Mastech MS5308 Manuale utente

Page 1 of 17

1.1.

General instructions:

Thank you for purchasing a MS5308 LCR digital bridge meter.

The MS5308 LCR digital bridge meter is a professional

instrument for measuring inductance, capacitance and resistance.

It has many features, such as automatic identification, automatic

measurement range, high measurement accuracy and speed, wide

measuring range and so on.

An ordinary multimeter only provides DC mode for resistance

measurement, while the MS5308 provides both AC and DC

measurement modes. A variety of test frequencies up to 100Khz

can be provided for inductance, capacitance and resistance in AC

mode to meet the actual needs better.

Correct usage can ensure that the instrument will work precisely

for a long time. Please read the instructions carefully before using

and operate the instrument strictly in accordance with the

instructions .

1.1

．

．．

．

Panel description

Display

Functional buttons area

Power switch

4 IR Port

External power port

Calibration button port

DUT + jack

DUT - jack

Shielding grounding jack

1.2

．

．．

．

Inspection

When you get a new LCR meter, please check the instrument and

its accessories. If something is damaged or missed, please contact

the store you bought the instrument from for adjustment or

replacement.

1.3 Accessories

MS5308 LCR digital bridge meter Kelvin test clip (one pair)

SMD test probe IR data line

Upper computer program CD External power supply

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MS5308 panel

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2. Safety instructions:

Operating environment and condition:

●Elevation

＜

2000 m

●Relative humidity (RH)

≦

80%RH

●Operating temperature 0 – 40°C

Note: DO NOT input voltage at the measurement port. When

measuring capacitance, please discharge first then measure,

otherwise, the meter will be damaged.

Storage and maintenance: Do not use alcohol or other solvents

to clean the meter. If it will not be used for long time, please

remove battery and put the meter in a dry and clean

environment.

3. Description:

3.1 Definition Description

APO: Auto power off

LCR: This character showing on the LCD means that the tester

works in automatic identification mode

Inductance parallel connection measurement mode

Inductance series connection measurement mode

Capacitance parallel connection measurement mode

Capacitance series connection measurement mode

Resistance parallel connection measurement mode

Resistance series connection measurement mode

DCR: Resistance DC measurement mode

D: Wastage factor

Q: Quality factor

θ: Phase angle value

ESR: Equivalent resistance

DUT: Object for measuring

3.1 Impedance parameter description (see Figure

Ⅰ

)

Z= R

+jX

∠

=|Z| θR

=|Z|CosθX

= |Z|Sinθ

=Tanθθ=Tan

-1

)

If θ> 0, it means that the measured object is resistant, if θ< 0, it

Page 4 of 17

means that that the measured object is capacitive.

3.2 Series-parallel connection mode description

This meter has series and parallel measurement modes. When the

capacitance value of the measured object is large or inductance

value is small, use the series mode for more accurate results.

When the capacitance value of the measured object is small or

inductance value is large, use the parallel mode for more accurate

results. This meter can select the measurement mode

automatically according to the measured object.

4. Functional characteristics description:

1. 19,999 (main)/1,999 (secondary) dual LCD display

2. LCR measures with automatic identification and automatic

measurement range

3. L\C\R single measurement selection

4. Resistance measurement in DCR mode

5. D/Q/θ/ESR display on the secondary display

6. Series or parallel measurement modes are selectable

7. Comparison function under single measurement

8. Test frequency 100/120/1k/10k/100k is selectable in AC mode

9. The selection feature for measured components with the same

series

10. Battery power display, auto power off if meter is not operated

for 5 minutes.

11. With infrared transmission interface, the meter is secure

(supporting hot plug). With special software, the meter is easily

managed.

12. See table 1-3 for measurement accuracy and scope

Remarks: This accuracy is the measurement standard. In

DUT jack, the meter-specific probe should be used if required.

Measurement with probe may be influenced by external

environment. To avoid inaccurate measurements, please keep

away from strong magnetic sources.

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Table 1 Resistance measurement scope

Note: This accuracy is the measurement standard when D

<0.1, if D> 0.1, it should be multiplied by the extraction

of a root of 1 + D

Measurem Measurement Measureme Resolutio Accuracy

100Hz/120 200.00Ω0.01Ω1.0%+5d

100Hz/120 2.0000KΩ0.1Ω0.3%+5d

100Hz/120 20.000KΩ1Ω0.3%+5d

100Hz/120 200.00KΩ0.01kΩ0.5%+5d

100Hz/120 2.0000MΩ0.1kΩ1.0%+5d

100Hz/120 20.000MΩ1kΩ1.0%+5d

100Hz/120 200.00MΩ0.1MΩ2.0%+5d

1kHz 20.000Ω0.001Ω1.0%+5d

1kHz 200.00Ω0.01Ω0.3%+5d

1kHz 2.0000KΩ0.1Ω0.3%+5d

1kHz 20.000KΩ1Ω0.3%+5d

1kHz 200.00KΩ0.01kΩ0.5%+5d

1kHz 2.0000MΩ0.1kΩ1.0%+5d

1kHz 20.000MΩ1kΩ2.0%+5d

1kHz 200.0MΩ0.1MΩ5.0%+5d

10kHz 20.000Ω0.001Ω1.0%+5d

10kHz 200.00Ω0.01Ω0.5%+5d

10kHz 2.0000KΩ0.1Ω0.3%+5d

10kHz 20.000KΩ1Ω0.5%+5d

10kHz 200.00KΩ0.01kΩ1.0%+5d

100kHz 20.000Ω0.001Ω1.0%+5d

100kHz 200.00Ω0.01Ω1.0%+5d

100kHz 2.0000KΩ0.1Ω1.0%+5d

100kHz

20.000KΩ

1Ω

2.0%+5d

Page 6 of 17

Table 2Capacitance measurement scope

Note: This accuracy is the measurement standard. When D

<0.1, if D> 0.1, it should be multiplied by the extraction of a

root of 1 + D

Measurem Measurement Measure Resoluti Accuracy

100Hz/120 20.000nF 1pF 1.0%+5d

100Hz/120 200.00nF 0.01nF 0.5%+5d

100Hz/120 2000.0nF 0.1nF 0.5%+5d

100Hz/120 20.000uF 1nF 0.5%+5d

100Hz/120 200.00uF 0.01uF 1.0%+5d

100Hz/120 2000.0uF 0.1uF 2.0%+5d

100Hz/120 20.00mF 0.1mF 2.0%+5d

1kHz 2000.0pF 0.1pF 1.0%+5d

1kHz 20.000nF 1pF 1.0%+5d

1kHz 200.00nF 0.01nF 0.5%+5d

1kHz 2000.0nF 0.1nF 0.5%+5d

1kHz 20.000uF 1nF 0.5%+5d

1kHz 200.00uF 0.01uF 1.0%+5d

1kHz 2000.0uF 0.1uF 1.0%+5d

10kHz 200.00 0.01pF 1.0%+5d

10kHz 2000.0pF 0.1pF 1.0%+5d

10kHz 20.000nF 1pF 1.0%+5d

10kHz 200.00nF 0.01nF 1.5%+5d

10kHz 2000.0nF 0.1nF 2.0%+5d

100kHz 200.00 0.01pF 2.0%+5d

100kHz 2000.0pF 0.1pF 1.0%+5d

100kHz 20.000nF 1pF 2.0%+5d

100kHz 200.00nF 0.01nF 5.0%+5d

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Table 3. Inductance measurement scope

Note: This accuracy is the measurement standard. When D

<0.1, if D> 0.1, it should be multiplied by the extraction

Measurem Measurement Measureme Resoluti Accuracy

100Hz/120 20.000mH 1uH 1.0%+5d

100Hz/120 200.00mH 0.01mH 0.5%+5d

100Hz/120 2000.0mH 0.1mH 0.5%+5d

100Hz/120 20.000H 1mH 0.5%+5d

100Hz/120 200.00H 0.01H 1.0%+5d

100Hz/120 2000.0H 0.1H 1.0%+5d

100Hz/120 20.000kH 1H 2.0%+5d

1kHz 2000.0uH 0.1uH 1.0%+5d

1kHz 20.000mH 1uH 0.5%+5d

1kHz 200.00mH 0.01mH 0.5%+5d

1kHz 2000.0mH 0.1mH 1.0%+5d

1kHz 20.000H 1mH 1.0%+5d

1kHz 200.00H 0.01H 2.0%+5d

1kHz 2000.0H 0.1H 5.0%+5d

10kHz 200.00 uH 0.01uH 1.0%+5d

10kHz 2000.0uH 0.1uH 0.5%+5d

10kHz 20.000mH 1uH 0.5%+5d

10kHz 200.00mH 0.01mH 1.5%+5d

10kHz 2000.0mH 0.1mH 2.0%+5d

10kHz 20.000H 0.001H 5.0%+5d

100kHz 20.000 uH 0.001uH 1.0%+5d

100kHz 200.00 uH 0.01uH 2.0%+5d

100kHz 2000.0uH 0.1uH 2.0%+5d

100kHz 20.000mH 1uH 2.0%+5d

100kHz 200.00mH 0.01mH 5.0%+5d

Page 8 of 17

of a root of 1 + D

5. Meter probe measurement

Use Kelvin clip or SMD clamp to connect according to the

following diagram:

Schematic diagram for using SMD clamp to measure

Remarks: insert the plug correctly according to the diagram.

Measurement can’t be done if inserted incorrectly

Page 9 of 17

Schematic diagram for using Kelvin clip to measure

Remarks: insert the plug correctly according to the diagram.

Measurement can’t be done if inserted incorrectly.

Page 10 of 17

6 Measurement operation description:

6.1. Automatic measurement:

When the instrument is turned on, the instrument will enter

automatic identification mode by default. At this time, insert the

object to be measured to the measurement side. The instrument

will automatically recognize that the object to be measured is

capacitive resistance or inductor and display the measurement

value in the main display, and display a corresponding

D/Q/θ/value in the secondary display. In this mode, you can

change measurement frequency by operating Frequency.

6.2. Single measurement

When the instrument is turned on, the instrument will enter

automatic identification mode by default. At this time, you can

select L, C, R, DCR and other single measurement modes by

operating Function button. Read the measurement value on the

LCD display after inserting the object to be measured and

selecting the proper mode. In L, C, R mode, you can change the

measurement frequency by operating Frequency button, and you

also can operate Series/Parallel buttons to select parallel

connection measurement or series connection measurement.

6.3. Comparison and selection

When the instrument is turned on, the instrument will be switched

to single measurement mode for the objects to be selected.

Connect the sample objects to be selected at measurement port. At

this time, you can operate Comparison button to enter

comparison and selection mode. PASS or FAIL, will display on

the main display and the measurement value of current object will

display on the secondary display. In this state, press Setup button

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