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SDT101AYCT52A500DF Datasheet(PDF) 2 Page - KOA Speer Electronics, Inc. |
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SDT101AYCT52A500DF Datasheet(HTML) 2 Page - KOA Speer Electronics, Inc. |
2 / 2 page SDT101 platinum thin film thermal sensors Derating Curve environmental applications 100 80 60 40 -60 Ambient Temperature (˚C) 20 SDT101A 24 0 -40 -20 0 20 40 60 80 100120 140160 180 200 220240260280 300 -55 70 150 SDT101B Resistance - Temperature Characteristic (Typical Value) Performance Characteristics Resistance 0°C Within specified tolerance T.C.R. 0°C/ +100°C Within specified T.C.R. Overload (Short Time) Rated voltage x 2.5 for 5 seconds ±0.5% Resistance to Solder Heat (SDT101A) 350°C, 1 second ±0.3% Moisture Resistance 80°C ± 2°C, 90 - 95% RH, 1000 hours, 1.5 hr ON, 0.5 hr OFF cycle ±1% Endurance at 70°C 70°C ± 3°C (SDT101A), 200°C ± 3°C (SDT101B), 1000 hours, 1.5 hr ON, 0.5 hr OFF cycle ±1% Rapid Change of Temperature -55°C (30 minutes)/ +25°C (10 minutes)/ +150°C (30 minutes)/ +25°C (10 minutes), 5 cycles ±0.5% Temperature (°C) -50 82.04 81.67 81.31 80.94 80.58 80.22 –– –– –– –– -40 85.66 85.29 84.93 84.57 84.21 83.85 83.49 83.12 82.76 82.40 -30 89.26 88.90 88.54 88.18 87.82 87.46 87.10 86.74 86.38 86.02 -20 92.85 92.49 92.13 91.78 91.42 91.06 90.70 90.34 89.98 89.62 -10 96.43 96.07 95.72 95.36 95.00 94.64 94.29 93.93 93.57 93.21 0 100.00 99.64 99.29 98.93 98.57 98.22 97.86 97.50 97.15 96.79 0 1 2 3 4 5 6 7 8 9 0 100.00 100.36 100.71 101.07 101.42 101.78 102.13 102.49 102.85 103.20 10 103.56 103.91 104.26 104.62 104.97 105.33 105.68 106.04 106.39 106.74 20 107.10 107.45 107.81 108.16 108.51 108.87 109.22 109.57 109.92 110.28 30 110.63 110.98 111.33 111.69 112.04 112.39 112.74 113.09 113.44 113.80 40 114.15 114.50 114.85 115.20 115.55 115.90 116.25 116.60 116.95 117.30 50 117.65 118.00 118.35 118.70 119.05 119.40 119.75 120.10 120.45 120.80 60 121.15 121.50 121.84 122.19 122.54 122.89 123.24 123.59 123.93 124.28 70 124.63 124.98 125.32 125.67 126.02 126.37 126.71 127.06 127.41 127.75 80 128.10 128.44 128.79 129.14 129.48 129.83 130.17 130.52 130.86 131.21 90 131.56 131.90 132.25 132.59 132.93 133.28 133.62 133.97 134.31 134.66 100 135.00 135.34 135.69 136.03 136.37 136.72 137.06 137.40 137.75 138.09 110 138.43 138.77 139.12 139.46 139.80 140.14 140.49 140.83 141.17 141.51 120 141.85 142.19 142.53 142.88 143.22 143.56 143.90 144.24 144.58 144.92 130 145.26 145.60 145.94 146.28 146.62 146.96 147.30 147.64 147.98 148.32 140 148.65 148.99 149.33 149.67 150.01 150.35 150.69 151.02 151.36 151.70 150 152.04 152.38 152.71 153.05 153.39 153.72 154.06 154.40 154.74 155.07 160 155.41 155.74 156.08 156.42 156.75 157.09 157.43 157.76 158.10 158.43 170 158.77 159.10 159.44 159.77 160.11 160.44 160.78 161.11 161.44 161.78 180 162.11 162.45 162.78 163.11 163.45 163.78 164.11 164.45 164.78 165.11 190 165.45 165.78 166.11 166.44 166.78 167.11 167.44 167.77 168.10 168.44 200 168.77 169.10 169.43 169.76 170.09 170.42 170.76 171.09 171.42 171.75 210 172.08 172.41 172.74 173.07 173.40 173.73 174.06 174.39 174.72 175.04 220 175.37 175.70 176.03 176.36 176.69 177.02 177.35 177.67 178.00 178.33 230 178.99 178.99 179.31 179.64 179.97 180.30 180.62 180.95 181.28 181.60 240 181.93 182.26 182.58 182.91 183.24 183.56 183.89 184.21 184.54 184.87 250 185.19 185.52 185.84 186.17 186.49 186.82 187.14 187.47 187.79 188.11 260 188.44 188.76 189.09 189.41 189.73 190.06 190.38 190.70 191.03 191.35 270 191.67 192.00 192.32 192.64 192.96 193.29 193.61 193.93 194.25 194.57 280 194.90 195.22 195.54 195.86 196.18 196.50 196.82 197.14 197.47 197.79 290 198.11 198.43 198.75 199.07 199.39 199.71 200.03 200.35 200.67 200.99 300 201.31 –– –– –– –– –– –– –– –– –– 0 -1 -2 -3 -4 -5 -6 -7 -8 -9 High Temperature Exposure +150°C (SDT101A), +300°C (SDT101B), 1000 hours ±1% Shelf Life Left for 1 year on shelf in natural condition ±0.3% –– –– ±0.2% ±0.1% ±0.3% ±0.2% ±0.2% ±0.7% ±0.1% Example of Temperature Characteristics of Resistance 2.0 1.6 50 100 200 250 300 Ambient Temperature (°C) 0 0 1.8 1.4 1.2 150 1,350 Note: Desired temperature values are obtained by adding temperatures in the vertical and horizontal axes. When calculating a resistance value of 105°C, read the value in the column where 100°C in the vertical axis and 5°C in the horizontal axis cross. The value will be 136.72Ω. The value for 500Ω at 0°C will be the value obtained by multiplying the resistance value in this table by 5. Similarly, the value for 10Ω at 0°C will be the value obtained by dividing the resistance value by 10. Parameter Requirement ∆ R ±(%+0.05Ω) Limit Typical Test Method 173 KOA Speer Electronics, Inc. • 199 Bolivar Drive • Bradford, PA 16701 • USA • 814-362-5536 • Fax: 814-362-8883 • www.koaspeer.com Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. 12/19/12 Approximate Expression for Resistance-Temperature Characteristics R T: Resistance value at T°C R 0: Resistance value at 0°C T: Ambient temperature (°C) Constants C1, C2: C 1=0.356297x10 -2 C 2=0.617945x10 -6 For sensors operated at an ambient temperature or above, a power rating shall be derated in accordance with the above derating curve. |
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