LINEAR SYSTEMS Linear Integrated Systems FEATURES: Replaces. ..MP5010, AD589 .. .LT1004, LM113 .. .LTC8069 * Initial accuracy +4mV 4 e Ultra Low Tempco: 5ppm/C max e Wide Operating Range: 50pA~10mA e Low Output Impedance: 0.60 typical Radiation Resistant to 1 mega Rad * Low noise Long-term stability APPLICATIONS: e Test and measurement systems * Current Loop Instrumentation * Current Source Generation ADC and DAC Reference DESCRIPTION: The LS-5010 is a two terminal, band-gap voltage reference which provides a fixed operating voltage of 1.23 volts. The LS-5010 has the lowest operating temperature coefficient in the industry and is availabie with only 5 ppm/C max. Low Temperature Coefficient Precision 1.2 Volt Reference LS-5070 Optimization of key parameters in the design and processing allows the LS-5010 to remain stable out to 1 mega rad of gamma radiation making it ideal for space and military data acquisition applications. ABSOLUTE MAXIMUM RATINGS Maximum Temperature: Storage Temperature, JT-KT-LT-MT-NT..... -65C to +200C Storage Temperature, GN-HN-LN ........ Operating Range, JTKT-LT ............. Operating Range, GN-HN-LN-MT-NT.......... 0 to +70C Lead Temperature (soldering, 10 sec.) ............ +260C Maximum Power Dissipation: Power Dissipation (free air), J-KT-LT-MTNT ........ 750mW 600mW Power Dissipation (free air), GN-HN-LN............ Linear Derating Factor, JT-KT-LI-MT-NT .......... 4.3mW/PC Linear Derating Factor, GN-HN-LN ............... Maximum Current: Forward Current.....00000.00200 0.0.0... 200 2000 eee ee 40mMA Reverse Current... 0000 eee 10mA Packaging ....................... TO -92 and TO -52 oy an} S 500k SCHEMATIC DIAGRAM bre Q4 20pF as Q15 spo (6 i 20pF Q12 200k TO-52 (T-Suffix) ANODE CATHODE TO-92 - (N-Suffix) PlasticLinear Integrated Systems LS-5010 ; DICE CHARACTERISTICS Die Size 0.038x0.057 Inch, 2166 sq. mils (0.965x1.44mm, 1.39 sq. mm) ELECTRICAL CHARACTERISTICS CHARACTERISTICS MIN TYP MAX UNITS CONDITIONS Reference Current 50 100 5000 LA Reference Voltage 1.20 1.237 1.25 Vv IR =100pA Output Impedance & Q IR =100pLA 6 2 Q IR =500nA RMS Noise Voltage 5 pV 10Hz