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Mica
Glass
Film
Tantal
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SLC-5020A
The most practical and accurate L/C measuring instrument in laboratories, etc.
Measure without shaking within the measurement range.
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4263B 16047A
Values in 32 average mode
Below 40pF, it is measured as a small value.
Below 40nF, it is measured as a large value.
Anything above 40nF is measured as a small value.
A larger volume is measured with a smaller value.
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HI-Q AC5
2 pF ±0.25pF 5KV NP0
2 pF ± 0.25 pF
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2.12 pF
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1.94 pF (-9.7%)
Cp 100 kHz 1V
-0.18 pF
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Siemens Glimmer (Mica)
B34350
Encapsulated in porcelain
30 pF ± 1 pF
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Mica 29.81 pF
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29.67 pF (-0.50%)
Cp 100 kHz 1V
29.736 pF (-0.28%)
Cp 10 kHz 1V
29.78 pF (-0.13%)
Cp 1 kHz 1V
Mica
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Siemens Glimmer (Mica)
B34350
Encapsulated in porcelain
40 pF ± 1 pF
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Mica 40.41 pF
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4263B
40.38 pF (-0.074%)
Cp 100 kHz 1V
40.450 pF (+0.098%)
Cp 10 kHz 1V
40.53 pF (+0.29%)
Cp 1 kHz 1V
Mica
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Glass Dielectric
Corning CY10C
120 pF ± 1%
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118.9 pF
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119.24 pF (+0.28%)
Cp 100 kHz 1V X = -13.347㏀
119.34 pF (+0.37%)
Cp 10 kHz 1V X = -133.33㏀
119.33 pF (+0.36%)
Cp 1 kHz 1V X = -1.3334 MΩ
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Siemens Glimmer (Mica)
B34350
Encapsulated in porcelain
200 pF ± 0.5 pF
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Mica 198.6 pF
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4263B
199.3 pF (+0.35%)
Cp 100kHz 1V
Mica
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Mica 0.2%
245 pF ± 0.5 pF
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245.2 pF
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4263B
246.35 pF (+0.50%)
Cp 100kHz 1V
+ 1.25 pF
245pF ± 0.5 pF
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Siemens Glimmer (Mica)
B34350
Encapsulated in porcelain
Good temperature stability.
500 pF ±0.5%
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Mica 498.8 pF
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4263B
500.84 pF (+0.40%)
Cp 100 kHz 1V
500.95 pF (+0.43%)
Cp 10 kHz 1V
501.97 pF (+0.63%)
Cp 1 kHz 1V
Mica
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Siemens Glimmer (Mica)
B34350
Encapsulated in porcelain
Good temperature stability.
800 pF ±1%
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Mica 797.6 pF
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4263B
800.28 pF (+0.32%)
Cp 100 kHz 1V
799.96 pF (+0.28%)
Cp 10 kHz 1V
800.14 pF (+0.30%)
Cp 1 kHz 1V
Mica
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Siemens Glimmer (Mica)
B34350
Encapsulated in porcelain
Good temperature stability.
1000 pF ±1%
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Mica 997.1 pF
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4263B
1.0002 pF (+0.30%)
Cp 100 kHz 1V
0.9957 nF (-0.15%)
Cp 10 kHz 1V
0.9998 nF (+0.26%)
Cp 1 kHz 1V
Mica
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Siemens Glimmer (Mica)
B34350
Encapsulated in porcelain
Good temperature stability.
1000 pF ±1%
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Mica 1.000 nF (1000 pF)
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4263B
1.0034 pF (+0.34%)
Cp 100 kHz 1V X = -1.5768㏀
1.0029 pF (+0.29%)
Cp 10 kHz 1V X = -15.869㏀
1.0031 pF (+0.31%)
Cp 1 kHz 1V X = -158.67㏀
Mica
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MICA 2700 pF
SEC(Lemco) 1% 125V
Good temperature stability.
2700 pF ±1%
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Mica 2.689 nF (2689 pF)
Source Energy Capacitors (SEC(LEMCO)1960')
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4263B
2.695? pF (+0.23%)
Cp 100 kHz 1V
2.699 pF (+0.37%)
Cp 10 kHz 1V
Mica
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Sang Mica
10000 pF ±1%
Good temperature stability.
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(0.01003 μF) 10.03 nF (10,030 pF)
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4263B
10.029 nF
Cp 100 kHz 1V
10.040 nF
Cp 10 kHz 1V
10.047 nF
Cp 1 kHz 1V
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CDE Mica
10000 pF ±1%
Good temperature stability.
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(0.01005 μF) 10.05 nF (10,050 pF)
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4263B
10.052 nF (+0.019%)
Cp 100 kHz 1V X = -158.33Ω
10.065 nF (+0.14%)
Cp 10 kHz 1V X = -1.5813㏀
10.068 nF (+0.17%)
Cp 1 kHz 1V X = -15.808㏀
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ITW-Paktron Film
Film Metallized Polyester Radial
0.039 μF ±5%
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38.98 nF
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4263B
It is sometimes difficult to find the measurement frequency.
Cp 38.879 nF (-0.18%)
Cp 100 kHz 1V
Cp 39.451 nF (+1.2%)
Cp 10 kHz 1V
Cp 39.742 nF (+0.20%)
Cp 1 kHz 1V
Film
In the 4263B, when the dielectric changes, the reactance changes and sometimes displays different values.
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Film
CFR04RS
100 nF
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100.2 nF
23 ℃ 100.2 μF, 26 ℃ 100.1 μF
Good temperature stability.
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4263B
100.02 nF (-0.079%)
Cp 10 kHz 1V X = -159.14Ω
= 100.10 nF (+0.00%)
Cp 1 kHz 1V X = -1.5902㏀
Film
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Tantal
Vintage Tantal 35V
330 nF
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330.2 nF 26 ℃
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4263B
Cp 331.43 nF (+0.37%)
10 kHz 1V
Cp 331.43 nF (+0.37%)
1 kHz 1V
Tantal
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Tantal
Vintage Tantal 50V
1.0 μF
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1.061 μF
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4263B
It is sometimes difficult to find the measurement frequency.
Cp 1.0695 μF (+0.80%)
Cp 1 kHz 200mV X = -468.4Ω
Cp 1.0703 μF (+0.87%)
Cp 1 kHz 1000mV
Cp 1.0870 μF (+2.5%)
120Hz 20mV X = -3.8559㏀
Tantal
In the 4263B, when the dielectric changes, the reactance changes and sometimes displays different values.
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Film
S+M T521
Metal-polypropylene Film
1.0 μF
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1.007 μF
Temperature stability is generally mediocre.
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4263B
It is sometimes difficult to find the measurement frequency.
Cp 1.0163 μF (+1.63)
Cp 1 kHz 1V X = -157.29Ω
Cp 1.0163 μF (+1.63)
Cp 120 Hz 1V X = -1.3158㏀
Film
In the 4263B, when the dielectric changes, the reactance changes and sometimes displays different values.
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Film
Consists of 11 RIFA Film PHE840M
120nMBP6 * 11ea
series-parallel mixing
Standard Capacitor
Metal-polypropylene Film
1.0 μF ±0.5%
23 ℃ ± 5 ℃
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1.001 μF
22 ℃ 1.002 μF, 23 ℃ 1.001 μF, 24 ℃ 1.001 μF, 26 ℃ 1.000 μF
Good temperature stability.
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4263B
It is sometimes difficult to find the measurement frequency.
Cp 0.9961 μF (-0.39%)
996.14 nFo
Cp 1 kHz 1V X = -159.77Ω
D = +0.0003
24 ℃
Cp 0.9967 μF (-0.33%)
996.72 nF
Cp 100 Hz 1V X = -1.5968㏀
D = +0.0002
Film
In the 4263B, when the dielectric changes, the reactance changes and sometimes displays different values.
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KEMET T322 2.2uF 35V 10%
Tantal
2.2uF
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Tantal
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Vishey 173D 3.9uF 20V 10%
Tantal
3.9uF
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Tantal
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KEMET T322 4.7uF 35V 10%
Tantal
4.7uF
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Cp 4.74## μF (%)
Cp 1 kHz Rp +1.6718㏀
Tantal
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Film
Metallized Polypropylene Film Capacitor
Consists of 11 Carli
0.47K * 11ea
MPX474 275V X2
5.0 μF
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5.007 μF
22 ℃ 5.008 μF, 23 ℃ 5.007 μF, 24 ℃ 5.003 μF, 26 ℃ 5.000 μF
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4263B
It is sometimes difficult to find the measurement frequency.
Cp 4.9480 μF (-1.05%)
Cp 1 kHz 1V X = -32.165Ω
D = +0.0007
24 ℃
Cp 4.9514 μF (-0.98%)
Cp 100 Hz 1V X = -321.42Ω
D = +0.0004
Film
In the 4263B, when the dielectric changes, the reactance changes and sometimes displays different values.
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TIM 106K 35V
Y1976 Tantal ?
10 μF
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Measure with opposite polarity
Measure with the correct polarity
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Cp 9.987 μF (+0.24%)
Cp 1 kHz Rp +521.69Ω
Tantal
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SLC-5020A
SLC-5020A can also be used to find impedance bridge LCR meter frequency, etc.
SLC-5020A는 임피던스 브리지 LCR 미터 주파수 등을 찾는 데에도 사용할 수 있습니다.
Measure without shaking within the measurement range. Metal-polypropylene
측정 범위 내에서 흔들림 없이 측정이 됩니다
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4263B 16047A
Values in 32 average mode
As you can see from the graph in the datasheet, the reactance is about 1k ohm and the accuracy is best when measuring at 1kHz.
Below 40pF, it is measured as a small value.
Below 40nF, it is measured as a large value.
Anything above 40nF is measured as a small value.
A larger volume is measured with a smaller value.
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