NTCDS3HG222HC3NB

S E N S O R S Temperature sensor (NTC) NTC elements RoHS REACH SVHC-Free AEC-Q200 NTCD series FEATURES Glass-encapsulated axial lead structure makes strong resistance in high humidity and high temperature environment, and our products achieve high reliability. The deviation of Resistance-Temperature characteristics is small. By applying semiconductor mass production technology, our thermistor achieves miniaturization, excellent mass productivity, and high cost performance. The option of lead wire bending is available to easily fix on mounting condition. Epoxy coating is possible to improve weather resistance and to relieve stress on glass parts. APPLICATION Temperature detection of home appliances (refrigerators, air conditioners, etc.) Temperature detection of automobiles (intake/exhaust temperature, mission oil, etc.) Temperature detection of industrial equipment (motors, etc.) PRODUCT LINEUP NTCDS series Standard lead NTCDA series U-bend product NTCDE series C-bend product NTCDZ series U-bend + coating product Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use. Please note that the contents may change without any prior notice due to reasons such as upgrading. (1/6) 20191223 sensor_ntc-thermistor_element_en.fm S E N S O R S Temperature sensor (NTC) NTC elements NTCD series PART NUMBER CONSTRUCTION NTC D ○ □□□ ○ □□□ ○ Series name Structural classification Lead wire processing B constant (K) B constant tolerance (%) F ±1 G ±2 H ±3 J ±5 K ±10 Nominal resistance () Resistance tolerance (%) F ±1 G ±2 H ±3 J ±5 K ±10 NTC thermistor Structural classification D Glass-encapsulated axial lead NTC thermistor B constant 3A 3000 to 3050 3B 3051 to 3100 3C 3101 to 3150 3D 3151 to 3200 3E 3201 to 3250 3F 3251 to 3300 3G 3301 to 3350 3H 3351 to 3400 3J 3401 to 3450 3K 3451 to 3500 3L 3M 3N 3P 3Q 3R 3S 3T 3U 3V 2 significant digits + power of 10 3501 to 3550 3551 to 3600 3601 to 3650 3651 to 3700 3701 to 3750 3751 to 3800 3801 to 3850 3851 to 3900 3901 to 3950 3951 to 3999 4A 4B 4C 4D 4E 4F 4G 4H 4J 4K ○ ○ Standard temperature Dimensions (°C) A –20 3 3x1.8ø B 0 4 4x2.0ø C 25 D 100 4000 to 4050 4051 to 4100 4101 to 4150 4151 to 4200 4201 to 4250 4251 to 4300 4301 to 4350 4351 to 4400 4401 to 4450 4451 to 4500 4L 4M 4N 4P 4Q 4R 4S 4T 4U 4V ○ ○ Lead wire Package surface clssification specification N Nickel B Bulk S Tin T Taping □□□ Internal code No. 4501 to 4550 4551 to 4600 4601 to 4650 4651 to 4700 4701 to 4750 4751 to 4800 4801 to 4850 4851 to 4900 4901 to 4950 4951 to 4999 Lead wire processing S A E Z Standard lead U-bend C-bend U-bend + coating Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use. Please note that the contents may change without any prior notice due to reasons such as upgrading. (2/6) 20191223 sensor_ntc-thermistor_element_en.fm S E N S O R S Temperature sensor (NTC) NTC elements NTCD series CHARACTERISTICS Assembly classification code Dimensional code Shape of the sensor section Heat dissipation constant (in still air) Thermal time constant (in still air) Insulation resistance (between lead and glass) Operating temperature range Standard lead, bending lead S､A､E 3 4 3.0×ø1.8mm 4.0×ø2.0mm 1mW/°C 2mW/°C 10s max. 20s max. 50M min. [DC.500V] –40 to 250°C Coating Z 3 ø2.3mm max. 2mW/°C 20s max. 50M min. [DC.500V] –40 to 160°C 4 ø2.7mm max. 3mW/°C 30s max. CHARACTERISTICS SPECIFICATION TABLE Part No. Shapes Standard lead Code Axial lead 3 4 Lead wire processing Taping Nominal resistance Reference value B constant 0°C 100°C Axial lead U-bend Axial lead C-bend Axial lead U-bend + coating Axial lead Taping 53mm wide (25°C) NTCDS3LG202HC3NB NTCDA3LG202HC3NB NTCDE3LG202HC3NB NTCDZ3LG202HC3NB NTCDS3LG202HC3NT 2.000k±3% B25/85:3528K±2% 5.679k 0.1823k NTCDS3HG222HC3NB NTCDA3HG222HC3NB NTCDE3HG222HC3NB NTCDZ3HG222HC3NB NTCDS3HG222HC3NT 2.186k±3% B25/85:3392K±2% 6.000k 0.2208k NTCDS3KG492HC3NB NTCDA3KG492HC3NB NTCDE3KG492HC3NB NTCDZ3KG492HC3NB NTCDS3KG492HC3NT 4.961k±3% B25/85:3480K±2% 13..89k 0.4700k NTCDS4AG502HC3NB NTCDA4AG502HC3NB NTCDE4AG502HC3NB NTCDZ4AG502HC3NB NTCDS4AG502HC3NT 5.000k±3% B25/85:4000K±2% 17.34k 0.3406k NTCDS3UG942HC3NB NTCDA3UG942HC3NB NTCDE3UG942HC3NB NTCDZ3UG942HC3NB NTCDS3UG942HC3NT 9.395k±3% B25/85:3940K±2% 31.39k 0.6625k NTCDS3HG103HC3NB NTCDA3HG103HC3NB NTCDE3HG103HC3NB NTCDZ3HG103HC3NB NTCDS3HG103HC3NT 10.00k±3% B25/85:3400K±2% 27.18k 0.9982k NTCDS3KG203HC3NB NTCDA3KG203HC3NB NTCDE3KG203HC3NB NTCDZ3KG203HC3NB NTCDS3KG203HC3NT 20.00k±3% B25/85:3500K±2% 54.65k 1.861k NTCDS4AG303HC3NB NTCDA4AG303HC3NB NTCDE4AG303HC3NB NTCDZ4AG303HC3NB NTCDS4AG303HC3NT 30.00k±3% B25/85:4000K±2% 98.69k 2.012k NTCDS4AG493HC3NB NTCDA4AG493HC3NB NTCDE4AG493HC3NB NTCDZ4AG493HC3NB NTCDS4AG493HC3NT 49.20k±3% B25/85:4000K±2% 161.8k 3.300k NTCDS4AG503HC3NB NTCDA4AG503HC3NB NTCDE4AG503HC3NB NTCDZ4AG503HC3NB NTCDS4AG503HC3NT 50.00k±3% B25/85:4000K±2% 164.5k 3.354k NTCDS3SG104HC3NB NTCDA3SG104HC3NB NTCDE3SG104HC3NB NTCDZ3SG104HC3NB NTCDS3SG104HC3NT 100.0k±3% B25/85:3850K±2% 311.5k 7.378k NTCDS3LG202HC4NB NTCDA3LG202HC4NB NTCDE3LG202HC4NB NTCDZ3LG202HC4NB NTCDS3LG202HC4NT 2.000k±3% B25/85:3528K±2% 5.679k 0.1823k NTCDS3HG222HC4NB NTCDA3HG222HC4NB NTCDE3HG222HC4NB NTCDZ3HG222HC4NB NTCDS3HG222HC4NT 2.186k±3% B25/85:3392K±2% 6.000k 0.2208k NTCDS3KG492HC4NB NTCDA3KG492HC4NB NTCDE3KG492HC4NB NTCDZ3KG492HC4NB NTCDS3KG492HC4NT 4.961k±3% B25/85:3480K±2% 13..89k 0.4700k NTCDS4AG502HC4NB NTCDA4AG502HC4NB NTCDE4AG502HC4NB NTCDZ4AG502HC4NB NTCDS4AG502HC4NT 5.000k±3% B25/85:4000K±2% 17.34k 0.3406k NTCDS3UG942HC4NB NTCDA3UG942HC4NB NTCDE3UG942HC4NB NTCDZ3UG942HC4NB NTCDS3UG942HC4NT 9.395k±3% B25/85:3940K±2% 31.39k 0.6625k NTCDS3HG103HC4NB NTCDA3HG103HC4NB NTCDE3HG103HC4NB NTCDZ3HG103HC4NB NTCDS3HG103HC4NT 10.00k±3% B25/85:3400K±2% 27.18k 0.9982k NTCDS3KG203HC4NB NTCDA3KG203HC4NB NTCDE3KG203HC4NB NTCDZ3KG203HC4NB NTCDS3KG203HC4NT 20.00k±3% B25/85:3500K±2% 54.65k 1.861k NTCDS4AG303HC4NB NTCDA4AG303HC4NB NTCDE4AG303HC4NB NTCDZ4AG303HC4NB NTCDS4AG303HC4NT 30.00k±3% B25/85:4000K±2% 98.69k 2.012k NTCDS4AG493HC4NB NTCDA4AG493HC4NB NTCDE4AG493HC4NB NTCDZ4AG493HC4NB NTCDS4AG493HC4NT 49.20k±3% B25/85:4000K±2% 161.8k 3.300k NTCDS4AG503HC4NB NTCDA4AG503HC4NB NTCDE4AG503HC4NB NTCDZ4AG503HC4NB NTCDS4AG503HC4NT 50.00k±3% B25/85:4000K±2% 164.5k 3.354k NTCDS3SG104HC4NB NTCDA3SG104HC4NB NTCDE3SG104HC4NB NTCDZ3SG104HC4NB NTCDS3SG104HC4NT 100.0k±3% B25/85:3850K±2% 311.5k 7.378k Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use. Please note that the contents may change without any prior notice due to reasons such as upgrading. (3/6) 20191223 sensor_ntc-thermistor_element_en.fm S E N S O R S Temperature sensor (NTC) NTC elements NTCD series SHAPE & DIMENSIONS Standard lead / NTCDS series  ○Dimensional code 3 28.2±1.0 28.2±1.0 28.2±1.0 ø0.55max. 4+0, –0.4 ø2max. ø0.45max. ø1.8max. 3+0, –0.7 ○Dimensional code 4 28.2±1.0 Dimensions in mm Dimensions in mm U-bend product / NTCDE series  ○Dimensional code 3 ○Dimensional code 4 2.5±0.5 16±1 (Applicable dimensions: 13 to 19) (3.5) (3) 3.5±0.5 Dimensions in mm 16±1 (Applicable dimensions: 13 to 19) C-bend product/NTCDE series  ○Dimensional code 3 ○Dimensional code 4 6.0±1.0 6.5±1.0 10.8±1.0 Dimensions in mm Dimensions in mm 9.1±1.0 U-bend + coating product / NTCDZ series  ○Dimensional code 3 ○Dimensional code 4 Epoxy (3.5) (3) ø5.5max. Epoxy ø4.7max. Dimensions in mm 11.5±1.5 (Applicable dimensions: 8 to 15) 16±1 (Applicable dimensions: 13 to 19) 11.5±1.5 (Applicable dimensions: 8 to 15) 16±1 (Applicable dimensions: 13 to 19) Dimensions in mm Dimensions in mm PACKAGING STYLE Bulk package Package classification code: B Minimum number of packages: 200 pieces 3.2min. Taping packaging Package classification code: T Minimum number of packages: 2000 pieces 0.5max. 1.2max. 5±0.1 0.5max. L1 0.8max. 6±.1 L2 52+2/-1 6±.1 ・The difference between L1 and L2 is set to less than 1 mm. ・Cumulative pitch tolerance is ±2 at 20 pitches. ・NTCDA, NTCDE, NTCDZ series cannot perform taping packing. 0.8max. Dimensions in mm Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use. Please note that the contents may change without any prior notice due to reasons such as upgrading. (4/6) 20191223 sensor_ntc-thermistor_element_en.fm S E N S O R S Temperature sensor (NTC) NTC elements NTCD series RT CHARACTERISTICS Temperature (°C) –40 –35 –30 –25 –20 –15 –10 –5 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 110 115 120 125 130 135 140 145 150 155 160 165 170 175 180 185 190 195 200 205 210 215 220 225 230 235 240 245 250 NTCD□ 3LG202 HC□NB 44.89 33.71 25.55 19.53 15.05 11.69 9.154 7.219 5.734 4.586 3.692 2.991 2.439 2.000 1.650 1.368 1.141 0.9566 0.8059 0.6822 0.5802 0.4957 0.4254 0.3665 0.3171 0.2754 0.2401 0.2101 0.1845 0.1625 0.1436 0.1273 0.1132 0.1009 0.09019 0.08083 0.07261 0.06539 0.05901 0.05336 0.04835 0.04389 0.03991 0.03635 0.03315 0.03028 0.02770 0.02536 0.02325 0.02133 0.01958 0.01800 0.01655 0.01522 0.01401 0.01290 0.01188 0.01094 0.01007 NTCD□ 3HG222 HC□NB 42.92 32.68 25.09 19.42 15.14 11.89 9.409 7.495 6.010 4.850 3.939 3.218 2.645 2.186 1.817 1.518 1.275 1.076 0.9122 0.7772 0.6652 0.5717 0.4935 0.4277 0.3722 0.3250 0.2849 0.2506 0.2212 0.1958 0.1739 0.1549 0.1384 0.1240 0.1113 0.1002 0.09043 0.08178 0.07411 0.06729 0.06121 0.05577 0.05090 0.04652 0.04258 0.03902 0.03580 0.03288 0.03022 0.02780 0.02559 0.02357 0.02171 0.02001 0.01845 0.01701 0.01569 0.01446 0.01333 NTCD□ 3KG492 HC□NB 104.7 78.84 59.96 46.03 35.65 27.83 21.90 17.37 13.89 11.15 9.026 7.351 6.022 4.961 4.110 3.422 2.864 2.409 2.035 1.727 1.472 1.260 1.082 0.9336 0.8083 0.7023 0.6123 0.5356 0.4700 0.4138 0.3653 0.3235 0.2873 0.2558 0.2284 0.2045 0.1835 0.1651 0.1488 0.1345 0.1218 0.1106 0.1005 0.09163 0.08367 0.07654 0.07016 0.06442 0.05925 0.05459 0.05038 0.04657 0.04311 0.03997 0.03711 0.03451 0.03214 0.02997 0.02798 NTCD□ 4AG502 HC□NB 212.3 148.9 105.9 76.16 55.46 40.83 30.38 22.84 17.34 13.29 10.27 8.016 6.302 5.000 3.997 3.219 2.612 2.134 1.756 1.453 1.210 1.015 0.8551 0.7246 0.6172 0.5282 0.4543 0.3925 0.3406 0.2967 0.2595 0.2278 0.2007 0.1774 0.1575 0.1400 0.1250 0.1119 0.1003 0.09027 0.08141 0.07359 0.06666 0.06052 0.05506 0.05018 0.04583 0.04192 0.03842 0.03526 0.03241 0.02984 0.02751 0.02540 0.02349 0.02173 0.02014 0.01869 0.01736 NTCD□ 3UG942 HC□NB 346.8 247.3 178.5 130.3 96.13 71.65 53.92 40.96 31.39 24.27 18.92 14.87 11.77 9.395 7.551 6.112 4.980 4.085 3.371 2.799 2.337 1.963 1.657 1.406 1.199 1.027 0.8834 0.7634 0.6625 0.5771 0.5046 0.4429 0.3900 0.3446 0.3054 0.2715 0.2421 0.2164 0.1940 0.1744 0.1571 0.1419 0.1284 0.1165 0.1058 0.09638 0.08793 0.08037 0.07359 0.0675 0.06200 0.05705 0.05257 0.04851 0.04482 0.04147 0.03842 0.03564 0.03310 NTCD□ 3HG103 HC□NB 193.1 146.7 112.5 87.05 67.93 53.43 42.35 33.81 27.18 21.99 17.90 14.66 12.08 10.00 8.324 6.964 5.854 4.944 4.194 3.572 3.056 2.624 2.262 1.957 1.699 1.480 1.294 1.135 0.9982 0.8808 0.7795 0.6918 0.6157 0.5494 0.4916 0.4409 0.3965 0.3574 0.3230 0.2925 0.2655 0.2415 0.2202 0.2012 0.1842 0.1690 0.1553 0.1430 0.1320 0.1220 0.1130 0.1048 0.09744 0.09072 0.08461 0.07904 0.07396 0.06932 0.06508 NTCD□ 3KG203 HC□NB 355.8 275.9 215.3 169 133.5 105.9 84.54 67.8 54.65 44.27 36.04 29.47 24.22 20.00 16.59 13.82 11.57 9.724 8.209 6.958 5.922 5.06 4.34 3.736 3.228 2.799 2.435 2.125 1.861 1.634 1.439 1.272 1.126 1.001 0.891 0.7954 0.7118 0.6385 0.574 0.5172 0.467 0.4225 0.383 0.3478 0.3165 0.2884 0.2634 0.2409 0.2206 0.2024 0.186 0.1711 0.1577 0.1455 0.1344 0.1244 0.1152 0.1068 0.09917 NTCD□ 4AG303 HC□NB 1009 728.2 531.9 392.7 292.8 220.3 167.2 128.0 98.69 76.69 60.03 47.32 37.55 30.00 24.12 19.52 15.88 13.01 10.71 8.865 7.378 6.172 5.188 4.382 3.719 3.170 2.713 2.332 2.012 1.743 1.515 1.322 1.157 1.017 0.8957 0.7916 0.7016 0.6235 0.5557 0.4965 0.4447 0.3993 0.3594 0.3241 0.2930 0.2654 0.2408 0.2190 0.1995 0.1821 0.1664 0.1524 0.1398 0.1284 0.1181 0.1088 0.1004 0.09272 0.08576 NTCD□ 4AG493 HC□NB 1655 1194 872.3 644.0 480.2 361.3 274.2 209.9 161.8 125.8 98.44 77.59 61.58 49.20 39.56 32.00 26.05 21.33 17.56 14.54 12.10 10.12 8.508 7.187 6.099 5.198 4.449 3.824 3.300 2.858 2.485 2.168 1.898 1.667 1.469 1.298 1.150 1.023 0.9113 0.8142 0.7293 0.6548 0.5893 0.5315 0.4805 0.4352 0.3949 0.3591 0.3271 0.2986 0.2729 0.2499 0.2292 0.2105 0.1937 0.1784 0.1646 0.1520 0.1406 NTCD□ 4AG503 HC□NB 1682 1214 886.5 654.5 488.0 367.2 278.7 213.3 164.5 127.8 100.0 78.86 62.59 50.00 40.20 32.53 26.47 21.68 17.85 14.77 12.30 10.29 8.647 7.304 6.198 5.283 4.522 3.887 3.354 2.905 2.526 2.204 1.929 1.694 1.493 1.319 1.169 1.039 0.9262 0.8275 0.7412 0.6655 0.5989 0.5402 0.4883 0.4423 0.4014 0.3650 0.3325 0.3034 0.2774 0.2540 0.2329 0.2140 0.1968 0.1813 0.1673 0.1545 0.1429 NTCD□ 3SG104 HC□NB 2874 2107 1561 1168 881.4 671.3 515.6 399.2 311.5 244.9 193.8 154.5 123.9 100.0 81.2 66.31 54.45 44.95 37.30 31.10 26.06 21.94 18.55 15.75 13.43 11.50 9.880 8.522 7.378 6.409 5.587 4.886 4.286 3.772 3.329 2.946 2.615 2.327 2.077 1.857 1.665 1.497 1.348 1.217 1.101 0.9979 0.9063 0.8247 0.7518 0.6865 0.6280 0.5754 0.5280 0.4852 0.4466 0.4115 0.3798 0.3509 0.3246 Detailed RT tables (in 2°C increments) can be searched on the web page. Or contact us. Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use. Please note that the contents may change without any prior notice due to reasons such as upgrading. (5/6) 20191223 sensor_ntc-thermistor_element_en.fm S E N S O R S Temperature sensor (NTC) NTC elements NTCD series REMINDER FOR USING Be sure to request specification sheet before using. SAFETY WARNING Pay careful attention to all warnings and operate only in accordance with safety specifications. CAUTION Ensure to use thermistors under proper operating and mounting condition and only as specified in a product catalogue or final specification. Use thermistors only within the specified operating temperature range. Use thermistors only within the specified power range. The specified dissipation factor of the thermistor must not be exceeded. Exceeding this limit may cause fire through temperature increase with the resistance change of the NTC thermistor. Alert consumers that the thermistor in the application must not be touched by bare hands directly. 1.5mm or more When bending or cutting of lead wire, fix wire on the thermistor's head side. Be sure to keep distance at least 1.5mm from edge of glass when bending thermistors. Avoid to apply more than 20N. (Lead wire processing option code : S,A,E) Solder thermistors within following condition: Temperature of soldering iron :350 degree C max. (Soldering iron tip shape : ø3mm max.), Power : 20W max., keep more than 3mm distance from glass edge. (Lead wire processing option code : S,A,E) There is a possibility of cracking at the epoxy coating, so the displacement of the lead pitch should be within 3mm and the compressive strength to the epoxy should be within 17.5N. (Tip shape R 1.5 mm) (Lead wire processing option code :Z) The thermistor should be stored in original packaging under the following environment : Temperature: –10°C to +40°C Relative humidity: less than 75% Avoid rapid temperature change, direct sunshine, corrosive gas, dust, mechanical stress or pressure. When thermistors are sealed, sealing material and volume, hardening condition and adhesive property should be carefully considered and thermistor's reliability should be confirmed. Contacts on lead wire surface should be clean without any stain and rust to avoid contact failure. The material contacted by the thermistor must be carefully selected to avoid electric potential difference between the thermistor and metal part which may cause metal corrosion. Avoid to apply more than 8KV Electro-Static Discharge. Avoid to use in 85% relative humidity for long time. (Exclude countermeasure product) Avoid to use in following environment. (Exclude countermeasure product)  • Corrosive gas (Cl2, NH3, SOx, NOx,etc)  • High conductive environment (Electrolyte, water, salt water, etc.) Please take consideration an appropriate fail-safe function in customer application which requires a very high level of operational safety and reliability or could endanger society or human life. Please contact us before using the NTC thermistor assembled for the following application if those malfunction of failure might have serious damage to human life, health or one's property and severe influence on society. Application : cars, aerospace/aviation equipment, medical equipment, nuclear power plant equipment Please contact us also in case of the usage of the thermistor beyond the condition described Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use. Please note that the contents may change without any prior notice due to reasons such as upgrading. (6/6) 20191223 sensor_ntc-thermistor_element_en.fm