Model/Brand/Package
Category/Description
Inventory
Price
Data
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Category: Voltage reference chipDescription: LINEAR TECHNOLOGY LT6654BHLS8-5#PBF Voltage Reference Series, 5V reference, 20ppm/℃, LCC-821915+$23.315850+$22.3194200+$21.7614500+$21.62191000+$21.48242500+$21.32305000+$21.22337500+$21.1237 -
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Category: Voltage reference chipDescription: V-Ref Precision 4.096V 10mA 6Pin TSOT-23 T/R540610+$8.7084100+$8.2730500+$7.98271000+$7.96822000+$7.91015000+$7.83767500+$7.779510000+$7.7505 -
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Category: Voltage reference chipDescription: V-Ref Precision 3.3V 10mA Automotive 6Pin TSOT-23 T/R77701+$70.912510+$67.8293100+$67.2743250+$66.8427500+$66.16441000+$65.85612500+$65.42445000+$65.0545 -
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Category: Voltage reference chipDescription: V-Ref Precision 3.3V 10mA Automotive 6Pin TSOT-23 T/R95371+$43.152610+$40.6767100+$38.8374250+$38.5544500+$38.27141000+$37.95312500+$37.67015000+$37.4933 -
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Category: Voltage reference chipDescription: V-Ref Precision 5V 10mA Automotive 6Pin TSOT-23 T/R16791+$231.188010+$225.157050+$220.5332100+$218.9249200+$217.7187500+$216.11051000+$215.10532000+$214.1001 -
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Category: Voltage reference chipDescription: V-Ref Precision 2.048V 10mA Automotive 6Pin TSOT-23 T/R67861+$70.912510+$67.8293100+$67.2743250+$66.8427500+$66.16441000+$65.85612500+$65.42445000+$65.0545 -
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Category: Voltage reference chipDescription: IC VREF SERIES 4.096V TSOT23-679551+$43.612610+$41.1102100+$39.2513250+$38.9653500+$38.67931000+$38.35762500+$38.07165000+$37.8929 -
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Category: Voltage reference chipDescription: V-Ref Precision 1.25V 5mA Automotive 6Pin DFN EP T/R95205+$32.231250+$30.8538200+$30.0824500+$29.88961000+$29.69672500+$29.47645000+$29.33867500+$29.2009 -
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Category: Voltage reference chipDescription: V-Ref Precision 3.3V 10mA Automotive 6Pin TSOT-23 T/R96111+$44.090810+$41.5610100+$39.6817250+$39.3926500+$39.10351000+$38.77822500+$38.48915000+$38.3084 -
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Category: Voltage reference chipDescription: V-Ref Precision 4.096V 10mA Automotive 6Pin TSOT-23 T/R27851+$68.893110+$65.8977100+$65.3585250+$64.9392500+$64.28021000+$63.98072500+$63.56135000+$63.2019 -
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Category: Voltage reference chipDescription: LINEAR TECHNOLOGY LT6654BHLS8-4.096#PBF Voltage Reference Series, 4.096V reference, 20ppm/℃, LCC-859075+$27.841350+$26.6515200+$25.9852500+$25.81871000+$25.65212500+$25.46175000+$25.34277500+$25.2238 -
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Category: Voltage reference chipDescription: V-Ref Precision 2.048V 10mA Automotive 6Pin TSOT-23 T/R91181+$71.371310+$68.2682100+$67.7096250+$67.2752500+$66.59251000+$66.28222500+$65.84785000+$65.4754 -
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Category: Voltage reference chipDescription: LINEAR TECHNOLOGY LT6654AHLS8-2.048#PBF Chip, voltage reference, series connection, 2.048V, LCC-880865+$33.894950+$32.4464200+$31.6352500+$31.43251000+$31.22972500+$30.99795000+$30.85317500+$30.7082 -
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Category: Voltage reference chipDescription: V-Ref Precision 1.25V 10mA Automotive 6Pin TSOT-23 T/R18031+$36.857410+$34.7427100+$33.1717250+$32.9300500+$32.68831000+$32.41642500+$32.17475000+$32.0237 -
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Category: Voltage reference chipDescription: LINEAR TECHNOLOGY LT6654AHLS8-2.5#PBF Voltage reference, precision, low noise, series fixed, LT6654 series, 2.5V, LCC-865881+$40.283210+$37.9719100+$36.2549250+$35.9907500+$35.72661000+$35.42942500+$35.16525000+$35.0001 -
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Category: Voltage reference chipDescription: LINEAR TECHNOLOGY LT6654AHLS8-5#PBF Voltage Reference Series, 5V reference, 10ppm/℃, LCC-879781+$70.520310+$67.4542100+$66.9023250+$66.4730500+$65.79851000+$65.49192500+$65.06265000+$64.6947 -
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Category: Voltage reference chipDescription: V-Ref Precision 2.5V 10mA 3Pin TO-5229091+$39.309610+$37.0542100+$35.3787250+$35.1209500+$34.86311000+$34.57312500+$34.31545000+$34.1543 -
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Category: Voltage reference chipDescription: 3.0V Up to 4.096V, Linear Technology # # # voltage reference, Linear Technology can generate various series and parallel precise voltage references. The working mode of a series type and a 3-terminal voltage regulator is the same, while the working mode of a parallel reference and a Zener diode is the same. Linear Technology voltage reference provides accuracy and low drift over time and temperature changes. Typical applications include precision measurement systems, power monitoring, current loop measurement and control systems, digital voltmeters, and A/D and D/A references.50645+$32.094350+$30.7227200+$29.9547500+$29.76261000+$29.57062500+$29.35125000+$29.21407500+$29.0769 -
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Category: Voltage reference chipDescription: V-Ref Precision 2.048V 6Pin TSOT-23 T/R17231+$38.327510+$36.1284100+$34.4948250+$34.2434500+$33.99211000+$33.70942500+$33.45805000+$33.3010 -
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Category: Voltage reference chipDescription: Series Voltage Reference IC ±0.05% 5mA SOT-23-6 Thin, TSOT-23-630535+$32.620850+$31.2267200+$30.4461500+$30.25091000+$30.05572500+$29.83275000+$29.69337500+$29.5539 -
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Category: Voltage reference chipDescription: Series Voltage Reference IC ±0.1% 5mA SOT-23-6 Thin, TSOT-23-693055+$15.368050+$14.7112200+$14.3434500+$14.25151000+$14.15952500+$14.05455000+$13.98887500+$13.9231 -
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Category: Voltage reference chipDescription: LINEAR TECHNOLOGY LT1790AIS6-2.5#TRMPBF Voltage reference, micro power, series fixed, LT1790 series, 2.5V, TSOT-23-683251+$50.340910+$47.4525100+$45.3068250+$44.9767500+$44.64661000+$44.27522500+$43.94515000+$43.7388 -
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Category: Voltage reference chipDescription: Series Voltage Reference IC ±0.05% 5mA SOT-23-6 Thin, TSOT-23-632745+$28.537550+$27.3179200+$26.6350500+$26.46421000+$26.29352500+$26.09845000+$25.97647500+$25.8545 -
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Category: Voltage reference chipDescription: Reference voltage, 5V, Linear Technology precision fixed and adjustable voltage reference IC can be in series, parallel or series/parallel topology, and provides through-hole and surface mount packaging. The initial accuracy of voltage reference is ± 0.02 to ± 2%. ###Voltage reference, Linear Technology can generate various series and parallel precise voltage references. The working mode of a series type and a 3-terminal voltage regulator is the same, while the working mode of a parallel reference and a Zener diode is the same. Linear Technology voltage reference provides accuracy and low drift over time and temperature changes. Typical applications include precision measurement systems, power monitoring, current loop measurement and control systems, digital voltmeters, and A/D and D/A references.55731+$74.859310+$71.6045100+$71.0186250+$70.5630500+$69.84691000+$69.52152500+$69.06585000+$68.6752 -
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Category: Voltage reference chipDescription: 2.048V，Linear Technology **Linear Technology** Provide a series of series and parallel precision voltage references. The working mode of the series voltage reference is similar to that of a 3-terminal regulator, while the parallel voltage reference is similar to a Zener diode. LTC voltage reference provides accuracy and low time and temperature drift. . The series voltage reference can also operate in parallel mode; Only load and static current flow into them from the input power supply. When using parallel voltage reference, the bias current must be set higher. Because parallel voltage reference is a typical resistor bias, voltage reference can operate at various input voltages. Typical applications include power monitors, current loop measurement and control systems, digital voltmeters, and 8-bit A/D and D/A references. **_Parallel Precision Voltage Reference _ * *: Accurate, Temperature Stable, and Low Noise * * Series Voltage Reference _ * *: Low Voltage Drop, Low Power, and Excellent Line Regulation # # Voltage Reference, Linear Technology can generate various series and parallel precise voltage references. The working mode of a series type and a 3-terminal voltage regulator is the same, while the working mode of a parallel reference and a Zener diode is the same. Linear Technology voltage reference provides accuracy and low drift over time and temperature changes. Typical applications include precision measurement systems, power monitoring, current loop measurement and control systems, digital voltmeters, and A/D and D/A references.79375+$21.804150+$20.8723200+$20.3505500+$20.22011000+$20.08962500+$19.94055000+$19.84737500+$19.7542 -
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Category: Voltage reference chipDescription: V-Ref Precision 4.096V 6Pin TSOT-23 T/R98375+$18.449750+$17.6613200+$17.2197500+$17.10941000+$16.99902500+$16.87285000+$16.79407500+$16.7151 -
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Category: Voltage reference chipDescription: V-Ref Precision 5V Automotive 6Pin TSOT-23 T/R31305+$32.620850+$31.2267200+$30.4461500+$30.25091000+$30.05572500+$29.83275000+$29.69337500+$29.5539 -
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Category: Voltage reference chipDescription: Ic, Volt Reference, Fixed, 4.096V, Bipolar, Tsop, 6Pin, Plastic85581+$62.274810+$59.5672100+$59.0798250+$58.7008500+$58.10511000+$57.83432500+$57.45535000+$57.1304 -
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Category: Voltage reference chipDescription: V-Ref Precision 2.048V Automotive 6Pin TSOT-23 T/R63135+$16.963850+$16.2389200+$15.8329500+$15.73141000+$15.62992500+$15.51395000+$15.44147500+$15.3689 -
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Category: Voltage reference chipDescription: 3.0V Up to 4.096V, Linear Technology # # # voltage reference, Linear Technology can generate various series and parallel precise voltage references. The working mode of a series type and a 3-terminal voltage regulator is the same, while the working mode of a parallel reference and a Zener diode is the same. Linear Technology voltage reference provides accuracy and low drift over time and temperature changes. Typical applications include precision measurement systems, power monitoring, current loop measurement and control systems, digital voltmeters, and A/D and D/A references.20691+$38.521510+$36.3113100+$34.6694250+$34.4168500+$34.16421000+$33.88002500+$33.62745000+$33.4695
