REF-01/REF-02 Precision Voltage References FEATURES DESCRIPTION
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1 REF-01/ Precision otage References FEATURES n Trimmed Output ±0.3 n Low Drift ppm/ C Typ n Low Noise 3ppm (P-P) n High Line Rejection n Temperature Output n Low Suppy Current 1.4mA Max APPLICATIONS n A/D and D/A Converters n Precision Reguators n Constant Current Sources n /F Converters n Bridge Excitation DESCRIPTION The REF-01/ are precision and bandgap references which provide stabe output votages over a wide range of operating conditions. Output votage is accurate to ±0.3 with a ow ppm/ C typica temperature coeffi cient. The REF-01 and are exceent choices for appications where ow drift, moderate accuracy, ow power consumption and ow cost are considerations. The incudes a temperature output pin which provides a inear votage proportiona to absoute temperature. For ower drift and higher accuracy references, pease see the LT19 and LT21 data sheets. L, LT, LTC and LTM are registered trademarks of Linear Technoogy Corporation. A other trademarks are the property of their respective owners. TYPICAL APPLICATION Utra Linear Strain Gauge Ampifi er Output otage Temperature Drift 1 412Ω* 1/2W IN OUT GND A1 LT30 * REDUCES REFERENCE AND AMPLIFIER LOADING. ** IF R6 = R3, BRIDGE IS NOT LOADED BY R2 AND R4. A1 OS AND DRIFT ARE NOT CRITICAL. + 30Ω BRIDGE ACTIE ELEMENT 1 3Ω* 1/2W R2 k R4 k R 2M + R3 2M A2 LT01 R6 2M** TA01a GAIN = 0 OUTPUT OLTAGE (NORMALIZED) C TO 0 C BOX GUARANTEED FOR REF-01E AND E (.ppm/ C) FULL TEMP RANGE BOX GUARANTEED FOR REF-01A AND A (.ppm/ C) TEMPERATURE ( C) TA01b 1
2 REF-01/ ABSOLUTE IMUM RATINGS REF-01/ A, E, H...40 REF-01C/C...30 Power Dissipation... 00mW Output Short-Circuit Duration To Ground... Indefinite To IN Indefinite To IN > 16...Not Aowed Storage Temperature Range... 6 C to 10 C Operating Temperature REF-01/, REF-01A/A... C to 12 C REF-01E/E, REF-01H/H, REF-01C/C, REF-01D/D... 0 C to 0 C Lead Temperature (Sodering, sec) C PIN CONFIGURATION TOP IEW 1 A INPUT 2 + OUTPUT TEMP** 3 TRIM 4 GND (CASE) H PACKAGE -LEAD TO- METAL CAN T J = 10 C, θ JA = 10 C/W, θ JC = 4 C/W *INTERNALLY CONNECTED. DO NOT CONNECT EXTERNALLY. **DO NOT CONNECT ON REF-01 + B 6 INPUT TEMP** GND TOP IEW 6 N PACKAGE -LEAD PLASTIC DIP T J = 0 C, θ JA = 130 C/W *INTERNALLY CONNECTED. DO NOT CONNECT EXTERNALLY. **DO NOT CONNECT ON REF-01 J PACKAGE -LEAD CERDIP T J = 10 C, θ JA = 0 C/W OUTPUT TRIM ORDER INFORMATION LEAD FREE FINISH PART MARKING PACKAGE DESCRIPTION TEMPERATURE RANGE REF01EN#PBF REF01EN -Lead Pastic Dip 0 C to 0 C REF01HN#PBF REF01HN -Lead Pastic Dip 0 C to 0 C REF01CN#PBF REF01CN -Lead Pastic Dip 0 C to 0 C REF02EN#PBF REF02EN -Lead Pastic Dip 0 C to 0 C REF02HN#PBF REF02HN -Lead Pastic Dip 0 C to 0 C REF02CN#PBF REF02CN -Lead Pastic Dip 0 C to 0 C REF02DN#PBF REF02DN -Lead Pastic Dip 0 C to 0 C REF01AH#PBF -Lead TO- Meta Can C to 12 C REF01H#PBF -Lead TO- Meta Can C to 12 C REF01EH#PBF -Lead TO- Meta Can 0 C to 0 C REF01HH#PBF -Lead TO- Meta Can 0 C to 0 C REF01CH#PBF -Lead TO- Meta Can 0 C to 0 C REF02H#PBF -Lead TO- Meta Can C to 12 C REF02EH#PBF -Lead TO- Meta Can 0 C to 0 C REF02HH#PBF -Lead TO- Meta Can 0 C to 0 C REF02CH#PBF -Lead TO- Meta Can 0 C to 0 C 2
3 ORDER INFORMATION REF-01/ LEAD FREE FINISH PART MARKING PACKAGE DESCRIPTION TEMPERATURE RANGE REF02DH#PBF -Lead TO- Meta Can 0 C to 0 C REF01EJ#PBF -Lead Cerdip 0 C to 0 C REF01HJ#PBF -Lead Cerdip 0 C to 0 C REF01CJ#PBF -Lead Cerdip 0 C to 0 C REF02EJ#PBF -Lead Cerdip 0 C to 0 C REF02HJ#PBF -Lead Cerdip 0 C to 0 C REF02CJ#PBF -Lead Cerdip 0 C to 0 C REF02DJ#PBF -Lead Cerdip 0 C to 0 C OBSOLETE Consider the N Package for Aternate Source LEAD BASED FINISH PART MARKING PACKAGE DESCRIPTION TEMPERATURE RANGE REF02AH REF02AH -Lead TO- Meta Can C to 12 C REF02AJ REF02AJ -Lead Cerdip C to 12 C Consut LTC Marketing for parts specifi ed with wider operating temperature ranges. For more information on ead free part marking, go to: For more information on tape and ree specifi cations, go to: ELECTRICAL CHARACTERISTICS O Output otage I L = 0mA REF-01 Output Adjustment Range R P = kω REF-01 e np-p Output otage Noise 0.1Hz to Hz (Note ) REF-01 IN Input otage Range REF-01 Δ IN ΔI OUT Line Reguation Load Reguation REF-01A/E, A/E REF-01H, H ±3 ±3 12, 2, ±3 ±3 12, 2, μ P-P μ P-P ( OUT + 3) IN / I L = 0mA to ma IN = 1, T A = 2 C uness otherwise noted. REF-01 I Q Quiescent Suppy Current No Load ma I OUT Load Current Sink Current ma ma I SC Short-Circuit Current O = ma T Temperature otage Output (Note 3) Ony 6 6 m IN = 1, T A = 2 C uness otherwise noted. O Output otage I L = 0mA REF REF-01C, C D Output Adjustment Range R P = kω REF-01 ±2. e np-p Output otage Noise 0.1Hz to Hz (Note ) REF , 2, 13 ±2, /ma /ma μ P-P μ P-P 3
4 REF-01/ ELECTRICAL CHARACTERISTICS Δ IN ΔI OUT Line Reguation IN = 1, T A = 2 C uness otherwise noted. REF-01C, C D ( OUT + 3) IN / Load Reguation I L = 0mA to ma /ma I L = 0mA to 4mA /ma I Q Quiescent Suppy Current No Load ma I OUT Load Current Sink Current ma ma I SC Short-Circuit Current O = ma T Temperature otage Output (Note 3) Ony 6 6 m The denotes the specifi cations which appy over the fu operating temperature range, otherwise specifi cations are at T A = 2 C. IN = 1, C T A ±12 C for REF-01A/A and REF-01/, 0 C T A 0 C for REF-01E/E and REF-01H/H, I L = 0mA uness otherwise noted. Δ ΔT TC Δ IN ΔI OUT Output otage Change With Temperature (Notes 4, ) Output otage Temperature Coeffi cient Change in O Temperature Coeffi cient With Output Adjustment Line Reguation ( OUT + 3) IN 33 Load Reguation (I L = 0mA to ma) Temperature otage Output Temperature Coeffi cient 0 C T A 0 C C T A 12 C REF-01A/E, A/E REF-01H/ H (Note 6). 2 ppm/ C R P = kω ppm/ 0 C T A 0 C C T A 12 C 0 C T A 0 C C T A 12 C / / /ma /ma (Note 3) m/ C The denotes the specifi cations which appy over the fu operating temperature range, otherwise specifi cations are at T A = 2 C. IN = 1, 0 C T A 0 C and I L = 0mA uness otherwise noted. Δ ΔT TC Δ IN ΔI OUT Output otage Change With Temperature Output otage Temperature Coeffi cient Change in O Temperature Coeffi cient With Output Adjustment Line Reguation Load Reguation Temperature otage Output Temperature Coeffi cient REF-01C, C D (Notes 4, ) (Note 6) 6 20 ppm/ C R P = kω ppm/ IN = to / I L = 0mA to ma /ma (Note 3) m/ C 4
5 ELECTRICAL CHARACTERISTICS Note 1: Stresses beyond those isted under Absoute Maximum Ratings may cause permanent damage to the device. Exposure to any Absoute Maximum Rating condition for extended periods may affect device reiabiity and ifetime. Note 2: Line and oad reguation specifi cations incude the effect of sef heating. Note 3: Limit current in or out of Pin 3 to 0nA and capacitance on Pin 3 to 30pF. Note 4: Δ is defined as the absoute difference between the maximum output votage and the minimum output votage over the specifi ed temperature range expressed as a percentage of nomina output. Δ = MIN 0 OUT REF-01/ Note : Δ specifi cation appies trimmed or untrimmed. Note 6: TC is defi ned as Δ divided by the temperature range, i.e., Δ TC = T T MIN Note : 0.1Hz to Hz noise cannot be 0 tested on modern high speed test equipment, so Linear Technoogy does not put a guaranteed maximum specifi cation on this parameter for standard units. 0 bench testing of 0.1Hz to Hz noise is avaiabe on specia request. To ensure ow output noise, Linear Technoogy does 0 test Hz to 1kHz noise. Consut factory for detais. PACKAGE DESCRIPTION H Package -Lead TO- Meta Can (.230 Inch PCD) (Reference LTC DWG # ) SEATING PLANE.0.04* ( ) ( ) DIA (.4.09).040 (1.016).00 (1.20).16.1 ( ) ** ( ) GAUGE PLANE REFERENCE PLANE.00.0 ( ) ( ) ( ) PIN (.42) TYP ( ) INSULATING STANDOFF * LEAD DIAMETER IS UNCONTROLLED BETWEEN THE REFERENCE PLANE AND THE SEATING PLANE ** FOR SOLDER DIP LEAD FINISH, LEAD DIAMETER IS ( ) H (TO-) PCD 04
6 REF-01/ PACKAGE DESCRIPTION J Package -Lead CERDIP (Narrow.300 Inch, Hermetic) (Reference LTC DWG # ) ( ) FULL LEAD OPTION.300 BSC (.62 BSC) CORNER LEADS OPTION (4 PLCS) ( ) HALF LEAD OPTION.00 (0.12) MIN.02 (0.63) RAD TYP.40 (.2) (..4).0 (.00) ( ) ( ) 0 1 NOTE: LEAD DIMENSIONS APPLY TO SOLDER DIP/PLATE OR TIN PLATE LEADS ( ) ( ).0 (2.4) BSC MIN J 001 6
7 PACKAGE DESCRIPTION N Package -Lead PDIP (Narrow.300 Inch) (Reference LTC DWG # 0-0-1) REF-01/.400* (.160) 6.2 ±.01* (6.4 ± 0.31) (.6.2) ( ).130 ±.00 (3.302 ± 0.12) ( ) ( ).06 (1.61) TYP.0 (2.4) BSC NOTE: INCHES 1. DIMENSIONS ARE MILLIMETERS *THESE DIMENSIONS DO NOT INCLUDE MOLD FLASH OR PROTRUSIONS. MOLD FLASH OR PROTRUSIONS SHALL NOT EXCEED.0 INCH (0.24mm).1 (3.04) MIN.01 ±.003 (0.4 ± 0.06).0 (0.0) MIN N 02 Information furnished by Linear Technoogy Corporation is beieved to be accurate and reiabe. However, no responsibiity is assumed for its use. Linear Technoogy Corporation makes no representation that the interconnection of its circuits as described herein wi not infringe on existing patent rights.
8 REF-01/ RELATED PARTS PART NUMBER DESCRIPTION COMMENTS LT19 0.0, ppm/ C Precision Reference Pin Compatibe With the REF-01,, Improved Specs LT 0409 RE D PRINTED IN USA Linear Technoogy Corporation 1630 McCarthy Bvd., Mipitas, CA (40) FAX: (40) LINEAR TECHNOLOGY CORPORATION 1991
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SGM nA, Non-Unity Gain, Quad Rail-to-Rail Input/Output Operational Amplifier
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RT Radiation Tolerant Multicell Battery Monitor
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REF0 TABLE OF CONTENTS Features... General Description... Pin Configurations... Revision History... Specifications... Electrical Specifications... Abs
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MC3372 MC3572 LOW POWER DUAL BIPOLAR OPERATIONAL AMPLIFIERS GOOD CONSUMPTION/SPEED RATIO : ONLY 200µA/Amp FOR 2MHz, 2/µs SINGLE (OR DUAL) SUPPLY OPERATION FROM +4 TO +44 (±2 TO ±22) WIDE INPUT COMMON MODE
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FAN4040 Precision Micropower Shunt Voltage Reference
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