Features and functions
- Measures only inductor and capacitor values in component form
- Stable measurement even in small quantities (0.01 pF ~, 1 nH (Nano Henry)~) - Easy to measure with a large display device, quick measurement, and excellent visibility
- High accuracy and ease of use within the measuring range - Good display stability (the value of the part being measured does not fluctuate) - The measurement value is updated several times per second and the value is calculated and displayed immediately using the resonant frequency without averaging the values.
- Almost unaffected by materials such as dielectrics using the LC resonance frequency calculation method.
- Display rate of up to 5 measurements per second.
※ In LC resonant schemes, bulky inductors have large values because their parasitic capacitance directly affects the resonant circuit. With Large L mode, parasitic capacitance is eliminated and displayed with high accuracy.
Where to use
- Lab (RF and Advanced Audio) - Laboratory, such as a school - After manufacturing the inductor and capacitor, check the capacity (value)
- By measuring the actual value of the capacitor, it can be used to find the measurement frequency and level of the ABB LCR meter. - When low value capacitors and inductors require high accuracy and stable indication
Specifications
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Measurement mode
(3 Mode)
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Inductor, Large Inductor (single shot), Capacitor
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Measurement Range (Automatic unit change)
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Inductor
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1 nH ~ 1 mH (Resolution : 2nH under 10uH, or last digit ±1~2)
※ 2.0666nH
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Large Inductor
(single shot measurement)
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100 uH ~ 500 mH (Large parasitic capacitance, bulky inductors) ※
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Capacitoror
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0.1 pF ~ 9.99 μF (Resolution : 0.02pF under 100pF, or last digit ±1~2)
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Basic accuracy
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±0.1% (23 ℃ ±5℃) ※ The standard is within 0.02% of our standard.
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Measurement method
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LC resonance : About 730kHz to 6kHz depending on inductor or capacitor value.
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※ Measurements outside the range of about 730 kHz to 6 kHz are not possible by adding L or C to the resonant circuit inside the instrument.
※ You can measure the most common L and C, with the exception of iron cored inductors, electrolytic capacitors, some tantalum capacitors, etc.
※ When configuring standard equipment, it is necessary to stabilize the resonant frequency and temperature of the measurement environment after turning on the power.
※ Do not stretch the measuring probe as it is directly connected to the internal resonant circuit to calculate the resonant frequency.
In the case of a small-capacity inductor, measure up to the line connected to the inductor and obtain a value as large as this length.
Detailed Accuracy ※ The actual accuracy is better than the display below.
Inductor (small)
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1 nH ~ 9.999 μH ± 2 nH
10 uH ~ 370 μH ± 0.1 %
371 uH ~ 1 mH ± 0.2 %
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Large Inductor
(single shot)
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100 μH ~ 200 mH ± 0.2 %
200 mH ~ 500 mH ± 0.3 %
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Capacitoror
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0.01 pF ~ 99.99 pF ± 0.02 pF
100 pF ~ 370 nF ± 0.1 % 370 nF ~ 3.7 μF ± 0.12 % 3.7 μF ~ 9.999 μF ± 0.2 %
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※ Large Inductor : An inductor in the form of a bulky component (including standard inductors, etc.).
Accuracy may be compromised if the volume is too large to access the probe.
See "Measurement Examples" for measurable inductors and capacitors. www.mykit.com/SLC
Probe
Body Banana Jack : Standard devices such as banana plugs are measured directly here.
Option
ZIF Probe 17063A : ZIF Probe manual SMD Probe 15025A
SMD Probe 15003A (Available for ZIF Probe only)
※ Shielding components must be measured with the shield polarity connected to G (GND).
※ L or C and a contaminated probe will affect the measurement.
Power
DC 5V 500 mA : C type USB Jack (No Auto Power OFF) ; External power supply for continuous use or Li-ion 18650 1 Cell (3.7V(4.2V)) (Charging when using an external power source) ; Auto Power OFF
Automatic charging of internal Li-ion with 5V power.
Main DC current 100 mA, Charging maximum current 400 mA
Size and Weight
200 x 167 x 71 mm 800 g
7.8" x 6.5" x 2.7" 1.8 lb
Data Out
USB Data ouput : Outputs the measured value (9600 bps). It is used only when receiving a value from another system and using it. (FT232RL driver required)
Unit display
Inductance Mode
Lx
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Capacitor Mode
Cx
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0 - 999 nH
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0.00 - 9.99 pF
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1.000 - 9.999 μH
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10.00 - 99.99 pF
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10.00 - 99.99 μH
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100.0 - 999.9 pF
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100.0 - 999.9 μH
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1.000 - 9.999 nF
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1.000 - 1.999 mH
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10.00 - 99.99 nF
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10.00 - 99.99 mH
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100.0 - 999.9 nF
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100.0 - 599.9 mH
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1.000 - 9.999 μF
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Units & range change automatically
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Product content
SLC-5020A , C type cable, Manual (Visit "www.mykit.com/SLC" for more information.)
Sold separately :
① ZIF Probe 17063A (Banana Plug Type)
② SMD Probe 15025A (Banana Plug Type)
③ SMD Probe 15003A (Header pin Type) : Available for ZIF probes(①) only
ATC 600S0R3AT250XT 0.3 pF ±0.05pF
27 nH 5% Coilcraft 1008HS-270T 2520
77 nH Coilcraft 164-04 No Core
56 nH Coilcraft 164-04S No Core
Standard Accuracy LC Meter SLC-5020A
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