Applies for sine waves ≥ 10ꢀ of

input range. Accuracy may be affected by source impedance, cable capacitances,

dielectric absorption, or slew rate. Overrange capabilities to 300 V.

Noise Rejection

Power Requirement

+5 VDC ...................................................... 250 mA in operational mode

AC CMRR (50/60 Hz) ................................ >80 dB (with a 1 kΩ imbalance in HI lead)

Input Characteristics

Input resistance ......................................... 1 MΩ

Bandwidth.................................................. 20 Hz - 25 kHz

Physical

Dimensions

PCI........................................................ 10.8 by 17.5 cm (4.25 by 6.9 in.)

PXI ........................................................ 10 by 16 cm (3.9 by 6.33 in.)

Additional AC Errors

Frequency dependent errors

Environment

Operating temperature ..............................

0 to 55 °C

Input Frequency Additional Error (% of reading)

Storage temperature.................................. -20 to 70 °C

Relative humidity ....................................... 10 to 90ꢀ, noncondensing

20 Hz - 50 Hz

50 Hz - 100 Hz

100 Hz - 20 kHz

20 Hz - 25 kHz

2.5%

Certiﬁcations and Compliances

2.5%

CE Mark Compliance

^{National Instruments • Tel: (800) 433-3488 • Fax: (512) 683-9300 • info@ni.com • ni.com}465

5 ⁄ Digit Multimeters

Speciﬁcations – PCMCIA-4050

DC Voltage (Accuracy = % of reading µV)

AC Current (Accuracy = % of reading mA)

Range

24 Hour

90 Day

1 Year

Temperature Coefﬁcient

Range

24 Hour

90 Day

1 Year

Temperature Coefﬁcient

(25 °C 1 °C)

(25 °C 10 °C)

(25 °C 10 °C) (% of reading/°C + mA/°C)

(25 °C 1 °C)

(25 °C 10 °C)

(25 °C 10 °C) (% of reading/°C + µV/°C)

20.0000 mA 0.35% + 110 µA

200.000 mA 0.45% + 0.22 mA 0.47% + 1.2 mA 0.47% + 1.2 mA 0.007%/°C + 12 µA/°C

10.0000 A* 0.3% + 22 mA 0.32% + 120 mA 0.32% + 120 mA 0.026%/°C + 11 mA/°C

0.37% + 170 µA 0.37% + 170 µA 0.019% /°C + 0.120 mA/°C

250.000 V 0.0032% + 4.9 mV 0.021% + 49 mV 0.024% + 49 mV 0.0017%/°C + 4800 µV/°C

25.0000 V 0.0032% + 4.9 mV 0.021% + 49 mV 0.024% + 49 mV 0.0017%/°C + 4800 µV/°C

2.00000 V

0.0029% + 37 µV 0.014% + 260 µV 0.017% + 260 µV 0.0009%/°C + 25 µV/°C

200.000 mV 0.0029% + 27 µV 0.014% + 250 µV 0.017% + 250 µV 0.0009%/°C + 25 µV/°C

20.0000 mV 0.0029% + 27 µV 0.014% + 250 µV 0.017% + 250 µV 0.0009%/°C + 25 µV/°C

*Requires 10 A shunt, CSM-10A.

Accuracy numbers are for 5 ⁄

digits and include the effects of full and zero scale

Accuracy numbers are for 5 ⁄

digits and include the effects of full and zero-scale

errors, temperature variation, linearity, and noise.

Input Characteristics

200 mA Shunt

Noise Rejection

NMRR ........................................................ 80 dB (10 Hz reading rate, 50/60 Hz

powerline frequency 1ꢀ)

DC ECMRR........................................................ 140 dB (with a 1 kΩ imbalance in LO lead)

AC ECMR (50/60 Hz) ........................................ 150 dB (with a 1 kΩ imbalance in LO lead)

Input protection.................................... Fuse F1 500 mA/250 V fast-fusing

Shunt resistor....................................... 1 Ω

Burden voltage ..................................... <400 mV at 200 mA

10 A Shunt

Input protection.................................... Fuse F1 12.5 A/250 V fast-fusing

Shunt resistor....................................... 10 mΩ

Burden voltage ..................................... <300 mV at 10 A

Input Characteristics

Input bias current....................................... 1 nA maximum

Input resistance ......................................... >1 GΩ (2 V, 200 mV, 20 mV ranges);

1 MΩ (250 V, 25 V)

Resistance (Accuracy = % of reading Ω)

Range

24 Hour

90 Day

1 Year

Temperature Coefﬁcient

DC Current (Accuracy = % of reading µA)

(25 °C 1 °C)

Extended ohm 0.1% + 6 kΩ

(> 2 MΩ)

(25 °C 10 °C)

0.1% + 60 kΩ

(25 °C 10 °C) (% of reading/°C Ω/°C)

Range

24 Hour

90 Day

(25 °C 10 °C)

1 Year

Temperature Coefﬁcient

0.1% + 60 kΩ

0.0072%/°C + 6 kΩ/°C

(25 °C 1 °C)

20.0000 mA 0.1% + 27 µA

200.000 mA 0.1% + 27 µA

(25 °C 10 °C) (% of reading/°C µA/°C)

0.14% + 250 µA 0.15% + 250 µA 0.0035%/°C + 25 µA/°C

2.00000 MΩ 0.012% + 55 Ω

200.000 kΩ 0.012% + 37 Ω

20.0000 kΩ 0.006% + 0.5 Ω

2.00000 kΩ 0.006% + 0.4 Ω

0.077% + 370 Ω 0.080% + 20 Ω

0.077% + 350 Ω 0.080% + 2 Ω

0.0072%/°C + 35 Ω/°C

10.0000 A* 0.02% + 4 mA 0.035% + 26 mA 0.035% + 26 mA 0.007%/°C + 2.5 mA/°C

0.024% + 4 Ω

0.027% + 4 Ω 0.0020%/°C + 0.40 Ω/°C

*Requires 10 A shunt, CSM-10A.

Accuracy numbers are for 5 ⁄

200.000 Ω

0.006% + 0.4 Ω

digits and include the effects of full and zero scale

errors, temperature variation, linearity, and noise.

Accuracy numbers are for 5 ⁄

digits and include the effects of full and zero-scale

Input Characteristics

200 mA Shunt

errors, temperature variation, linearity and noise.

Measurement modes ................................ 2-wire

Input protection.................................... Fuse F1 500 mA/250 V fast-fusing

Shunt resistor....................................... 1 Ω

Burden voltage ..................................... <400 mV at 200 mA

10 A Shunt

Input protection.................................... Fuse F1 12.5 A/250 V fast-fusing

Shunt resistor....................................... 10 mΩ

Burden voltage ..................................... <300 mV at 10 A

Diode Testing (Accuracy = % of reading µV)

Range

24 Hour

90 Day

1 Year

Temperature Coefﬁcient

(25 °C 1 °C)

(25 °C 10 °C)

(25 °C 10 °C) (% of reading/°C µV/°C)

2 V

0.006% + 60 µV 0.024% + 400 µV 0.027% + 400 µV 0.002%/°C + 40 µV/°C

Accuracy numbers are for 5 ⁄

digits and include the effects of full and zero-scale

errors, temperature variation, linearity, and noise.

Test current................................................ 100 µA

Range

24 Hour

(25 °C 1 °C)

0.6% + 500 mV

0.3% + 30 mV

0.4% + 3 mV

90 Day

(25 °C 10 °C)

1 Year

Temperature Coefﬁcient

General Speciﬁcations

(25 °C 10 °C) (% of reading/°C mV/°C)

Settling time .............................................. Affected by source impedance and

input signal changes

250.000 V

25.0000 V

2.00000 V

0.62% + 680 mV 0.62% + 680 mV 0.007%/°C + 20 mV/°C

0.32% + 210 mV 0.32% + 210 mV 0.007%/°C + 20 mV/°C

0.42% + 21 mV

Warm-up time............................................ 30 minutes for measurements

accurate within speciﬁcations

Altitude....................................................... Up to 2,000 m; at higher altitudes the

installation category must be derated

0.42% + 21 mV 0.019%/°C + 2 mV/°C

200.000 mV 0.3% + 0.22 mV 0.32% + 1.2 mV 0.32% + 1.2 mV 0.007%/°C + 0.110 mV/°C

20.0000 mV 0.4% + 100 µV ∫0.42% + 170 µV 0.42% + 170 µV 0.019%/°C + 12 µV/°C

AC Voltage (Accuracy = % of reading mV)

Working voltage......................................... 250 V maximum between either input

terminal and earth ground

Accuracy numbers are for 5 ⁄

digits and include the effects of full and zero-scale

errors, temperature variation, linearity, and noise.

Power Requirement

Noise Rejection

+5 VDC ...................................................... 45 mA in operational mode

AC CMRR (DC to 60 Hz)..................................... >80 dB (with a 1 kΩ imbalance in LO lead)

Environment

Input Characteristics

Input resistance ......................................... 1 MΩ all ranges

Bandwidth.................................................. 20 Hz - 25 kHz

Operating temperature .............................. 0 to 55 °C

Storage temperature.................................. -20 to 70 °C

Relative humidity ....................................... 10 to 90ꢀ, noncondensing

Additional AC Errors

Certiﬁcations and Compliances

Input Frequency

20 Hz - 50 Hz

50 Hz - 100 Hz

100 Hz - 5 kHz

5 Hz - 10 kHz

Additional Error (% of reading)

CE Mark Compliance

2.5%

1.0%

0.0%

1.0%

2.5%

The product meets applicable EU directives for CE Mark compliance as follows:

Safety compliance IEC 1010-1 Certiﬁed, Designed for UL 3111, Low-Voltage

Directive EN 61010-1, Installation Category II, Pollution Degree 2, Double

Insulated, Indoor use.

10 Hz - 25 kHz

Frequency dependent errors

466 ^{National Instruments • Tel: (800) 433-3488 • Fax: (512) 683-9300 • info@ni.com • ni.com}

NIPCMCIA-4050 [NI]

相关型号：

NIPPC-2015

NIPS-1

NIPS-15

NIPS-16

NIPS-17

NIPS-2

NIPS-3

NIPS-4

NIPS-5

NIPXI-1033

NIPXI-1050

NIPXI-1052