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TAS Arkusz danych(PDF) 7 Page - TDK Electronics |
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TAS Arkusz danych(HTML) 7 Page - TDK Electronics |
7 / 7 page 製品をより正しく、安全にご使用いただくために、さらに詳細な特性・仕様をご確認いただける納入仕様書をぜひご請求ください。 記載内容は、改良その他により予告なく変更する場合がありますので、あらかじめご了承ください。 (7/7) 20171127 / sensor_angle_tas_ja.fm SENSORS TAS4142-BAAB(3.0Vp-p 差動出力@5V、4 Full Bridge(冗長性対応)) 形状と寸法(TSSOP16) 絶対最大定格 1) 1mT = 795.8A/m. 推奨動作条件 電気的特性例 TOPT=25°C, BEXT=30mT, VSIN=2.7 to 5.5V. VCOS=2.7 to 5.5V unless otherwise specified * LT=-40°C., RT=25°C., HT=150°C Items Parameter Conditions min. typ. max. Unit Vcc Supply Voltage 6.5 Volt Hex External Magnetic field 5min 200 mT 1) ESD HBM ESD tolerance: Human Body Model 4000 Volt ESD MM ESD tolerance: Machine Model 400 Volt T opt Operating Ambient Temperature –40 150 °C T stg Storage Temperature –55 150 °C T reflow Reflow Temperature 260 °C Items Parameter Conditions min. typ. max. Unit Vcc Supply Voltage 3 5 5.5 Volt T opt Operating Ambient Temperature –40 25 150 °C Hex External Magnetic field 20 80mT Items Parameter Conditions min. typ. max. Unit R bridge Bridge Resistance T opt=25°C, Hex=30mT 456 k V out Differential Output Voltage Peak to Peak per Vcc T opt=25°C, Hex=30mT 0.54 0.6 0.67 V/V Angle Error (After compensation) T opt=–40°C to 150°C Nominal Magnetic Range: 20mT to 80mT 0.8 deg Orthogonality T opt=–40°C to 150°C, 20mT to 80mT 87 90 93 deg V offset Differenlial Output Offset as an "initial offset" per supply Voltage, 20mT to 80mT –5 — 5 mV/V TC output Temperature Coefficient of Differential Output T opt=–40°C to 150°C, 20mT to 80mT –0.115 –0.095 –0.075 %/K TC R bridge Temperature Coefficient of Bridge Resistance T opt=–40°C to 150°C, 20mT to 80mT –0.070 –0.050 –0.030%/K Hyst. Hysteresis of Output Voltage more than Hex=20mT No Hysteresis k Amplitude Synchronism ratio T opt=25°C, Hex=30mT 97 100 103 % TCk Temperature Coefficient of Amplitude Synchronism T opt=–40°C to 150°C, 20mT to 80mT –0.015 0.015 %/K 1.0±0.1 0.6±0.15 0.10±0.05 4.4±0.2 6.4±0.2 Dimensions in mm 1 8 16 9 Pin assignment Sin1 – V1 sin Sin1 + G1 sin Sin2 – V2 sin Sin2 + G2 sin Cos2 + V2 cos Cos2 – G2 cos Cos1 + V1 cos Cos1 – G1 cos 1 Sin1 – 2 V1 sin 3 Sin1 + 4 G1 sin 5 Sin2 – 6 V2 sin 7 Sin2 + 8 G2 sin 9 Cos2 + 10 V2 cos 11 Cos2 – 12 G2 cos 13 Cos1 + 14 V1 cos 15 Cos1 – 16 G1 cos NO. Function |
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