Model/Brand/Package
Category/Description
Inventory
Price
Data
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Category: Voltage reference chipDescription: Parallel 100mA47621+$1614.873710+$1600.193025+$1592.852750+$1585.5124100+$1578.1720150+$1570.8317250+$1563.4914500+$1556.1510 -
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Category: Voltage reference chipDescription: Precision Programmable Reference87585+$6.316725+$5.848850+$5.5212100+$5.3809500+$5.28732500+$5.17035000+$5.123510000+$5.0533 -
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Category: Voltage reference chipDescription: Precision Programmable Reference245210+$1.265050+$1.1994100+$1.1525300+$1.1244500+$1.09631000+$1.06822500+$1.02605000+$1.0166 -
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Category: Voltage reference chipDescription: TEXAS INSTRUMENTS TLE2426CD Voltage reference, virtual ground precision, TLE2426 series, 2V to 20V, SOIC-861435+$5.668725+$5.248850+$4.9548100+$4.8289500+$4.74492500+$4.63995000+$4.597910000+$4.5349 -
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Category: Voltage reference chipDescription: LM185-2.5 -N / LM285-2.5 -N / LM385-2.5 -NMicropower Voltage Reference Diode LM185-2.5-N/LM285-2.5-N/LM385-2.5-N64015+$26.058250+$24.9446200+$24.3210500+$24.16511000+$24.00922500+$23.83105000+$23.71977500+$23.6083 -
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Category: Voltage reference chipDescription: LM185 / LM285 / LM385Adjustable Micropower Voltage References LM185/LM285/LM38555555+$4.857325+$4.497550+$4.2456100+$4.1377500+$4.06572500+$3.97585000+$3.939810000+$3.8858 -
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Category: Voltage reference chipDescription: LM185-1.2 -N / LM285-1.2 -N / LM385-1.2 -NMicropower Voltage Reference Diode LM185-1.2-N/LM285-1.2-N/LM385-1.2-N21775+$21.594750+$20.6718200+$20.1550500+$20.02581000+$19.89662500+$19.74905000+$19.65677500+$19.5644 -
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Category: Voltage reference chipDescription: TL Series # # Voltage Reference, Texas Instruments Precision Fixed and Adjustable Voltage Reference ICs utilize series, parallel, or series/parallel topologies and provide through-hole and surface mount packaging. The initial accuracy of voltage reference is ± 0.02 to ± 2%.541810+$1.013950+$0.9613100+$0.9237300+$0.9012500+$0.87871000+$0.85612500+$0.82235000+$0.8148 -
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Category: Voltage reference chipDescription: TL Series # # Voltage Reference, Texas Instruments Precision Fixed and Adjustable Voltage Reference ICs utilize series, parallel, or series/parallel topologies and provide through-hole and surface mount packaging. The initial accuracy of voltage reference is ± 0.02 to ± 2%.27345+$4.341625+$4.020050+$3.7949100+$3.6984500+$3.63412500+$3.55375000+$3.521510000+$3.4733 -
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Category: Voltage reference chipDescription: TEXAS INSTRUMENTS REF102AP. Voltage reference, precision, series fixed, REF102 series, 10V, DIP-894381+$57.676710+$54.3674100+$51.9090250+$51.5308500+$51.15261000+$50.72712500+$50.34895000+$50.1126 -
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Category: Voltage reference chipDescription: TEXAS INSTRUMENTS LM431CIM/NOPB Voltage reference, precision, shunt adjustable, LM431 series, 2.5V to 36V, SOIC-8280310+$8.4528100+$8.0302500+$7.74841000+$7.73432000+$7.67805000+$7.60757500+$7.551210000+$7.5230 -
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Category: Voltage reference chipDescription: Precision Programmable Reference154810+$1.270450+$1.2045100+$1.1574300+$1.1292500+$1.10101000+$1.07272500+$1.03045000+$1.0210 -
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Category: Voltage reference chipDescription: Texas Instruments Precision fixed and adjustable voltage reference ICs utilize series, parallel, or series/parallel topologies, and provide through-hole and surface mount packaging. The initial accuracy of voltage reference is ± 0.02 to ± 2%.87921+$183.480210+$178.693850+$175.0242100+$173.7478200+$172.7905500+$171.51411000+$170.71642000+$169.9186 -
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Category: Voltage reference chipDescription: 2.5ppm/℃ Temperature drift, 10V precision voltage reference 8-SOIC69551+$62.502510+$59.7850100+$59.2959250+$58.9154500+$58.31761000+$58.04582500+$57.66545000+$57.3393 -
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Category: Voltage reference chipDescription: National Semiconductor LM134/LM334 - Adjustable current source LM234- temperature sensor with analog current source output REF200- dual high-precision 100 μ A fixed current source IC, with additional current mirror # # current source, Texas Instruments74095+$16.245550+$15.5512200+$15.1624500+$15.06521000+$14.96802500+$14.85705000+$14.78757500+$14.7181 -
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Category: Voltage reference chipDescription: TEXAS INSTRUMENTS LM336M-2.5/NOPB voltage reference92425+$5.630925+$5.213850+$4.9218100+$4.7967500+$4.71322500+$4.60905000+$4.567210000+$4.5047 -
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Category: Voltage reference chipDescription: TEXAS INSTRUMENTS LM285D-1-2 Voltage reference, micro power, shunt fixed, LM285 series, 1.235V, SOIC-891735+$4.764225+$4.411350+$4.1642100+$4.0584500+$3.98782500+$3.89955000+$3.864310000+$3.8113 -
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Category: Voltage reference chipDescription: TEXAS INSTRUMENTS TL431CDG4 Voltage reference, precision, shunt adjustable, TL431 series, 2.495V to 36V, SOIC-885875+$4.754725+$4.402550+$4.1560100+$4.0503500+$3.97992500+$3.89185000+$3.856610000+$3.8038 -
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Category: Voltage reference chipDescription: TL Series # # Voltage Reference, Texas Instruments Precision Fixed and Adjustable Voltage Reference ICs utilize series, parallel, or series/parallel topologies and provide through-hole and surface mount packaging. The initial accuracy of voltage reference is ± 0.02 to ± 2%.775720+$0.137750+$0.1275100+$0.1224300+$0.1183500+$0.11531000+$0.11325000+$0.111210000+$0.1091 -
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Category: Voltage reference chipDescription: TEXAS INSTRUMENTS LM385BD-1-2 Voltage reference, micro power, shunt fixed, LM385B series, 1.235V, SOIC-822355+$5.474325+$5.068850+$4.7849100+$4.6633500+$4.58222500+$4.48085000+$4.440210000+$4.3794 -
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Category: Voltage reference chipDescription: 2.4V To a voltage reference of 2.5V # # #, Texas Instruments precision fixed and adjustable voltage reference ICs utilize series, parallel, or series/parallel topologies and provide through-hole and surface mount packaging. The initial accuracy of voltage reference is ± 0.02 to ± 2%.74445+$3.813825+$3.531350+$3.3335100+$3.2488500+$3.19232500+$3.12165000+$3.093410000+$3.0510 -
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Category: Voltage reference chipDescription: 1.2V To a voltage reference of 2.3V # # #, Texas Instruments precision fixed and adjustable voltage reference ICs utilize series, parallel, or series/parallel topologies and provide through-hole and surface mount packaging. The initial accuracy of voltage reference is ± 0.02 to ± 2%.341410+$11.0076100+$10.4572500+$10.09031000+$10.07202000+$9.99865000+$9.90687500+$9.833510000+$9.7968 -
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Category: Voltage reference chipDescription: TEXAS INSTRUMENTS LM385BM-2.5/NOPB Voltage reference, micro power, shunt fixed, LM385 series, 2.5V, SOIC-883195+$3.626125+$3.357550+$3.1695100+$3.0889500+$3.03522500+$2.96805000+$2.941210000+$2.9009 -
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Category: Voltage reference chipDescription: Micro Power Integrated Voltage Reference31265+$6.211425+$5.751350+$5.4292100+$5.2912500+$5.19912500+$5.08415000+$5.038110000+$4.9691 -
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Category: Voltage reference chipDescription: 2.5 -VIntegrated Reference Circuit 2.5-V Integrated Reference Circuit33941+$78.217310+$74.8165100+$74.2044250+$73.7283500+$72.98011000+$72.64002500+$72.16395000+$71.7558 -
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Category: Voltage reference chipDescription: 1.024V To a voltage reference of 2.048V # # #, Texas Instruments precision fixed and adjustable voltage reference ICs utilize series, parallel, or series/parallel topologies and provide through-hole and surface mount packaging. The initial accuracy of voltage reference is ± 0.02 to ± 2%.85875+$26.522750+$25.3893200+$24.7545500+$24.59591000+$24.43722500+$24.25585000+$24.14257500+$24.0291
