LCR-9063 POCKET DIGITAL LCR METER

* A pocket, Battery operated, Inductance, Capacitance and  Resistance Meter.

* LSI-circuit provides high reliability and durability.

* LCD display for clear readout even in bright ambient

* Ilight conditions.

* Rotary switch function selector.

* Color-coded panel for easy indentification of functions and ranges.

* Low battery indicator.

Display

13 mm (0.5") LCD, 3 1/2 digits. Max. reading 1999.

Over-input indicator

" 1 " mark indication.

Sampling Time

Approx. 0.4 second.

Operating Temp.

0 to 50℃ (32 to 122℉).

Operating Humidity

Less than 80% RH.

Power Supply

006 P DC 9V battery, heavy duty battery.

Dimensions

120 x 72 x 37 mm .

Weight

185 g/0.41 LB.

Power Consumption

R - Approx. 8 mA.

L - Approx. 9 mA.

C - Approx. 9 mA.

Accessories Included

Instruction Manual .................1 PC

Test alligator clips ..................1 pair

Range

In-range

Display

Resolution

Test Frequency

Accuracy

* 2 mH

0.02 mH-2 mH

1 uH

250 Hz

± (3 % + 3 d)

20 mH

2 mH-20 mH

10 uH

250 Hz

200 mH

20 mH-200 mH

 100 uH

250 Hz

2 H

0.2 H-2 H

1 mH

250 Hz

± (5 %  + 5 d)

20 H

2 H-20 H

10 mH

250 Hz

uH = micro Henry (10^-6 H).

mH = mili Henry (10^-3 H).

* Zero stray inductance of 2 mH range (short ckt.) : 0 to -30 uH.

Range

In-range Display

Resolution

Test Frequency

Accuracy

* 2 nF

10 pF-2 nF

1 pF

250 Hz

± (3 %  + 3 d)

20 nF

200 pF-20 nF

10 pF

250 Hz

200 nF

2 nF - 200 nF

100 pF

250 Hz

2 uF

.02 uF - 2 uF

1 nF

250 Hz

20 uF

0.2 uF - 20 uF

10 nF

250 Hz

200 uF

2 uF - 200 uf

100 nF

250 Hz

pF= pico Farad (10^-12 F) nF= nano Farad (10^-9 F)

uF= micro Farad (10^-6 F)

* Zero stray capacitance of 2 nF range (open ckt.) :  30 pF

Range

Resolution

Open Circuit Voltage

Accuracy

200 ohm

0.1 ohm

Approx.

600 mV

± ( 2 %  + 3 d )

2 k

1 ohm

20 k

10 ohm

200 k

100 ohm

2000 k

1 k

20 M

10 k

Approx.

300 mV

Remark :

Though the internal test frequency is approx. 250 Hz.

However the accuracy adjustment are executed as :

* For the capacitance ( 2 uF, 200 nF, 20 nF, 2 nF ) range ,the acuracy adjustment is compared with the " Standard capacitor that tested under the 1 KHz frequency ".

* For the capacitance ( 20 uF, 200 uF ) range, the accuracy adjustment is compared with the " Standard capacitor that tested on the 100 Hz frequency ".

* For the inductance ( 2 mH , 20 mH , 200 mH , 2 H ) range , the accuracy adjustment is compared the " Standard inductor that tested on the 1 KHz ".

* For the inductance ( 20 H ) range , the calibration is compared the " Standard inductor that tested on the 100 Hz ".