Model/Brand/Package
Category/Description
Inventory
Price
Data
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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 -
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Category: Voltage reference chipDescription: Reference Voltage: Low Noise, Precision,+2.5V/+4.096V/+5V1222 -
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Category: Voltage reference chipDescription: Low noise, high precision,+2.5V/+4.096V/+5V voltage reference Low Noise, Precision,+2.5V/+4.096V/+5V Voltage References7480 -
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Category: Voltage reference chipDescription: SOT23Encapsulation, low cost, low voltage drop, SOT23 three terminal voltage reference, Low Cost, Low Dropout, 3-Terminal Voltage References99495+$14.564250+$13.9418200+$13.5932500+$13.50611000+$13.41892500+$13.31945000+$13.25717500+$13.1949 -
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Category: Voltage reference chipDescription: MCP1501 The voltage reference Microchip MCP1501 is a high-precision buffer voltage that can provide or absorb a current of 20mA. This device is based on a low drift bandgap reference, utilizing a chopper based amplifier to reduce offset to zero and provide high current output. ###Features Maximum temperature coefficient: 50 ppm/° C, -40 ° C to+125 ° C Initial accuracy: 0.08% Operating temperature range: -40 to+125 ° C Low typical operating current: 140 μ A Line regulation: maximum 50 ppm/V Load regulation: maximum 40 ppm/mA Output noise (0.1 Hz to 10 Hz): # # Voltage reference, Microchip557710+$7.1724100+$6.8138500+$6.57471000+$6.56272000+$6.51495000+$6.45527500+$6.407310000+$6.3834 -
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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%.966620+$0.658850+$0.6100100+$0.5856300+$0.5661500+$0.55141000+$0.54175000+$0.531910000+$0.5222 -
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Category: Voltage reference chipDescription: 2.8V To 4.5V, Maxim Integrated # # voltage reference, Maxim Integrated71485+$13.559150+$12.9797200+$12.6552500+$12.57411000+$12.49292500+$12.40025000+$12.34237500+$12.2843 -
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Category: Voltage reference chipDescription: V-Ref Precision 10V 10mA 8Pin PDIP N Tube60935+$33.949950+$32.4990200+$31.6866500+$31.48341000+$31.28032500+$31.04825000+$30.90317500+$30.7580 -
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Category: Voltage reference chipDescription: ANALOG DEVICES ADR431ARMZ Voltage reference, ultra-low noise, series fixed, ADR431 series, 2.5V, MSOP-8431210+$9.2772100+$8.8133500+$8.50411000+$8.48862000+$8.42685000+$8.34957500+$8.287610000+$8.2567 -
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Category: Voltage reference chipDescription: Voltage Reference Precision 7V 10mA 8Pin Plastic DIP N26141+$260.714210+$253.913050+$248.6987100+$246.8850200+$245.5248500+$243.71111000+$242.57762000+$241.4440 -
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Category: Voltage reference chipDescription: V-Ref Precision 5V 10mA 8Pin PDIP N61811+$138.553210+$134.938750+$132.1677100+$131.2038200+$130.4809500+$129.51711000+$128.91472000+$128.3123 -
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Category: Voltage reference chipDescription: 6V Up to 10V, 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.19661+$121.850610+$118.671850+$116.2348100+$115.3872200+$114.7514500+$113.90381000+$113.37402000+$112.8442 -
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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-N53045+$26.182350+$25.0634200+$24.4368500+$24.28011000+$24.12352500+$23.94455000+$23.83267500+$23.7207 -
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Category: Voltage reference chipDescription: V-Ref Precision 7V 10mA 8Pin PDIP N70355+$29.308550+$28.0560200+$27.3546500+$27.17931000+$27.00392500+$26.80355000+$26.67837500+$26.5530 -
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Category: Voltage reference chipDescription: High Voltage Input Precision, Low Noise FGA ⑩ Voltage References56021+$141.910010+$138.208050+$135.3698100+$134.3826200+$133.6422500+$132.65501000+$132.03802000+$131.4210 -
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Category: Voltage reference chipDescription: V-Ref Precision 2.5V 20mA 3Pin TO-9237881+$102.973310+$98.4962100+$97.6903250+$97.0635500+$96.07861000+$95.63092500+$95.00415000+$94.4668 -
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Category: Voltage reference chipDescription: TEXAS INSTRUMENTS LM385M/NOPB voltage reference31385+$6.004825+$5.560050+$5.2486100+$5.1152500+$5.02622500+$4.91505000+$4.870610000+$4.8038 -
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Category: Voltage reference chipDescription: Shunt Voltage Reference IC ±0.4% 10mA 8-TSSOP, 8-MSOP (0.118", 3mm Width)98995+$18.346850+$17.5627200+$17.1237500+$17.01391000+$16.90412500+$16.77875000+$16.70037500+$16.6219 -
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Category: Voltage reference chipDescription: TEXAS INSTRUMENTS LM285M/NOPB Voltage reference, micro power, shunt adjustable, LM285 series, 1.24V to 5.3V, SOIC-890745+$3.626125+$3.357550+$3.1695100+$3.0889500+$3.03522500+$2.96805000+$2.941210000+$2.9009 -
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Category: Voltage reference chipDescription: LM 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%.227110+$9.1380100+$8.6811500+$8.37651000+$8.36132000+$8.30045000+$8.22427500+$8.163310000+$8.1328 -
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Category: Voltage reference chipDescription: Reference Voltage LT1461- Micropower Precision Low Dropout Series Voltage Reference Family42121+$57.362010+$54.0707100+$51.6258250+$51.2496500+$50.87351000+$50.45032500+$50.07425000+$49.8391 -
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Category: Voltage reference chipDescription: IC VREF SERIES/SHUNT 10V 8DIP36195+$32.989350+$31.5795200+$30.7900500+$30.59271000+$30.39532500+$30.16975000+$30.02877500+$29.8878 -
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Category: Voltage reference chipDescription: Reference voltage LT1019- Precision Reference99821+$44.089610+$41.5599100+$39.6806250+$39.3915500+$39.10241000+$38.77712500+$38.48805000+$38.3073 -
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Category: Voltage reference chipDescription: V-Ref Precision 5V 40mA 8Pin SOIC N49581+$80.220610+$76.7327100+$76.1049250+$75.6166500+$74.84931000+$74.50052500+$74.01225000+$73.5936 -
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Category: Voltage reference chipDescription: Reference Voltage LT1634- Micropower Precision Shun Voltage Reference73795+$20.924350+$20.0301200+$19.5293500+$19.40411000+$19.27902500+$19.13595000+$19.04657500+$18.9570 -
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Category: Voltage reference chipDescription: V-Ref Precision 2.5V 10mA 8Pin SOIC N21975+$5.131425+$4.751350+$4.4852100+$4.3712500+$4.29512500+$4.20015000+$4.162110000+$4.1051 -
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Category: Voltage reference chipDescription: V-Ref Precision 4.096V 30mA 8Pin SOIC N94125+$25.210050+$24.1326200+$23.5293500+$23.37851000+$23.22772500+$23.05535000+$22.94767500+$22.8398
