精密高抵抗器 抵抗値測定値付 在庫品リスト
@販売価格は温度特性・抵抗値・実測値での公称抵抗値より抵抗値許容差により大幅に変化します。
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形状 通常の1/4W金属皮膜抵抗器の外観大きさ 全数測定値データ付き 3000円より
形名の構成 | 測定値A | 測定日A | 測定値B | 測定日B | 経年変化 | 備考 | |||
180M J | 181.70 | 2006.10.6 | |||||||
180M J | 181.92 | 2006.10.6 | |||||||
180M J | 184.08 | 2006.10.6 | |||||||
180M J | 182.73 | 2006.10.6 | |||||||
180M J | 191.55 | 2006.10.6 | |||||||
2000M J | 2019 | 2006.9.25 | |||||||
2000M J | 2028 | 2006.9.25 | |||||||
2000M J | 2028 | 2006.9.25 | |||||||
2000M J | 2079 | 2006.9.25 | |||||||
180M J | 184.01 | 2006.10.6 | |||||||
180M J | 188.34 | 2006.10.6 | |||||||
180M J | 180.42 | 2006.10.6 | |||||||
180M J | 181.64 | 2006.10.6 | |||||||
180M J | 186.28 | 2006.10.6 | |||||||
180M J | 188.96 | 2006.10.6 | |||||||
180M J | 182.36 | 2006.10.6 | |||||||
180M J | 184.15 | 2006.10.6 | |||||||
180M J | 181.78 | 2006.10.6 | |||||||
180M J | 189.58 | 2006.10.6 | |||||||
2000M J | 2028 | 2006.9.25 | |||||||
2000M J | 2074 | 2006.9.25 | |||||||
2000M J | 2062 | 2006.9.25 | |||||||
2000M J | 1991 | 2006.9.25 | |||||||
2000M J | 2049 | 2006.9.25 | |||||||
2000M J | 2010 | 2013.7 | |||||||
2000M J | 2016 | 2013.7 | |||||||
2000M J | 2022 | 2013.7 | |||||||
2000M J | 1990 | 2013.7 | |||||||
2000M J | 2035 | 2013.7 | |||||||
2000M J | 2062 | 2013.7 | |||||||
2000M J | 2032 | 2013.7 | |||||||
2000M J | 2071 | 2013.7 | |||||||
2000M J | 2033 | 2013.7 | |||||||
300M J | 298.58 | 2006.10.6 | |||||||
300M J | 298.78 | 2006.10.6 | |||||||
300M J | 302.23 | 2006.10.6 | |||||||
300M J | 300.20 | 2006.10.6 | |||||||
300M J | 298.20 | 2006.10.6 | |||||||
300M J | 300.96 | 2006.10.6 | |||||||
300M J | 298.73 | 2006.10.6 | |||||||
300M J | 298.30 | 2006.10.6 | |||||||
300M J | 298.66 | 2006.10.6 | |||||||
300M J | 300.68 | 2006.10.6 | |||||||
300M J | 301.66 | 2006.10.6 | |||||||
300M J | 300.30 | 2006.10.6 | |||||||
300M J | 298.92 | 2006.10.6 | |||||||
300M J | 300.08 | 2006.10.6 | |||||||
300M J | 298.37 | 2006.10.6 | |||||||
3.6M F | 3.585 | 2007.2.21 | |||||||
3.6M F | 3.592 | 2007.2.21 | |||||||
3.6M F | 3.580 | 2007.2.21 | |||||||
3.6M F | 3.577 | 2007.2.21 | |||||||
3.6M F | 3.589 | 2007.2.21 | |||||||
3.6M F | 3.577 | 2007.2.21 | |||||||
3.6M F | 3.581 | 2007.2.21 | |||||||
3.6M F | 3.584 | 2007.2.21 | |||||||
3.6M F | 3.591 | 2007.2.21 | |||||||
5.8M F | 5.815 | 2007.2.21 | |||||||
5.8M F | 5.818 | 2007.2.21 | |||||||
5.8M F | 5.792 | 2007.2.21 | |||||||
8.6M F | 8.623 | 2007.2.21 | 8.624 | 2013.7 | |||||
8.6M F | 8.573 | 2007.2.21 | 8.574 | 2013.7 | |||||
8.6M F | 8.600 | 2007.2.21 | |||||||
8.6M F | 8.572 | 2007.2.21 | |||||||
8.6M F | 8.530 | 2007.2.21 | |||||||
8.6M F | 8.571 | 2007.2.21 | |||||||
24M F | 23.80 | 2007.2.21 | |||||||
24M F | 23.91 | 2007.2.21 | |||||||
24M F | 23.88 | 2007.2.21 | |||||||
24M F | 23.82 | 2007.2.21 | |||||||
24M F | 23.88 | 2007.2.21 | |||||||
24M F | 23.85 | 2007.2.21 | |||||||
24M F | 23.81 | 2007.2.21 | |||||||
24M F | 23.94 | 2007.2.21 | |||||||
24M F | 23.82 | 2007.2.21 | |||||||
24M F | 23.91 | 2007.2.21 | |||||||
24M F | 24.03 | 2007.2.21 | |||||||
24M F | 23.84 | 2007.2.21 | |||||||
24M F | 24.05 | 2007.2.21 | |||||||
24M F | 23.86 | 2007.2.21 | |||||||
24M F | 23.84 | 2007.2.21 | |||||||
24M F | 23.88 | 2007.2.21 | |||||||
24M F | 24.00 | 2007.2.21 | |||||||
24M F | 24.09 | 2007.2.21 | |||||||
24M F | 23.91 | 2007.2.21 | |||||||
24M F | 23.85 | 2007.2.21 | |||||||
24M F | 23.91 | 2007.2.21 | |||||||
24M F | 23.84 | 2007.2.21 | |||||||
24M F | 23.95 | 2007.2.21 | |||||||
24M F | 23.93 | 2007.2.21 | |||||||
24M F | 23.93 | 2007.2.21 | |||||||
24M F | 24.01 | 2007.2.21 | |||||||
24M F | 24.09 | 2007.2.21 | |||||||
24M F | 23.85 | 2007.2.21 | |||||||
24M F | 23.89 | 2007.2.21 | |||||||
24M F | 23.83 | 2007.2.21 | |||||||
24M F | 23.82 | 2007.2.21 | |||||||
24M F | 23.97 | 2007.2.21 | |||||||
24M F | 24.01 | 2007.2.21 | |||||||
24M F | 23.83 | 2007.2.21 | |||||||
24M F | 23.94 | 2007.2.21 | |||||||
24M F | 24.03 | 2007.2.21 | |||||||
24M F | 23.93 | 2007.2.21 | |||||||
24M F | 23.85 | 2007.2.21 | |||||||
24M F | 23.80 | 2007.2.21 | 23.81 | 2008.5.1 | |||||
24M F | 24.01 | 2007.2.21 |
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型式 MRS−02 〜〜〜 B(抵抗値許容差±0.1%) 全数測定値データ付き 500円より
形名の構成 | 抵抗値 | 数量 | |||||||
514 B T11 | 510KΩ | 100 | |||||||
105 B T12 | 1MΩ | 70 | |||||||
104 B T11 | 100KΩ | 80 | |||||||
332 B T1 | 3.3KΩ | 500 | |||||||
温度特性 T11:±5(ppm/℃) T12:±10(ppm/℃) T1:±25(ppm/℃)
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型式 GS 全数測定値データ付き 5000円より
形名の構成 | 抵抗値A | 測定日A | 抵抗値B | 測定日B | 経年変化 | 数量 | |||
1/2 A 500M K | 500MΩ | 5 | |||||||
1/2 B 200M K | 200MΩ | 30 | |||||||
1/2 B 200M K | 195.90MΩ | 2013.7 | |||||||
1 A 5000M K | 5220MΩ | 2013.7 | |||||||
1 A 5000M K | 5093MΩ | 2013.7 | |||||||
1 A 2000M K | 2000MΩ | 6 | |||||||
1 A 2000M K | 2005MΩ | 2013.7 | |||||||
1 A 2000M K | 2038MΩ | 2013.7 | |||||||
1/2 B 100M K | 100MΩ | 2 | |||||||
1 A 5M J | 5MΩ | 40 | |||||||
1 A 10M F | 10MΩ | 20 | |||||||
1 A 20M J | 20MΩ | 40 | |||||||
1/2 A 1M J | 1MΩ | 4 | |||||||
1/2 A 1.8M J | 1.8MΩ | 4 | |||||||
1/4 B 25M J | 25MΩ | 300 | |||||||
2 A 40M G 1 | 40.012MΩ | 2009.11 | 39.91 | 2013.7 | 925 | ||||
2 A 40M G 2 | 39.867MΩ | 2009.11 | 39.76 | 2013.7 | 925 | ||||
2 A 40M G 3 | 40.168MΩ | 2009.11 | 40.07 | 2013.7 | 925 | ||||
2 A 40M G 4 | 39.746MΩ | 2009.11 | 39.64 | 2013.7 | 925 | ||||
2 A 40M G 5 | 39.910MΩ | 2009.11 | 39.81 | 2013.7 | 925 | ||||
5 A 100M J | 98.202MΩ | 2009.11 | 98.11 | 2013.7 | −0.025 | 031 | |||
5 A 100M J | 99.594MΩ | 2009.11 | 99.49 | 2013.7 | −0.029 | ま | 031 | ||
温度特性 D(A):±200(ppm/℃) L(B):±100(ppm/℃)
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全数測定値データ付き 5000円より ファインケム社製造品(旧ヒドラジン)
形名の構成 | 抵抗値A | 測定日A | 抵抗値B | 測定日B | 経年変化 | 数量 | |||
RH1HVS 1G J | 0.9967GΩ | 2013.7 | 1 | ||||||
RH1HVS 10G J | 10.23GΩ | 2013.7 | 1 | ||||||
RH1HVS 100M J | 100.05MΩ | 2013.7 | 他2 | ||||||
RH2HVS 40M G 1 | 40.328MΩ | 2009.11 | 40.23 | 2013.7 | 39D20 | ||||
RH2HVS 40M G 2 | 40.206MΩ | 2009.11 | 40.11 | 2013.7 | 39D20 | ||||
RH2HVS 40M G 3 | 39.99MΩ | 2009.11 | 39.88 | 2013.7 | 39D20 | ||||
RH2HVS 40M G 4 | 40.219MΩ | 2009.11 | 40.13 | 2013.7 | 39D20 | ||||
RH2HVS 40M G 5 | 40.260MΩ | 2009.11 | 40.17 | 2013.7 | 39D20 | ||||
RG08V2F 100M J | 100MΩ | 20 | |||||||
温度特性 S:±200(ppm/℃)
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全数測定値データ付き 500円より 温度特性:ppm/℃ 電力:W
形名の構成 | 抵抗値 | 製造メーカ | 温度特性 | 許容差 | 電力 | 数量 | |
RN60C2554F | 2.55MΩ | KOA | ±50 | ±1% | 下記 | 50 | |
50M F | 50MΩ | ±100 | ±1% | 200 | |||
50M F | 50.076MΩ | ±100 | ±1% | ||||
50M F | 49.804MΩ | ±100 | ±1% | ||||
50M F | 50.367MΩ | ±100 | ±1% | ||||
50M F | 49.852MΩ | ±100 | ±1% | ||||
50M F | 50.015MΩ | ±100 | ±1% | ||||
50M F ×20 | 0.9995GΩ | ±100 | ±1% | ||||
50M F ×18 | 0.9048GΩ | ±100 | ±1% | ||||
RNS1/4EC B | 2kΩ | KOA | ±25 | ±0.1% | 100 | ||
RN65E B | 100Ω | KOA | ±25 | ±0.1% | 10 | ||
RN65E B | 150Ω | KOA | ±25 | ±0.1% | 10 | ||
RN65E B | 1.1KΩ | KOA | ±25 | ±0.1% | 10 | ||
RN65E B | 11KΩ | KOA | ±25 | ±0.1% | 10 | ||
RN65E B | 15KΩ | KOA | ±25 | ±0.1% | 10 | ||
RN65E B | 110KΩ | KOA | ±25 | ±0.1% | 10 | ||
RN65E B | 200KΩ | KOA | ±25 | ±0.1% | 10 | ||
RMG50JX20M | 20MΩ | ±100 | ±5% | 1/2 | 50 | ||
RMG50JX10M | 10MΩ | ±100 | ±5% | 1/2 | 50 | ||
RMG25FX10M | 10MΩ | ±100 | ±1% | 1/4 | 50 | ||
TH60 LG 10M | 10MΩ | TAISEI | ±200 | ±2% | 1/4 | 50 | |
TH60 KF 10M | 10MΩ | TAISEI | ±100 | ±1% | 1/4 | 100 | |
TH60 ED 100 | 100Ω | TAISEI | ±25 | ±0.5% | 1/4 | 100 | |
TH60 ED 130 | 130Ω | TAISEI | ±25 | ±0.5% | 1/4 | 100 | |
TH60 EF 680 | 680Ω | TAISEI | ±25 | ±1% | 1/4 | 100 | |
TH60 ED 900 | 900Ω | TAISEI | ±25 | ±0.5% | 1/4 | 100 | |
TH60 ED 5k | 5kΩ | TAISEI | ±25 | ±0.5% | 1/4 | 100 | |
TH60 ED 9k | 9kΩ | TAISEI | ±25 | ±0.5% | 1/4 | 100 | |
TH60 ED 10k | 10kΩ | TAISEI | ±25 | ±0.5% | 1/4 | 100 | |
TH60 ED 99k | 99kΩ | TAISEI | ±25 | ±0.5% | 1/4 | 100 | |
TH60 ED 316k | 316kΩ | TAISEI | ±25 | ±0.5% | 1/4 | 100 | |
TH60 ED 1M | 1MΩ | TAISEI | ±25 | ±0.5% | 1/4 | 100 | |
RN60 ED | 110Ω | KOA | ±25 | ±0.5% | 20 | ||
RN60 ED | 965Ω | KOA | ±25 | ±0.5% | 20 | ||
RN60 ED | 1.1kΩ | KOA | ±25 | ±0.5% | 20 | ||
RN60 ED | 9.65kΩ | KOA | ±25 | ±0.5% | 20 | ||
RN60 ED | 15kΩ | KOA | ±25 | ±0.5% | 20 | ||
RN60 ED | 24kΩ | KOA | ±25 | ±0.5% | 20 | ||
RNF14FAD9M53 | 9.53MΩ | STACKPOLE | ±100 | ±1% | 1/4 | 900 | |
←TH60 EF 680
RN60C2554F 測定日A 2016.8.1 28℃
NO | 抵抗値A MΩ | 測定日A | 抵抗値B | 温度係数 | 経年変化 | |||
101 | 2.55836 | 2016.8.1 | 2.55831 | −4ppm/℃ | ||||
1 | 2.55772 | 2016.8.1 | 2.55765 | −5ppm/℃ | ||||
2 | 2.55178 | |||||||
3 | 2.55483 | |||||||
4 | 2.55313 | |||||||
5 | 2.55427 | |||||||
6 | 2.55327 | |||||||
7 | 2.55428 | |||||||
8 | 2.55188 | |||||||
9 | 2.55053 | |||||||
10 | 2.54263 | |||||||
11 | 2.55143 | |||||||
12 | 2.54865 | |||||||
13 | 2.55202 | |||||||
14 | 2.55618 | |||||||
15 | 2.55763 | |||||||
16 | 2.56786 | |||||||
17 | 2.54754 | |||||||
18 | 2.55496 | |||||||
19 | 2.55452 | |||||||
20 | 2.56011 | |||||||
21 | 2.55328 | |||||||
22 | 2.55341 | |||||||
23 | 2.53939 | |||||||
24 | 2.55392 | |||||||
25 | 2.55606 | |||||||
26 | 2.55222 | |||||||
27 | 2.55400 | |||||||
28 | 2.55687 | |||||||
29 | 2.55565 | |||||||
30 | 2.563XX | |||||||
31 | 2.55302 | |||||||
32 | 2.55324 | |||||||
33 | 2.55855 | |||||||
34 | ||||||||
35 | 2.55034 | |||||||
36 | 2.55142 | |||||||
37 | 2.54990 | |||||||
38 | 2.55268 | |||||||
39 | 2.55004 | |||||||
40 | 2.5568X | |||||||
41 | 2.55721 | |||||||
42 | 2.55393 | |||||||
43 | 2.55206 | |||||||
44 | 2.55343 | |||||||
45 | 2.55702 | |||||||
46 | 2.55292 | |||||||
47 | 2.55777 | |||||||
48 | 2.55410 | |||||||
49 | 2.54223 | |||||||
50 | 2.55365 | |||||||
51 | 2.55153 | |||||||
52 | 2.55645 | |||||||
53 | 2.55505 | |||||||
54 | 2.55457 | |||||||
55 | 2.55575 | |||||||
56 | 2.55124 | |||||||
57 | 2.55351 | |||||||
58 | 2.55806 | |||||||
59 | 2.55479 | |||||||
60 | 2.54855 | |||||||
61 | 2.55233 | |||||||
62 | 2.55564 | |||||||
63 | 2.55680 | |||||||
64 | 2.55218 | |||||||
65 | 2.55368 | |||||||
66 | 2.55922 | |||||||
67 | 2.55297 | |||||||
68 | 2.55030 | |||||||
69 | 2.55764 | |||||||
70 | 2.55939 | |||||||
71 | 2.55082 | |||||||
72 | 2.55616 | |||||||
73 | 2.55614 | |||||||
74 | 2.54697 | |||||||
75 | 2.55145 | |||||||
76 | 2.56051 | |||||||
77 | 2.55152 | |||||||
78 | 2.54215 | |||||||
79 | 2.55588 | |||||||
80 | 2.56274 | |||||||
81 | 2.55367 | |||||||
82 | 2.55493 | |||||||
83 | 2.56235 | |||||||
84 | 2.56482 | |||||||
85 | 2.55464 | |||||||
86 | 2.55265 | |||||||
87 | 2.55588 | |||||||
88 | 2.55888 | |||||||
89 | 2.55603 | |||||||
90 | 2.56446 | |||||||
91 | 2.55486 | |||||||
92 | 2.55399 | |||||||
93 | 2.55686 | |||||||
94 | 2.55690 | |||||||
95 | 2.55348 | |||||||
96 | 2.56712 | |||||||
97 | 2.54847 | |||||||
98 | 2.55388 | |||||||
99 | 2.55965 | |||||||
100 | 2.55492 |
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VISHAY MBB 0207−プロ版
全数測定値データ付き 500円より 温度特性:ppm/℃ 電力:W
形名の構成 | 抵抗値 | 製造メーカ | 温度特性 | 許容差 | 電力 | 数量 | |
入荷未定 | 0.22Ω | VISHAY BC | ±50 | ±5% | 0.6 | 0 | |
入荷未定 | 3.32MΩ | VISHAY BC | ±50 | ±1% | 0.6 | 0 | |
BC4.75MZCT | 4.75MΩ | VISHAY BC | ±50 | ±1% | 0.6 | 90 | |
BC10.0MZTR | 10MΩ | VISHAY BC | ±50 | ±1% | 0.6 | 999 | |
BC15MACT | 15MΩ | VISHAY BC | ±50 | ±5% | 0.6 | 90 | |
入荷未定 | 22MΩ | VISHAY BC | ±50 | ±5% | 0.6 | 0 | |
製造 INDIA | 最高使用電圧 | 350V |
@通常の金属皮膜抵抗器の許容差1%(5%)、温度係数50ppm品より単価が3倍以上しますが通常では製造
範囲外の0.22Ωから22MΩまでで高品質です。他汎用品では温度係数が100、200、350になります。
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形名の構成 BC4.75MZCT 測定温度 23℃ 測定器 HP3458A(特別校正) 測定確度±0.002%
NO | 抵抗値A MΩ | 測定日A | 抵抗値B | 測定日B | 経年変化 | |||
1 | 4.7352 | 2014.2 | ||||||
2 | 4.7272 | 2014.2 | ||||||
3 | 4.7293 | 2014.2 | ||||||
4 | 4.7303 | 2014.2 | ||||||
5 | 4.7317 | 2014.2 | ||||||
6 | 4.7270 | 2014.2 | ||||||
7 | 4.7343 | 2014.2 | ||||||
8 | 4.7261 | 2014.2 | ||||||
9 | 4.7290 | 2014.2 | ||||||
10 | 4.7346 | 2014.2 | ||||||
11 | 4.7339 | 2014.2 | ||||||
12 | 4.7301 | 2014.2 | ||||||
13 | 4.7327 | 2014.2 | ||||||
14 | 4.7357 | 2014.2 | ||||||
15 | 4.7244 | 2014.2 | ||||||
16 | 4.7322 | 2014.2 | ||||||
17 | 4.7260 | 2014.2 | ||||||
18 | 4.7309 | 2014.2 | ||||||
19 | 4.7246 | 2014.2 | ||||||
20 | 4.7337 | 2014.2 |
5本のサンプルデータ(BC4.75MZCT):温度係数−6〜−10ppm/℃
3.6V基準の電圧係数36V:0.000%〜−0.001%
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形名の構成 BC10.0MZTR 測定温度 23℃ 測定器 HP3458A(特別校正) 測定確度±0.002%
NO | 抵抗値A MΩ | 測定日A | 抵抗値B | 測定日B | 経年変化 | |||
1 | 09.9997 | 2014.2 | ||||||
2 | 09.9751 | 2014.2 | ||||||
3 | 09.9869 | 2014.2 | ||||||
4 | 10.0115 | 2014.2 | ||||||
5 | 09.9842 | 2014.2 | ||||||
6 | 09.9916 | 2014.2 | ||||||
7 | 10.0033 | 2014.2 | ||||||
8 | 09.9818 | 2014.2 | ||||||
9 | 09.9887 | 2014.2 | ||||||
10 | 09.9801 | 2014.2 | ||||||
11 | 09.9834 | 2014.2 | ||||||
12 | 09.9861 | 2014.2 | ||||||
13 | 09.9703 | 2014.2 | ||||||
14 | 10.0128 | 2014.2 | ||||||
15 | 09.9920 | 2014.2 | ||||||
16 | 09.9730 | 2014.2 | ||||||
17 | 09.9747 | 2014.2 | ||||||
18 | 09.9880 | 2014.2 | ||||||
19 | 09.9837 | 2014.2 | ||||||
20 | 09.9694 | 2014.2 | ||||||
21 | 09.9722 | 2014.2 | ||||||
22 | 09.9876 | 2014.2 | ||||||
23 | 09.9983 | 2014.2 | ||||||
24 | 09.9962 | 2014.2 | ||||||
25 | 09.9847 | 2014.2 | ||||||
26 | 09.9995 | 2014.2 | ||||||
27 | 09.9780 | 2014.2 | ||||||
28 | 09.9901 | 2014.2 | ||||||
29 | 09.9935 | 2014.2 | ||||||
30 | 09.9986 | 2014.2 | ||||||
31 | 09.9963 | 2014.2 | ||||||
32 | 09.9873 | 2014.2 | ||||||
33 | 10.0052 | 2014.2 | ||||||
34 | 09.9767 | 2014.2 | ||||||
35 | 10.0154 | 2014.2 | ||||||
36 | 09.9959 | 2014.2 | ||||||
37 | 10.0210 | 2014.2 | ||||||
38 | 09.9975 | 2014.2 | ||||||
39 | 09.9751 | 2014.2 | ||||||
40 | 10.0044 | 2014.2 | ||||||
41 | 09.9586 | 2014.2 | ||||||
42 | 09.9749 | 2014.2 | ||||||
43 | 09.9825 | 2014.2 | ||||||
44 | 09.9864 | 2014.2 | ||||||
45 | 10.0190 | 2014.2 | ||||||
46 | 10.0162 | 2014.2 | ||||||
47 | 10.0112 | 2014.2 | ||||||
48 | 09.9958 | 2014.2 | ||||||
49 | 09.9659 | 2014.2 | ||||||
50 | 09.9757 | 2014.2 | ||||||
51 | 09.9989 | 2014.2 | ||||||
52 | 09.9741 | 2014.2 | ||||||
53 | 10.0014 | 2014.2 | ||||||
54 | 09.9879 | 2014.2 | ||||||
55 | 09.9857 | 2014.2 | ||||||
56 | 09.9935 | 2014.2 | ||||||
57 | 09.9960 | 2014.2 | ||||||
58 | 09.9915 | 2014.2 | ||||||
59 | 09.9841 | 2014.2 | ||||||
60 | 09.9840 | 2014.2 | ||||||
61 | 09.9815 | 2014.2 | ||||||
62 | 09.9817 | 2014.2 | ||||||
63 | 09.9926 | 2014.2 | ||||||
64 | 09.9799 | 2014.2 | ||||||
65 | 09.9744 | 2014.2 | ||||||
66 | 09.9977 | 2014.2 | ||||||
67 | 09.9968 | 2014.2 | ||||||
68 | 09.9856 | 2014.2 | ||||||
69 | 09.9803 | 2014.2 | ||||||
70 | 10.0054 | 2014.2 | ||||||
71 | 09.9939 | 2014.2 | ||||||
72 | 09.9700 | 2014.2 | ||||||
73 | 09.9856 | 2014.2 | ||||||
74 | 09.9838 | 2014.2 | ||||||
75 | 09.9862 | 2014.2 | ||||||
76 | 09.9969 | 2014.2 | ||||||
77 | 09.9809 | 2014.2 | ||||||
78 | 09.9868 | 2014.2 | ||||||
79 | 09.9913 | 2014.2 | ||||||
80 | 09.9783 | 2014.2 | ||||||
81 | 09.9821 | 2014.2 | ||||||
82 | 09.9970 | 2014.2 | ||||||
83 | 09.9803 | 2014.2 | ||||||
84 | 09.9861 | 2014.2 | ||||||
85 | 09.9668 | 2014.2 | ||||||
86 | 09.9899 | 2014.2 | ||||||
87 | 09.9875 | 2014.2 | ||||||
88 | 09.9983 | 2014.2 | ||||||
89 | 09.9931 | 2014.2 | ||||||
90 | 09.9816 | 2014.2 | ||||||
91 | 09.9741 | 2014.2 | ||||||
92 | 10.0166 | 2014.2 | ||||||
93 | 10.0033 | 2014.2 | ||||||
94 | 09.9764 | 2014.2 | ||||||
95 | 09.9941 | 2014.2 | ||||||
96 | 09.9783 | 2014.2 | ||||||
97 | 09.9965 | 2014.2 | ||||||
98 | 09.9878 | 2014.2 | ||||||
99 | 09.9971 | 2014.2 | ||||||
100 | 09.9746 | 2014.2 |
←VISHAY BC
10本のサンプルデータ(BC10.0MZTR):温度係数−6〜−16ppm/℃、抵抗値許容差−0.2%〜+0.1%
5V基準の電圧係数50V:−0.001%〜−0.004%、100V:−0.001%〜−0.005%
200V:−0.006%〜−0.01%
形名の構成 BC10.0MZTR 測定温度 23℃ 測定器 アドバンテスト R6581 (特別校正)
測定確度±0.004%(0.001%の桁まで読み5桁MΩで記載)
NO | 抵抗値A | 抵抗値B | 抵抗値C | ||||||
1 | |||||||||
2 | |||||||||
3 | |||||||||
4 | |||||||||
5 | |||||||||
6 | |||||||||
7 | |||||||||
8 | |||||||||
9 | |||||||||
10 | |||||||||
11 | |||||||||
12 | |||||||||
13 | |||||||||
14 | |||||||||
15 | |||||||||
16 | |||||||||
17 | |||||||||
18 | |||||||||
19 | |||||||||
20 | |||||||||
21 | |||||||||
22 | |||||||||
23 | |||||||||
24 | |||||||||
25 | |||||||||
26 | |||||||||
27 | |||||||||
28 | |||||||||
29 | |||||||||
30 | |||||||||
31 | |||||||||
32 | |||||||||
33 | |||||||||
34 | |||||||||
35 | |||||||||
36 | |||||||||
37 | |||||||||
38 | |||||||||
39 | |||||||||
40 | |||||||||
41 | |||||||||
42 | |||||||||
43 | |||||||||
44 | |||||||||
45 | |||||||||
46 | |||||||||
47 | |||||||||
48 | |||||||||
49 | |||||||||
50 | |||||||||
51 | |||||||||
52 | |||||||||
53 | |||||||||
54 | |||||||||
55 | |||||||||
56 | |||||||||
57 | |||||||||
58 | |||||||||
59 | |||||||||
60 | |||||||||
61 | |||||||||
62 | |||||||||
63 | |||||||||
64 | |||||||||
65 | |||||||||
66 | |||||||||
67 | |||||||||
68 | |||||||||
69 | |||||||||
70 | |||||||||
71 | |||||||||
72 | |||||||||
73 | |||||||||
74 | |||||||||
75 | |||||||||
76 | |||||||||
77 | |||||||||
78 | |||||||||
79 | |||||||||
80 | |||||||||
81 | |||||||||
82 | |||||||||
83 | |||||||||
84 | |||||||||
85 | |||||||||
86 | |||||||||
87 | |||||||||
88 | |||||||||
89 | |||||||||
90 | |||||||||
91 | |||||||||
92 | |||||||||
93 | |||||||||
94 | |||||||||
95 | |||||||||
96 | |||||||||
97 | |||||||||
98 | |||||||||
99 | |||||||||
100 |
−−−−−−−−−−−−−−−
−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−
形名の構成 BC15MACT 測定温度 23℃ 測定器 HP3458A(特別校正) 測定確度±0.01%
NO | 抵抗値A MΩ | 測定日A | 抵抗値B | 測定日B | 経年変化 | |||
1 | 14.839 | 2014.2 | ||||||
2 | 14.836 | 2014.2 | ||||||
3 | 14.786 | 2014.2 | ||||||
4 | 14.780 | 2014.2 | ||||||
5 | 14.826 | 2014.2 | ||||||
6 | 14.835 | 2014.2 | ||||||
7 | 14.807 | 2014.2 | ||||||
8 | 14.827 | 2014.2 | ||||||
9 | 14.843 | 2014.2 | ||||||
10 | 14.971 | 2014.2 | ||||||
11 | 14.948 | 2014.2 | ||||||
12 | 14.838 | 2014.2 | ||||||
13 | 14.830 | 2014.2 | ||||||
14 | 14.890 | 2014.2 | ||||||
15 | 14.833 | 2014.2 | ||||||
16 | 14.841 | 2014.2 | ||||||
17 | 14.835 | 2014.2 | ||||||
18 | 14.846 | 2014.2 | ||||||
19 | 14.838 | 2014.2 | ||||||
20 | 14.877 | 2014.2 | ||||||
21 | 14.809 | 2014.2 | ||||||
22 | 14.805 | 2014.2 | ||||||
23 | 14.862 | 2014.2 | ||||||
24 | 14.808 | 2014.2 | ||||||
25 | 14.860 | 2014.2 | ||||||
26 | 14.814 | 2014.2 | ||||||
27 | 14.830 | 2014.2 | ||||||
28 | 14.850 | 2014.2 | ||||||
29 | 14.804 | 2014.2 | ||||||
30 | 14.850 | 2014.2 |
2本のサンプルデータ(BC15MACT):温度係数−2〜−4ppm/℃
6.6V基準の電圧係数66V:−0.001%、240V:−0.02%〜−0.03%
−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−
RF 1/4 N 100k RB フラット電子 角板形金属薄膜固定抵抗器
全数測定値データ付き1000円より サイズ 約10mm×約8mm 線間7.6mm
形名の構成 | 抵抗値 | 製造メーカ | 温度特性 | 許容差 | 電力 | 数量 | |
RF1/4N100kRB | 100kΩ | フラット電子 | ±25 | ±0.1% | 1/4 | 200 | |
ppm/℃ | W |
注:実測抵抗値は参考例で100.01kΩは実測値で100.005〜100.014kΩです。測定確度±0.0004%
温度特性は実測値で数ppm/℃です。(簡易温度特性試験で数個のサンプルデータにて)
形名の構成 | 実測抵抗値 | 数量 | 測定日 | ||||||
RF1/4N100kRB | 99.95kΩ以下 | 3 | 2014.2 | ||||||
RF1/4N100kRB | 099.96kΩ | 5 | 2014.2 | ||||||
RF1/4N100kRB | 099.97kΩ | 8 | 2014.2 | ||||||
RF1/4N100kRB | 099.98kΩ | 13 | 2014.2 | ||||||
RF1/4N100kRB | 099.99kΩ | 20 | 2014.2 | ||||||
RF1/4N100kRB | 099.998kΩ | 1 | 2014.2 | ||||||
RF1/4N100kRB | 099.999kΩ | 3 | 2014.2 | ||||||
RF1/4N100kRB | 100.00kΩ | 10 | 2014.2 | ||||||
RF1/4N100kRB | 100.000kΩ | 5 | 2014.2 | ||||||
RF1/4N100kRB | 100.001kΩ | 1 | 2014.2 | ||||||
RF1/4N100kRB | 100.002kΩ | 5 | 2014.2 | ||||||
RF1/4N100kRB | 100.01kΩ | 25 | 2014.2 | ||||||
RF1/4N100kRB | 100.02kΩ | 25 | 2014.2 | ||||||
RF1/4N100kRB | 100.03kΩ | 15 | 2014.2 | ||||||
RF1/4N100kRB | 100.04kΩ | 9 | 2014.2 | ||||||
RF1/4N100kRB | 100.05kΩ | 11 | 2014.2 | ||||||
RF1/4N100kRB | 100.06kΩ以上 | 13 | 2014.2 | ||||||
←フラット電子
−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−
1N 10MQF フラット電子 数量下記NOのみ在庫 角板形金属薄膜固定抵抗器
製造2010年4月〜2010年5月 全数測定値データ付き3000円より(誤差により高額)
サイズ 約25mm×約13mm 線間22.9mm
測定器 アドバンテスト R6581 (特別校正)
測定確度±0.002%(0.0001%の桁まで読み6桁で記載)
形名の構成 | NO | 抵抗値A | 測定日A | 抵抗値B | 測定日B | 経年変化 | ||
1N 10MQF | 130 | 09.9448MΩ | 2012 | 09.9445 | 2013.7 | −0.003 | ||
1N 10MQF | 133 | 10.0214MΩ | 2012 | 10.0209 | 2013.7 | −0.005 | ||
1N 10MQF | 140 | 10.0006MΩ | 2012 | 10.0002 | 2013.7 | −0.004 | ||
1N 10MQF | 152 | 10.0007MΩ | 1 | 10.0004 | 2013.7 | −0.003 | ||
1N 10MQF | 130 | 09.9448MΩ | 2012 | 09.9454 | 2025.4 | 0.001 | ||
1N 10MQF | 133 | 10.0214MΩ | 2012 | 10.0218 | 2025.4 | 0.001 | ||
1N 10MQF | 152 | 10.0007MΩ | 1 | 10.0011 | 2025.4 | 0.001 | ||
1N 10MQF | 143 | 09.9996MΩ | 2012 | 09.9993 | 2013.7 | −0.003 | ||
1N 10MQF | 144 | 09.9980MΩ | 2012 | 09.9978 | 2013.7 | −0.002 | ||
1N 10MQF | 145 | 09.9956MΩ | 2012 | 09.9953 | 2013.7 | −0.003 | ||
1N 10MQF | 148 | 09.9955MΩ | 2012 | 09.9953 | 2013.7 | −0.002 | ||
1N 10MQF | 149 | 09.9990MΩ | 2012 | 09.9988 | 2013.7 | −0.002 | ||
1N 10MQF | 150 | 09.9679MΩ | 2012 | 09.9676 | 2013.7 | −0.003 | ||
1N 10MQF | 154 | 09.9965MΩ | 2012 | 09.9962 | 2013.7 | −0.003 | ||
1N 10MQF | 156 | 09.9942MΩ | 2012 | 09.9939 | 2013.7 | −0.003 | ||
1N 10MQF | 157 | 09.9929MΩ | 2 | 09.9927 | 2013.7 | −0.002 | ||
1N 10MQF | 143 | 09.9996MΩ | 2012 | 10.0000 | 2025.4 | 0.001 | ||
1N 10MQF | 144 | 09.9980MΩ | 2012 | 09.9984 | 2025.4 | 0.001 | ||
1N 10MQF | 145 | 09.9956MΩ | 2012 | 09.9959 | 2025.4 | 0.001 | ||
1N 10MQF | 148 | 09.9955MΩ | 2012 | 09.9961 | 2025.4 | 0.001 | ||
1N 10MQF | 149 | 09.9990MΩ | 2012 | 09.9995 | 2025.4 | 0.001 | ||
1N 10MQF | 150 | 09.9679MΩ | 2012 | 09.9685 | 2025.4 | 0.001 | ||
1N 10MQF | 154 | 09.9965MΩ | 2012 | 09.9970 | 2025.4 | 0.001 | ||
1N 10MQF | 156 | 09.9942MΩ | 2012 | 09.9945 | 2025.4 | 0.001 | ||
1N 10MQF | 157 | 09.9929MΩ | 2 | 09.9934 | 2025.4 | 0.001 | ||
1N 10MQF | 263 | 10.0013MΩ | 2012 | 10.0020 | 2025.4 | 0.001 | ||
1N 10MQF | 264 | 10.0055MΩ | 2012 | 10.0062 | 2025.4 | 0.001 | ||
1N 10MQF | 265 | 10.0007MΩ | 2012 | 10.0014 | 2025.4 | 0.001 | ||
1N 10MQF | 266 | 10.0010MΩ | 2012 | 10.0016 | 2025.4 | 0.001 | ||
1N 10MQF | 268 | 10.0024MΩ | 2012 | 10.0032 | 2025.4 | 0.001 | ||
1N 10MQF | 270 | 10.0323MΩ | 2012 | 10.0332 | 2025.4 | 0.001 | ||
1N 10MQF | 272 | 10.0032MΩ | 2012 | 10.0044 | 2025.4 | 0.001 | ||
1N 10MQF | 274 | 10.0032MΩ | 2012 | 10.0039 | 2025.4 | 0.001 | ||
1N 10MQF | 277 | 10.0068MΩ | 2012 | 10.0075 | 2025.4 | 0.001 | ||
1N 10MQF | 278 | 10.0090MΩ | 2012 | 10.0097 | 2025.4 | 0.001 | ||
1N 10MQF | 279 | 10.0404MΩ | 2012 | 10.0411 | 2025.4 | 0.001 | ||
1N 10MQF | 280 | 10.0441MΩ | 3 | 10.0448 | 2025.4 | 0.001 | ||
形名の構成 | NO | 抵抗値A | 測定日A | 抵抗値B | 測定日B | 経年変化 | ||
1N 10MQF | 182 | 09.9984MΩ | 2012 | 09.9990 | 2025.4 | 0.001 | ||
1N 10MQF | 187 | 10.0006MΩ | 2012 | 10.0012 | 2025.4 | 0.001 | ||
1N 10MQF | 189 | 09.9995MΩ | 2012 | 09.9999 | 2025.4 | 0.001 | ||
1N 10MQF | 190 | 10.0022MΩ | 2012 | 10.0028 | 2025.4 | 0.001 | ||
1N 10MQF | 194 | 10.0012MΩ | 2012 | 10.0018 | 2025.4 | 0.001 | ||
1N 10MQF | 196 | 10.0013MΩ | 2012 | 10.0017 | 2025.4 | 0.001 | ||
1N 10MQF | 200 | 10.0018MΩ | 4 | 10.0021 | 2025.4 | 0.001 | ||
1N 10MQF | 187 | 10.0006MΩ | 2012 | 在庫あり | ハンダ | 付けあり | ||
1N 10MQF | 241 | 09.9996MΩ | 2012 | 10.0005 | 2025.4 | 0.001 | ||
1N 10MQF | 243 | 09.9998MΩ | 2012 | 10.0006 | 2025.4 | 0.001 | ||
1N 10MQF | 246 | 10.0026MΩ | 2012 | 10.0032 | 2025.4 | 0.001 | ||
1N 10MQF | 250 | 09.9996MΩ | 2012 | 10.0005 | 2025.4 | 0.001 | ||
1N 10MQF | 253 | 10.0014MΩ | 2012 | 10.0021 | 2025.4 | 0.001 | ||
1N 10MQF | 254 | 10.0455MΩ | 2012 | 10.0466 | 2025.4 | 0.001 | ||
1N 10MQF | 255 | 10.0009MΩ | 2012 | 10.0018 | 2025.4 | 0.001 | ||
1N 10MQF | 257 | 09.9999MΩ | 2012 | 10.0006 | 2025.4 | 0.001 | ||
1N 10MQF | 259 | 10.0290MΩ | 5 | 10.0296 | 2025.4 | 0.001 | ||
1N 10MQF | 188 | 10.0128MΩ | 2012 | 10.0133 | 2025.4 | 0.001 | ||
1N 10MQF | 191 | 10.0072MΩ | 2012 | 10.0076 | 2025.4 | 0.001 | ||
1N 10MQF | 192 | 10.0088MΩ | 2012 | 10.0092 | 2025.4 | 0.001 | ||
1N 10MQF | 193 | 10.0042MΩ | 2012 | 10.0048 | 2025.4 | 0.001 | ||
1N 10MQF | 195 | 10.0038MΩ | 2012 | 10.0042 | 2025.4 | 0.001 | ||
1N 10MQF | 197 | 10.0052MΩ | 2012 | 10.0057 | 2025.4 | 0.001 | ||
1N 10MQF | 198 | 10.0061MΩ | 2012 | 10.0066 | 2025.4 | 0.001 | ||
1N 10MQF | 199 | 10.0110MΩ | 2012 | 10.0115 | 2025.4 | 0.001 | ||
1N 10MQF | 245 | 10.0158MΩ | 2012 | 10.0165 | 2025.4 | 0.001 | ||
1N 10MQF | 248 | 10.0038MΩ | 2012 | 10.0046 | 2025.4 | 0.001 | ||
1N 10MQF | 252 | 10.0045MΩ | 2012 | 10.0053 | 2025.4 | 0.001 | ||
1N 10MQF | 260 | 10.0049MΩ | 6 | 10.0057 | 2025.4 | 0.001 | ||
形名の構成 | NO | 抵抗値A | 測定日A | 抵抗値B | 測定日B | 経年変化 | ||
1N 10MQF | 247 | 10.0204MΩ | 2012 | 10.0220 | 2025.4 | 0.001 | ||
1N 10MQF | 258 | 10.0100MΩ | 2012 | 10.0107 | 2025.4 | 0.001 | ||
1N 10MQF | 261 | 10.0064MΩ | 2012 | 10.0073 | 2025.4 | 0.001 | ||
1N 10MQF | 262 | 10.0085MΩ | 2012 | 10.0092 | 2025.4 | 0.001 | ||
1N 10MQF | 267 | 10.0077MΩ | 2012 | 10.0087 | 2025.4 | 0.001 | ||
1N 10MQF | 269 | 10.0086MΩ | 2012 | 10.0095 | 2025.4 | 0.001 | ||
1N 10MQF | 271 | 10.0077MΩ | 2012 | 10.0082 | 2025.4 | 0.001 | ||
1N 10MQF | 275 | 10.0075MΩ | 2012 | 10.0084 | 2025.4 | 0.001 | ||
1N 10MQF | 276 | 10.0099MΩ | 7 | 10.0108 | 2025.4 | 0.001 | ||
1N 10MQF | 青1 | 10.0015MΩ | 2012 | 10.0025 | 2025.4 | 0.001 | ||
1N 10MQF | 2 | 10.0100MΩ | 2012 | 10.0111 | 2025.4 | 0.001 | ||
1N 10MQF | 4 | 10.0022MΩ | 2012 | 10.0031 | 2025.4 | 0.001 | ||
1N 10MQF | 8 | 10.0200MΩ | 2012 | 10.0208 | 2025.4 | 0.001 | ||
1N 10MQF | 11 | 10.0067MΩ | 2012 | 10.0077 | 2025.4 | 0.001 | ||
1N 10MQF | 12 | 10.0056MΩ | 2012 | 10.0067 | 2025.4 | 0.001 | ||
1N 10MQF | 13 | 10.0456MΩ | 2012 | 10.0467 | 2025.4 | 0.001 | ||
1N 10MQF | 14 | 10.0081MΩ | 2012 | 10.0088 | 2025.4 | 0.001 | ||
1N 10MQF | 15 | 10.0045MΩ | 2012 | 10.0052 | 2025.4 | 0.001 | ||
1N 10MQF | 16 | 10.0078MΩ | 8 | 10.0087 | 2025.4 | 0.001 | ||
1N 10MQF | 161 | 10.0076MΩ | 2012 | 10.0084 | 2025.2 | 21℃ | ||
1N 10MQF | 166 | 10.0021MΩ | 2012 | 10.0031 | 2025.2 | 21℃ | ||
1N 10MQF | 167 | 10.0326MΩ | 2012 | 10.0332 | 2025.2 | 21℃ | ||
1N 10MQF | 168 | 10.0031MΩ | 2012 | 10.0041 | 2025.2 | 21℃ | ||
1N 10MQF | 171 | 09.9998MΩ | 2012 | 10.0003 | 2016.7 | 29℃<−2 | ||
1N 10MQF | 172 | 10.0043MΩ | 2012 | 10.0058 | 2025.2 | 21℃ | ||
1N 10MQF | 176 | 10.0013MΩ | 2012 | 10.0017 | 2017.10 | 在庫なし | ||
1N 10MQF | 178 | 09.9985MΩ | 9 | 09.9990 | 2016.7 | 29℃<−2 | ||
1N 10MQF | 161 | 10.0076MΩ | 2012 | 10.0084 | 2025.4 | 0.001 | ||
1N 10MQF | 166 | 10.0021MΩ | 2012 | 10.0030 | 2025.4 | 0.001 | ||
1N 10MQF | 167 | 10.0326MΩ | 2012 | 10.0331 | 2025.4 | 0.001 | ||
1N 10MQF | 168 | 10.0031MΩ | 2012 | 10.0040 | 2025.4 | 0.001 | ||
1N 10MQF | 171 | 09.9998MΩ | 2012 | 10.0007 | 2025.4 | 0.001 | ||
1N 10MQF | 172 | 10.0043MΩ | 2012 | 10.0052 | 2025.4 | 0.001 | ||
1N 10MQF | 178 | 09.9985MΩ | 9 | 09.9994 | 2025.4 | 0.001 | ||
形名の構成 | NO | 抵抗値A | 測定日A | 抵抗値B | 測定日B | 経年変化 | ||
1N 10MQF | 61 | 10.0292MΩ | 2012 | 10.0298 | 2025.4 | 0.001 | ||
1N 10MQF | 62 | 10.0025MΩ | 2012 | 10.0030 | 2025.4 | 0.001 | ||
1N 10MQF | 63 | 10.0146MΩ | 2012 | 10.0152 | 2025.4 | 0.001 | ||
1N 10MQF | 64 | 10.0105MΩ | 2012 | 10.0108 | 2025.4 | 0.001 | ||
1N 10MQF | 65 | 10.0153MΩ | 2012 | 10.0162 | 2025.4 | 0.001 | ||
1N 10MQF | 66 | 10.0194MΩ | 2012 | 10.0199 | 2025.4 | 0.001 | ||
1N 10MQF | 67 | 10.0070MΩ | 2012 | 10.0073 | 2025.4 | 0.001 | ||
1N 10MQF | 68 | 10.0075MΩ | 2012 | 10.0084 | 2025.4 | 0.001 | ||
1N 10MQF | 69 | 10.0140MΩ | 2012 | 10.0147 | 2025.4 | 0.001 | ||
1N 10MQF | 70 | 10.0126MΩ | 2012 | 10.0138 | 2025.4 | 0.001 | ||
1N 10MQF | 71 | 10.0000MΩ | 2012 | 10.0008 | 2025.4 | 0.001 | ||
1N 10MQF | 72 | 10.0271MΩ | 2012 | 10.0278 | 2025.4 | 0.001 | ||
1N 10MQF | 73 | 10.0020MΩ | 2012 | 10.0026 | 2025.4 | 0.001 | ||
1N 10MQF | 74 | 10.0112MΩ | 2012 | 10.0122 | 2025.4 | 0.001 | ||
1N 10MQF | 75 | 10.0093MΩ | 2012 | 10.0102 | 2025.4 | 0.001 | ||
1N 10MQF | 76 | 10.0138MΩ | 2012 | 10.0142 | 2025.4 | 0.001 | ||
1N 10MQF | 77 | 10.0337MΩ | 2012 | 10.0345 | 2025.4 | 0.001 | ||
1N 10MQF | 78 | 10.0250MΩ | 2012 | 10.0256 | 2025.4 | 0.001 | ||
1N 10MQF | 79 | 10.0109MΩ | 2012 | 10.0120 | 2025.4 | 0.001 | ||
1N 10MQF | 80 | 10.0263MΩ | 10 | 10.0272 | 2025.4 | 0.001 | ||
1N 10MQF | 41 | 09.9986MΩ | 2012 | 09.9994 | 2025.4 | 0.001 | ||
1N 10MQF | 42 | 10.0073MΩ | 2012 | 10.0079 | 2025.4 | 0.001 | ||
1N 10MQF | 43 | 10.0036MΩ | 2012 | 10.0043 | 2025.4 | 0.001 | ||
1N 10MQF | 44 | 10.0132MΩ | 2012 | 10.0139 | 2025.4 | 0.001 | ||
1N 10MQF | 47 | 09.9967MΩ | 2012 | 09.9973 | 2025.4 | 0.001 | ||
1N 10MQF | 48 | 10.0083MΩ | 2012 | 10.0091 | 2025.4 | 0.001 | ||
1N 10MQF | 49 | 10.0159MΩ | 2012 | 10.0163 | 2025.4 | 0.001 | ||
1N 10MQF | 50 | 10.0006MΩ | 2012 | 10.0013 | 2025.4 | 0.001 | ||
1N 10MQF | 51 | 10.0240MΩ | 2012 | 10.0248 | 2025.4 | 0.001 | ||
1N 10MQF | 52 | 09.9990MΩ | 2012 | 10.0000 | 2025.4 | 0.001 | ||
1N 10MQF | 53 | 09.9985MΩ | 2012 | 09.9992 | 2025.4 | 0.001 | ||
1N 10MQF | 54 | 10.0140MΩ | 2012 | 10.0149 | 2025.4 | 0.001 | ||
1N 10MQF | 55 | 10.0002MΩ | 2012 | 10.0009 | 2025.4 | 0.001 | ||
1N 10MQF | 56 | 10.0285MΩ | 2012 | 10.0289 | 2025.4 | 0.001 | ||
1N 10MQF | 59 | 10.0076MΩ | 2012 | 10.0083 | 2025.4 | 0.001 | ||
1N 10MQF | 60 | 10.0017MΩ | 11 | 10.0026 | 2025.4 | 0.001 | ||
1N 10MQF | 赤1 | 10.0052MΩ | 2012 | 10.0058 | 2025.4 | 0.001 | ||
1N 10MQF | 2 | 09.9509MΩ | 2012 | 09.9513 | 2025.4 | 0.001 | ||
1N 10MQF | 3 | 10.0078MΩ | 2012 | 10.0083 | 2025.4 | 0.001 | ||
1N 10MQF | 4 | 10.0079MΩ | 2012 | 10.0084 | 2025.4 | 0.001 | ||
1N 10MQF | 5 | 10.0074MΩ | 2012 | 10.0081 | 2025.4 | 0.001 | ||
1N 10MQF | 6 | 10.0011MΩ | 2012 | 10.0016 | 2025.4 | 0.001 | ||
1N 10MQF | 7 | 10.0342MΩ | 2012 | 10.0348 | 2025.4 | 0.001 | ||
1N 10MQF | 8 | 10.0064MΩ | 2012 | 10.0069 | 2025.4 | 0.001 | ||
1N 10MQF | 9 | 09.9985MΩ | 2012 | 09.9991 | 2025.4 | 0.001 | ||
1N 10MQF | 10 | 09.9594MΩ | 2012 | 09.9599 | 2025.4 | 0.001 | ||
1N 10MQF | 11 | 10.0067MΩ | 2012 | 10.0071 | 2025.4 | 0.001 | ||
1N 10MQF | 12 | 10.0016MΩ | 2012 | 10.0022 | 2025.4 | 0.001 | ||
1N 10MQF | 13 | 10.0079MΩ | 2012 | 10.0083 | 2025.4 | 0.001 | ||
1N 10MQF | 14 | 10.0025MΩ | 2012 | 10.0031 | 2025.4 | 0.001 | ||
1N 10MQF | 15 | 09.9995MΩ | 2012 | 09.9999 | 2025.4 | 0.001 | ||
1N 10MQF | 16 | 10.0090MΩ | 2012 | 10.0095 | 2025.4 | 0.001 | ||
1N 10MQF | 17 | 10.0068MΩ | 2012 | 10.0073 | 2025.4 | 0.001 | ||
1N 10MQF | 18 | 09.9969MΩ | 2012 | 09.9973 | 2025.4 | 0.001 | ||
1N 10MQF | 19 | 10.0012MΩ | 2012 | 10.0018 | 2025.4 | 0.001 | ||
1N 10MQF | 20 | 10.0019MΩ | 12 | 10.0023 | 2025.4 | 0.001 | ||
1N 10MQF | 81 | 10.0050MΩ | 2012 | 10.0058 | 2025.4 | 0.001 | ||
1N 10MQF | 82 | 09.9988MΩ | 2012 | 09.9994 | 2025.4 | 0.001 | ||
1N 10MQF | 83 | 09.9982MΩ | 2012 | 09.9989 | 2025.4 | 0.001 | ||
1N 10MQF | 84 | 09.9977MΩ | 2012 | 09.9985 | 2025.4 | 0.001 | ||
1N 10MQF | 85 | 10.0015MΩ | 2012 | 10.0022 | 2025.4 | 0.001 | ||
1N 10MQF | 86 | 10.0023MΩ | 2012 | 10.0031 | 2025.4 | 0.001 | ||
1N 10MQF | 87 | 09.9980MΩ | 2012 | 09.9987 | 2025.4 | 0.001 | ||
1N 10MQF | 88 | 10.0011MΩ | 2012 | 10.0017 | 2025.4 | 0.001 | ||
1N 10MQF | 89 | 10.0044MΩ | 2012 | 10.0051 | 2025.4 | 0.001 | ||
1N 10MQF | 90 | 10.0228MΩ | 2012 | 10.0236 | 2025.4 | 0.001 | ||
1N 10MQF | 91 | 10.0096MΩ | 2012 | 10.0103 | 2025.4 | 0.001 | ||
1N 10MQF | 92 | 10.0068MΩ | 2012 | 10.0075 | 2025.4 | 0.001 | ||
1N 10MQF | 93 | 10.0010MΩ | 2012 | 10.0016 | 2025.4 | 0.001 | ||
1N 10MQF | 94 | 10.0042MΩ | 2012 | 10.0050 | 2025.4 | 0.001 | ||
1N 10MQF | 95 | 09.9981MΩ | 2012 | 09.9988 | 2025.4 | 0.001 | ||
1N 10MQF | 96 | 10.0207MΩ | 2012 | 10.0214 | 2025.4 | 0.001 | ||
1N 10MQF | 97 | 09.9971MΩ | 2012 | 09.9979 | 2025.4 | 0.001 | ||
1N 10MQF | 98 | 10.0011MΩ | 2012 | 10.0019 | 2025.4 | 0.001 | ||
1N 10MQF | 99 | 10.0047MΩ | 2012 | 10.0055 | 2025.4 | 0.001 | ||
1N 10MQF | 100 | 10.0101MΩ | 13 | 10.0107 | 2025.4 | 0.001 | ||
形名の構成 | NO | 抵抗値A | 測定日A | 抵抗値B | 測定日B | 経年変化 | ||
1N 10MQF | 101 | 10.0028MΩ | 2012 | 10.0034 | 2025.4 | 0.001 | ||
1N 10MQF | 102 | 10.0081MΩ | 2012 | 10.0086 | 2025.4 | 0.001 | ||
1N 10MQF | 103 | 10.0044MΩ | 2012 | 10.0052 | 2025.4 | 0.001 | ||
1N 10MQF | 104 | 10.0148MΩ | 2012 | 10.0157 | 2025.4 | 0.001 | ||
1N 10MQF | 105 | 10.0044MΩ | 2012 | 10.0050 | 2025.4 | 0.001 | ||
1N 10MQF | 106 | 10.0002MΩ | 2012 | 10.0010 | 2025.4 | 0.001 | ||
1N 10MQF | 107 | 09.9968MΩ | 2012 | 09.9973 | 2025.4 | 0.001 | ||
1N 10MQF | 108 | 10.0232MΩ | 2012 | 10.0241 | 2025.4 | 0.001 | ||
1N 10MQF | 109 | 10.0044MΩ | 2012 | 10.0051 | 2025.4 | 0.001 | ||
1N 10MQF | 110 | 10.0125MΩ | 2012 | 10.0137 | 2025.4 | 0.001 | ||
1N 10MQF | 111 | 09.9979MΩ | 2012 | 09.9987 | 2025.4 | 0.001 | ||
1N 10MQF | 112 | 09.9978MΩ | 2012 | 09.9985 | 2025.4 | 0.001 | ||
1N 10MQF | 113 | 10.0166MΩ | 2012 | 10.0175 | 2025.4 | 0.001 | ||
1N 10MQF | 114 | 10.0106MΩ | 2012 | 10.0113 | 2025.4 | 0.001 | ||
1N 10MQF | 115 | 10.0026MΩ | 2012 | 10.0036 | 2025.4 | 0.001 | ||
1N 10MQF | 116 | 10.0008MΩ | 2012 | 10.0013 | 2025.4 | 0.001 | ||
1N 10MQF | 117 | 10.0047MΩ | 2012 | 10.0053 | 2025.4 | 0.001 | ||
1N 10MQF | 118 | 10.0262MΩ | 2012 | 10.0271 | 2025.4 | 0.001 | ||
1N 10MQF | 119 | 10.0014MΩ | 2012 | 10.0021 | 2025.4 | 0.001 | ||
1N 10MQF | 120 | 10.0369MΩ | 14 | 10.0376 | 2025.4 | 0.001 | ||
1N 10MQF | 21 | 10.0063MΩ | 2012 | 10.0069 | 2025.4 | 0.001 | ||
1N 10MQF | 22 | 10.0073MΩ | 2012 | 10.0079 | 2025.4 | 0.001 | ||
1N 10MQF | 23 | 10.0119MΩ | 2012 | 10.0126 | 2025.4 | 0.001 | ||
1N 10MQF | 24 | 10.0166MΩ | 2012 | 10.0170 | 2025.4 | 0.001 | ||
1N 10MQF | 25 | 10.0183MΩ | 2012 | 10.0189 | 2025.4 | 0.001 | ||
1N 10MQF | 26 | 10.0060MΩ | 2012 | 10.0065 | 2025.4 | 0.001 | ||
1N 10MQF | 27 | 10.0190MΩ | 2012 | 10.0195 | 2025.4 | 0.001 | ||
1N 10MQF | 28 | 10.0046MΩ | 2012 | 10.0054 | 2025.4 | 0.001 | ||
1N 10MQF | 29 | 10.0132MΩ | 2012 | 10.0137 | 2025.4 | 0.001 | ||
1N 10MQF | 30 | 10.0176MΩ | 2012 | 10.0182 | 2025.4 | 0.001 | ||
1N 10MQF | 31 | 10.0108MΩ | 2012 | 10.0115 | 2025.4 | 0.001 | ||
1N 10MQF | 32 | 10.0084MΩ | 2012 | 10.0089 | 2025.4 | 0.001 | ||
1N 10MQF | 33 | 10.0047MΩ | 2012 | 10.0053 | 2025.4 | 0.001 | ||
1N 10MQF | 34 | 10.0120MΩ | 2012 | 10.0128 | 2025.4 | 0.001 | ||
1N 10MQF | 35 | 09.9796MΩ | 2012 | 09.9800 | 2025.4 | 0.001 | ||
1N 10MQF | 36 | 10.0075MΩ | 2012 | 10.0084 | 2025.4 | 0.001 | ||
1N 10MQF | 37 | 10.0208MΩ | 2012 | 10.0214 | 2025.4 | 0.001 | ||
1N 10MQF | 38 | 10.0028MΩ | 2012 | 10.0033 | 2025.4 | 0.001 | ||
1N 10MQF | 39 | 10.0005MΩ | 2012 | 10.0015 | 2025.4 | 0.001 | ||
1N 10MQF | 40 | 10.0058MΩ | 15 | 10.0063 | 2025.4 | 0.001 | ||
1N 10MQF | 221 | 10.0175MΩ | 2012 | 10.0184 | 2025.4 | 0.001 | ||
1N 10MQF | 222 | 10.0291MΩ | 2012 | 10.0300 | 2025.4 | 0.001 | ||
1N 10MQF | 223 | 10.0312MΩ | 2012 | 10.0322 | 2025.4 | 0.001 | ||
1N 10MQF | 224 | 10.0065MΩ | 2012 | 10.0073 | 2025.4 | 0.001 | ||
1N 10MQF | 225 | 10.0251MΩ | 2012 | 10.0261 | 2025.4 | 0.001 | ||
1N 10MQF | 226 | 10.0058MΩ | 2012 | 10.0066 | 2025.4 | 0.001 | ||
1N 10MQF | 227 | 10.0011MΩ | 2012 | 10.0021 | 2025.4 | 0.001 | ||
1N 10MQF | 228 | 10.0088MΩ | 2012 | 10.0096 | 2025.4 | 0.001 | ||
1N 10MQF | 229 | 10.0096MΩ | 2012 | 10.0105 | 2025.4 | 0.001 | ||
1N 10MQF | 230 | 10.0100MΩ | 2012 | 10.0109 | 2025.4 | 0.001 | ||
1N 10MQF | 231 | 10.0207MΩ | 2012 | 10.0217 | 2025.4 | 0.001 | ||
1N 10MQF | 232 | 10.0300MΩ | 2012 | 10.0310 | 2025.4 | 0.001 | ||
1N 10MQF | 233 | 09.9748MΩ | 2012 | 09.9759 | 2025.4 | 0.001 | ||
1N 10MQF | 234 | 10.0082MΩ | 2012 | 10.0091 | 2025.4 | 0.001 | ||
1N 10MQF | 235 | 10.0053MΩ | 2012 | 10.0063 | 2025.4 | 0.001 | ||
1N 10MQF | 236 | 09.9994MΩ | 2012 | 10.0003 | 2025.4 | 0.001 | ||
1N 10MQF | 237 | 10.0033MΩ | 2012 | 10.0043 | 2025.4 | 0.001 | ||
1N 10MQF | 238 | 10.0067MΩ | 2012 | 10.0076 | 2025.4 | 0.001 | ||
1N 10MQF | 239 | 10.0116MΩ | 2012 | 10.0125 | 2025.4 | 0.001 | ||
1N 10MQF | 240 | 10.0225MΩ | 16 | 10.0235 | 2025.4 | 0.001 | ||
形名の構成 | NO | 抵抗値A | 測定日A | 抵抗値B | 測定日B | 経年変化 | ||
1N 10MQF | 201 | 09.9991MΩ | 2012 | 9.9994 | 2020.5 | 0.0004 | ||
1N 10MQF | 202 | 09.9994MΩ | 2012 | 9.9998 | 0.0005 | |||
1N 10MQF | 203 | 10.0056MΩ | 2012 | 10.0061 | 0.0006 | |||
1N 10MQF | 204 | 10.0064MΩ | 2012 | 10.0073 | 0.0011 | |||
1N 10MQF | 205 | 10.0096MΩ | 2012 | 10.0100 | 0.0005 | |||
1N 10MQF | 206 | 10.0085MΩ | 2012 | 10.0089 | 0.0005 | |||
1N 10MQF | 207 | 10.0474MΩ | 2012 | 在庫なし | - | - | ||
1N 10MQF | 208 | 10.0000MΩ | 2012 | 10.0004 | 0.0005 | |||
1N 10MQF | 209 | 09.9992MΩ | 2012 | 9.9997 | 0.0006 | |||
1N 10MQF | 210 | 10.0074MΩ | 2012 | 10.0080 | 0.0008 | |||
1N 10MQF | 211 | 09.9998MΩ | 2012 | 10.0003 | 使用中 | 0.0006 | ||
1N 10MQF | 212 | 10.0116MΩ | 2012 | 10.0123 | 0.0009 | |||
1N 10MQF | 213 | 09.9989MΩ | 2012 | 9.9995 | 0.0008 | |||
1N 10MQF | 214 | 10.0076MΩ | 2012 | 10.0081 | 0.0006 | |||
1N 10MQF | 215 | 10.0025MΩ | 2012 | 10.0030 | 0.0006 | |||
1N 10MQF | 216 | 09.9959MΩ | 2012 | 9.9964 | 0.0006 | |||
1N 10MQF | 217 | 10.0107MΩ | 2012 | 10.0110 | 0.0004 | |||
1N 10MQF | 218 | 09.9954MΩ | 2012 | 9.9960 | 0.0008 | |||
1N 10MQF | 219 | 10.0088MΩ | 2012 | 10.0092 | 0.0005 | |||
1N 10MQF | 220 | 10.0009MΩ | 17 | 10.0014 | 0.0006 | |||
形名の構成 | NO | 抵抗値A | 測定日A | 抵抗値B | 測定日B | 経年変化 | ||
形名の構成 | NO | 抵抗値A | 測定日A | 抵抗値B | 測定日B | 経年変化 | ||
1N 10MQF | 201 | 09.9991MΩ | 2012 | 09.9998 | 2025.4 | 0.001 | ||
1N 10MQF | 202 | 09.9994MΩ | 2012 | 10.0001 | 2025.4 | 0.001 | ||
1N 10MQF | 203 | 10.0056MΩ | 2012 | 10.0062 | 2025.4 | 0.001 | ||
1N 10MQF | 204 | 10.0064MΩ | 2012 | 10.0077 | 2025.4 | 0.001 | ||
1N 10MQF | 205 | 10.0096MΩ | 2012 | 10.0102 | 2025.4 | 0.001 | ||
1N 10MQF | 206 | 10.0085MΩ | 2012 | 10.0091 | 2025.4 | 0.001 | ||
1N 10MQF | 207 | 10.0474MΩ | 2012 | 10.0487 | 2025.4 | 0.001 | ||
1N 10MQF | 208 | 10.0000MΩ | 2012 | 10.0007 | 2025.4 | 0.001 | ||
1N 10MQF | 209 | 09.9992MΩ | 2012 | 10.0000 | 2025.4 | 0.001 | ||
1N 10MQF | 210 | 10.0074MΩ | 2012 | 10.0083 | 2025.4 | 0.001 | ||
1N 10MQF | 211 | 09.9998MΩ | 2012 | |||||
1N 10MQF | 212 | 10.0116MΩ | 2012 | 10.0126 | 2025.4 | 0.001 | ||
1N 10MQF | 213 | 09.9989MΩ | 2012 | 09.9998 | 2025.4 | 0.001 | ||
1N 10MQF | 214 | 10.0076MΩ | 2012 | 10.0083 | 2025.4 | 0.001 | ||
1N 10MQF | 215 | 10.0025MΩ | 2012 | 10.0032 | 2025.4 | 0.001 | ||
1N 10MQF | 216 | 09.9959MΩ | 2012 | 09.9967 | 2025.4 | 0.001 | ||
1N 10MQF | 217 | 10.0107MΩ | 2012 | 10.0112 | 2025.4 | 0.001 | ||
1N 10MQF | 218 | 09.9954MΩ | 2012 | 09.9963 | 2025.4 | 0.001 | ||
1N 10MQF | 219 | 10.0088MΩ | 2012 | 10.0094 | 2025.4 | 0.001 | ||
1N 10MQF | 220 | 10.0009MΩ | 17 | 10.0017 | 2025.4 | 0.001 | ||
形名の構成 | NO | 抵抗値A | 測定日A | 抵抗値B | 測定日B | 経年変化 | ||
@番号(NO)色枠のところは重複記載あり
$製造2010年で2012年測定し2025年再測定結果が出ました。
経年変化は非常に良く、各抵抗器で多少の違いはありますが
約13年間では+0.001%/年となっています。
1N 10MQF | 171 | 09.9998MΩ | 2012 | 10.0008 | 2025.2 | 21℃ | ||
1N 10MQF | 178 | 09.9985MΩ | 9 | 09.9994 | 2025.2 | 21℃ |
許容差±1% 温度特性±10(ppm/℃) FLΩ04〜FLΩ05 最高使用電圧 500V
−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−
全数測定値データ付き 2000円より
形名の構成 | 測定日 | 抵抗値 | 温度 | ||||||
MFF 1.8MΩCT1 | 2012.9.24 | 1.8009 | 25℃ | ||||||
MFF 2.7MΩCT1 | 2012.9.24 | 2.7008 | 25℃ | ||||||
MFF 2.7MΩCT1 | 2012.9.24 | 2.7012 | 25℃ | ||||||
UFC 18MΩDT2 | 2012.9.24 | 17.985 | 25℃ | ||||||
UFC 18MΩDT2 | 2012.9.24 | 18.052 | 25℃ | ||||||
UFC 27MΩDT2 | 2012.9.24 | 27.152 | 25℃ | ||||||
UFC 27MΩDT2 | 2012.9.24 | 27.120 | 25℃ |
←MMF型 1W D10.4mm L28mm C;±0.25% T1;温度特性±25(ppm/℃)
←UFC型 D6.7mm L20mm D;±0.5% T2;温度特性±50(ppm/℃)
−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−
メーカ OHMITE 製造 MEXICO 全数測定値データ付き 3000円より
形名の構成 | 抵抗値 | 最大電力 | 最大電圧 | 数量 | |
SM102031006F | 100MΩ | 1W | 5kV | 90 | |
温度係数 | 電圧係数 | 許容差 | |||
±25ppm/℃ | 2ppm/V以下 | ±1% | |||
SM104031007FE | 1000MΩ | 1.5W | 10kV | 70 | |
温度係数 | 電圧係数 | 許容差 | |||
±25ppm/℃ | 2ppm/V以下 | ±1% | |||
形名の構成 | 抵抗値 | 最大電力 | 最大電圧 | 数量 | |
SM102035007F | 5000MΩ | 1W | 5kV | 160 | |
温度係数 | 電圧係数 | 許容差 | |||
±100ppm/℃ | 5ppm/V以下 | ±1% | |||
参考データ
形名の構成/抵抗測定値(MΩ) | 3458A(5V) | 10V | 100V | 500V | 1000V |
SM102031006F | 99.43 | 99.418 | 99.416 | 99.368 | 99.297 |
電圧係数 指定/基準(%) | +15ppm/℃ | 基準 | −0.002 | −0.05 | −0.15 |
測定確度 | ±0.02% | ±0.01% | ±0.01% | ±0.01% | ±0.01% |
抵抗値測定品 在庫数 |
±1% 50 |
±0.5% 20 |
±0.2% 10 |
±0.1% 5 |
±0.05% 5 |
SM104031007FE | 1000 | 999.2 | 999.3 | 997.8 | |
電圧係数 指定/基準(%) | 基準 | −0.15 | |||
測定確度 | ±0.5% | ±0.2% | ±0.02% | ±0.02% | |
抵抗値測定品 在庫数 |
±1% 30 |
±0.5% 20 |
±0.2% 10 |
±0.1% 5 |
±0.05% 2 |
SM102035007F | 5042 | 5016 | 5021 | 5003 | 4976 |
電圧係数 指定/基準(%) | 基準 | −0.36 | −0.9 | ||
測定確度 | ±2.5% | ±1% | ±0.2% | ±0.2% | ±0.2% |
抵抗値測定品 在庫数(+100未測定) |
±1% 30 |
±0.5% 10 |
±0.2% 5 |
±0.1% 2 |
±0.05% 2 |
←100MΩ
←1000MΩ
←5000MΩ
−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−
製造メーカ 北陸電気工業株式会社 全数測定値データ付き 2000円より
HPL−1 HDK−C1 1W 300M K 数量300
300MΩ 許容差±10% 温度特性±25(ppm/℃)
−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−
製造メーカ KOA 全数測定値データ付き 500円より
HRK83−5BD 0.5W 20M G 数量1300
20MΩ 許容差±2% 温度特性±200?(ppm/℃)
−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−
@在庫品リストの表示仕様(長さ6mm程度の小型抵抗器は最大印加電圧300Vまでです)
温度特性(ppm/℃) 0℃〜50℃
抵抗値許容差 K=±10% J=±5% G=±2% F=±1% D=±0.5%
B=±0.1% A=±0.05% Q=±0.02% T=±0.01%
*正常な通常の抵抗値の経年変化のため±0.02%より良いものは実測の抵抗値が
抵抗値許容差の範囲内に入っていない場合があります。
リード線の直径 Φ0.65mm
測定値の測定確度=HP3458Aの抵抗トランスファ参考確度+標準抵抗器の精度+測定位置誤差(±0.05mΩ)
HP3458Aの抵抗トランスファ参考確度
0Ω〜12Ω: 10Ωレンジ±(読みの1.0ppm+レンジの0.8ppm) 標準抵抗器の精度±2ppm
12Ω〜120Ω: 100Ωレンジ±(読みの0.5ppm+レンジの0.8ppm) 標準抵抗器の精度±2ppm
120Ω〜1.2kΩ: 1kΩレンジ±(読みの0.5ppm+レンジの0.1ppm) 標準抵抗器の精度±2ppm
1.2kΩ〜12kΩ: 10kΩレンジ±(読みの0.5ppm+レンジの0.1ppm) 標準抵抗器の精度±2ppm
12kΩ〜120kΩ:100kΩレンジ±(読みの0.1ppm+レンジの0.1ppm) 標準抵抗器の精度±3ppm
120kΩ〜1.2MΩ: 1MΩレンジ±(読みの1.0ppm+レンジの0.3ppm) 標準抵抗器の精度±5ppm
2端子、測定値の測定確度
1.2MΩ〜12MΩ:10MΩレンジ±(読みの10ppm+レンジの1ppm)
12MΩ〜120MΩ:100MΩレンジ±(読みの70ppm+レンジの5ppm)
120MΩ〜1.2GΩ:1GΩレンジ±読みの0.06%
10MΩ基準 10MΩ〜100MΩ:±読みの0.005%(試験電圧10V〜100V)
10MΩ基準 100MΩ〜200MΩ:±読みの0.01%(試験電圧100V)
10MΩ基準 200MΩ〜1GΩ:±読みの0.02%(試験電圧100V)
10MΩ基準 1GΩ〜2GΩ:±読みの0.04%(試験電圧100V時)
10MΩ基準 2GΩ〜10GΩ:±読みの0.2%(試験電圧100V時) 0.1%(試験電圧1000V時)
10MΩ基準 10GΩ〜100GΩ:±読みの0.2%(試験電圧1000V時)
10MΩ基準 100GΩ〜1TΩ:±読みの1%(試験電圧1000V時)
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