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LM760 数据表(PDF) 2 Page - National Semiconductor (TI) |
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LM760 数据表(HTML) 2 Page - National Semiconductor (TI) |
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2 / 10 page ![]() Absolute Maximum Ratings If MilitaryAerospace specified devices are required please contact the National Semiconductor Sales OfficeDistributors for availability and specifications Storage Temperature Range Metal Can and Ceramic DIP b 65 Cto a175 C Molded DIP b 65 Cto a150 C Operating Temperature Range Military (LM760) b 55 Cto a125 C Commercial (LM760C) 0 Cto a70 C Lead Temperature Metal Can and Ceramic DIP (Soldering 60 sec) 300 C Molded DIP (Soldering 10 sec) 265 C Positive Supply Voltage a 80V Negative Supply Voltage b 80V Peak Output Current 10 mA Differential Input Voltage g 50V Input Voltage Va t VI t Vb ESD Susceptibility TBD LM760 Electrical Characteristics VCC e g45V to g65V TA eb55 Cto a125 C TA e 25 C for typical figures unless otherwise specified Symbol Parameter Conditions Min Typ Max Units VIO Input Offset Voltage RS s 200X 10 60 mV IIO Input Offset Current 05 75 m A IIB Input Bias Current 80 60 m A RO Output Resistance (Either Output) VO e VOH 100 X tPD Response Time TA e 25 C (Note 3) 18 30 TA e 25 C (Note 4) 25 ns (Note 5) 16 D tPD Response Time Difference between Outputs (Note 1) (tPD of aVI1) b (tPD of bVI2)TA e 25 C 50 (tPD of aVI2) b (tPD of bVI1)TA e 25 C 50 ns (tPD of aVI1) b (tPD of aVI2)TA e 25 C 75 (tPD of bVI1) b (tPD of bVI2)TA e 25 C 75 RI Input Resistance f e 10 MHz 12 kX CI Input Capacitance f e 10 MHz 80 pF D VIO DT Average Temperature Coefficient RS e 50X 30 m V C of Input Offset Voltage TA eb55 Cto a125 C D IIO DT Average Temperature Coefficient TA ea25 Cto a125 C 20 nA C of Input Offset Current TA ea25 Cto b55 C 70 VIR Input Voltage Range VCC e g65V g 40 g 45 V VIDR Differential Input Voltage Range g 50 V VOH Output Voltage HIGH 0 mA s IOH s 50 mA 24 32 (Either Output) VCC ea50V V IOH e 80 mA VCC e g45V 24 30 VOL Output Voltage LOW IOL e 32 mA 025 04 V (Either Output) Ia Positive Supply Current VCC e g65V 18 32 mA Ib Negative Supply Current VCC e g65V 90 16 mA 2 |
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