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Part Manufacturer Description Datasheet Download Buy Part
LTC1064-4 Linear Technology IC SWITCHED CAPACITOR FILTER, BUTTERWORTH, LOWPASS, PDIP14, Active Filter
LT3484EDCB-1#TRPBF Linear Technology LT3484 - Photoflash Capacitor Charger; Package: DFN; Pins: 6; Temperature Range: -40°C to 85°C
LT3750EMS#TR Linear Technology LT3750 - Capacitor Charger Controller; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C
LTC1059AMJ/883 Linear Technology IC SWITCHED CAPACITOR FILTER, RESISTOR PROGRAMMABLE, UNIVERSAL, CDIP14, CERDIP-14, Active Filter
LTC1063CS Linear Technology IC SWITCHED CAPACITOR FILTER, BUTTERWORTH, LOWPASS, PDSO16, PLASTIC, SOL-16, Active Filter
LTC1064-2CS Linear Technology IC SWITCHED CAPACITOR FILTER, BUTTERWORTH, LOWPASS, PDSO16, PLASTIC, SOL-16, Active Filter

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bornera

Abstract: AVS-400-R circuit diagram ballast sodium condensador esquema 22-3T-D AVS-150 AVS-100-DP condensador ceramico EN-61347-2-1
Text: ~ Weight Kg Dimensiones/Dimensions (mm) 5 ~ Ballasts, ignitor, compensation capacitor as a , in polyester resin and dried at 150 ºC. ~ Ignitor and capacitor , are encapsulated in poliuretane , . ~ Impregnadas al vacío en resina de poliéster y secado a 150 ºC. ~ El subconjunto arrancador / condensador , . ~ Impregnadas al vacío en resina de poliéster , que asegura un funcionamiento silencioso en condiciones normales , incorporar. ~ Impregnadas al vacío en resina de poliéster , que asegura un funcionamiento silencioso en


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PDF EN-61347-2-9 EN-61347-2-1 EN-60923 EN-60927 15/23-SC-ARCE-DP 25/23-SC-ARCE-002 25/23-SC-ARCE-DP bornera AVS-400-R circuit diagram ballast sodium condensador esquema 22-3T-D AVS-150 AVS-100-DP condensador ceramico EN-61347-2-1
2015 - Not Available

Abstract: No abstract text available
Text: INTEGRATED CIRCUIT APPLICATION INFORMATION Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)to the input side can be useful in case of noise due to variable resistor contact , CH 2) with a capacitor to pin 1 and to connect to ground the pin 7. The total gain of the bridge is , Output Capacitors The low cut off frequency due to output capacitor depending on the load is given by


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PDF TEA2025AH TEA2025AH 16-pin DIP-16 TEA2025AHL-D16-T TEA2025AHG-D16-T QW-R107-070
2005 - tea2025l

Abstract: No abstract text available
Text: INTEGRATED CIRCUIT APPLICATION INFORMATION Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)to the input side can be useful in case of noise due to variable resistor contact , CH 2) with a capacitor to pin 1 and to connect to ground the pin 7. The total gain of the bridge is , Capacitors The low cut off frequency due to output capacitor depending on the load is given by: with COUT


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PDF TEA2025 TEA2025 16-pin DIP-16 TEA2025L TEA2025-D16-T TEA2025L-D16-T QW-R107-033 tea2025l
2014 - TEA2025

Abstract: No abstract text available
Text: -033.B TEA2025  LINEAR INTEGRATED CIRCUIT APPLICATION INFORMATION Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)to the input side can be useful in case of noise due to , (inverting input of CH 2) with a capacitor to pin 1 and to connect to ground the pin 7. The total gain of , Capacitors The low cut off frequency due to output capacitor depending on the load is given by: with COUT


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PDF TEA2025 TEA2025 16-pin DIP-16 TEA2025L-D16-T TEA2025G-D16-T QW-R107-at QW-R107-033
2005 - TEA2025

Abstract: No abstract text available
Text: -033.B TEA2025 ̈ LINEAR INTEGRATED CIRCUIT APPLI CAT I ON I N FORM AT I ON Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)to the input side can be useful in case of noise due to , (inverting input of CH 2) with a capacitor to pin 1 and to connect to ground the pin 7. The total gain of , Capacitors The low cut off frequency due to output capacitor depending on the load is given by: with COUT


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PDF TEA2025 TEA2025 16-pin DIP-16 TEA2025L TEA2025-D16-T TEA2025L-D16-T QW-R107-033
2012 - Not Available

Abstract: No abstract text available
Text: 100µF RL C6 + 470µ/16V 1 + C7 0.15µ C9 100µ/16V Polyester film capacitor UNISONIC , APPLI CAT I ON I N FORM AT I ON Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 , . It is enough to connect pin 6 (inverting input of CH 2) with a capacitor to pin 1 and to connect to , cut off frequency due to output capacitor depending on the load is given by: with COUT 470uF and RL


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PDF TEA2025A TEA2025A 45dBes QW-R107-033
2012 - TEA2025A

Abstract: stereo audio amplifier 4 w 4 ohm stereo to 5.1 channel audio pre circuit diagram tea2025al
Text: /16V + C7 0.15µ Polyester film capacitor + C8 100µ/16V C9 100µ/16V UNISONIC TECHNOLOGIES CO , INTEGRATED CIRCUIT Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)to the , pin 6 (inverting input of CH 2) with a capacitor to pin 1 and to connect to ground the pin 7. The , R3 R2 R2 R4 OUT Figure 2 Output Capacitors The low cut off frequency due to output capacitor


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PDF TEA2025A TEA2025A QW-R107-033 stereo audio amplifier 4 w 4 ohm stereo to 5.1 channel audio pre circuit diagram tea2025al
2014 - TEA2025A

Abstract: No abstract text available
Text: film capacitor UNISONIC TECHNOLOGIES CO., LTD www.unisonic.com.tw 4 of 8 QW-R107-012.C TEA2025A  LINEAR INTEGRATED CIRCUIT APPLICATION INFORMATION Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)to the input side can be useful in case of noise due to , output signal after reduction. It is enough to connect pin 6 (inverting input of CH 2) with a capacitor


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PDF TEA2025A TEA2025A QW-R107-012
2003 - tea2025b

Abstract: 2025B TEA2025B - STEREO AUDIO AMPLIFIER - STMicroelectronics tea2025 TEA2025B CIRCUIT APPLICATION TEA 2025B equivalent 6V H bridge tea2025b amplifiers sub 9v TEA2025D tea2025b amplifiers sub
Text: 1 TEA2025B - TEA2025D APPLICATION INFORMATION Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)to the input side can be useful in case of noise due to variable , 7 Output Capacitors. The low cut off frequency due to output capacitor depending on the load is , signal after reduction. It is enough to connect pin 6 (inverting input of CH 2) with a capacitor to pin


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PDF TEA2025B TEA2025D TEA2025B/D tea2025b 2025B TEA2025B - STEREO AUDIO AMPLIFIER - STMicroelectronics tea2025 TEA2025B CIRCUIT APPLICATION TEA 2025B equivalent 6V H bridge tea2025b amplifiers sub 9v TEA2025D tea2025b amplifiers sub
TEA2025B

Abstract: No abstract text available
Text: ) flb2 ■0.8 1 TEA2025B - TEA2025D APPLICATION INFORMATION Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)to the input side can be useful in case of noise due to , reduce it under 36 dB. Output Capacitors. The low cut off frequency due to output capacitor , a capacitor to pin 1 and to connect to ground the pin 7. The TEA 2025B solution allows to save


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PDF TEA2025B TEA2025D ERDIP12 TEA2025B/D 100nF 15jlF TEA2025B
1994 - TEA 2025B equivalent

Abstract: 2025B TEA2025B TEA 2025B TEA2025D tea2025b amplifiers sub 9v 9V bridge capacitors poliester tea2025b amplifiers sub tea2025
Text: (W) 0.8 1 TEA2025B - TEA2025D APPLICATION INFORMATION Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)to the input side can be useful in case of noise due to , pin 6 (inverting input of CH 2) with a capacitor to pin 1 and to connect to ground the pin 7. Output Capacitors. The low cut off frequency due to output capacitor depending on the load is given by


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PDF TEA2025B TEA2025D TEA2025B/D TEA 2025B equivalent 2025B TEA2025B TEA 2025B TEA2025D tea2025b amplifiers sub 9v 9V bridge capacitors poliester tea2025b amplifiers sub tea2025
1994 - 2025B

Abstract: TEA2025B tea2025b amplifiers sub tea 1778 TEA2025B CIRCUIT APPLICATION SO20 TEA2025D tea2025b amplifiers sub 9v
Text: TEA2025B - TEA2025D APPLICATION INFORMATION Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)to the input side can be useful in case of noise due to variable resistor contact , Capacitors. The low cut off frequency due to output capacitor depending on the load is given by: FL = 1 , reduction. It is enough to connect pin 6 (inverting input of CH 2) with a capacitor to pin 1 and to connect


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PDF TEA2025B TEA2025D TEA2025B/D 2025B TEA2025B tea2025b amplifiers sub tea 1778 TEA2025B CIRCUIT APPLICATION SO20 TEA2025D tea2025b amplifiers sub 9v
2025B

Abstract: TEA2025B TEA2025B CIRCUIT APPLICATION tea2025b amplifiers sub 9v tea2025 tea 2025b D94AU120 TEA 2025B equivalent tea2025b amplifiers sub TEA2025D
Text: 1 TEA2025B - TEA2025D APPLICATION INFORMATION Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)to the input side can be useful in case of noise due to variable , of CH 2) with a capacitor to pin 1 and to connect to ground the pin 7. Output Capacitors. The low cut off frequency due to output capacitor depending on the load is given by: FL = 1 2 COUT ·


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PDF TEA2025B TEA2025D TEA2025B/D 2025B TEA2025B TEA2025B CIRCUIT APPLICATION tea2025b amplifiers sub 9v tea2025 tea 2025b D94AU120 TEA 2025B equivalent tea2025b amplifiers sub TEA2025D
2005 - TEA2025L

Abstract: tea2025 Capacitor 0.22 uF UTC TEA2025 TEA2025L-D16-T tea2025 application AUDIO CROSSOVER schematic capacitor 0.22
Text: INFORMATION Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)to the input side , after reduction. It is enough to connect pin 6 (inverting input of CH 2) with a capacitor to pin 1 and , R2 R4 Figure 2 Output Capacitors The low cut off frequency due to output capacitor depending , supply I. C. pin. The low value ( poliester ) capacitors must have good temperature and frequency


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PDF TEA2025 TEA2025 16-pin DIP-16 TEA2025L TEA2025-D16-T TEA2025L-D16-T QW-R107-003 TEA2025L Capacitor 0.22 uF UTC TEA2025 TEA2025L-D16-T tea2025 application AUDIO CROSSOVER schematic capacitor 0.22
2010 - TEA2025B

Abstract: TEA 2025B equivalent tea20256 TEA2025 TEA2025B applications 2025B tea2025b amplifiers sub 9v TEA2025D013TR Small Outline SO-12 tea2025 application
Text: APPLICATION INFORMATION 3.1 Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 µF , (inverting input of CH 2) with a capacitor to pin 1 and to connect to ground the pin 7. The total gain of , Capacitors. 1 The low cut off frequency due to output capacitor depending on the load is given by: F L = , with capacitors as nearest as possible to the supply I.C.pin. The low value( poliester )capacitors must


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PDF TEA2025 PowerDIP16 TEA2025B TEA2025D TEA2025D013TR TEA2025B/D TEA2025B TEA 2025B equivalent tea20256 TEA2025 TEA2025B applications 2025B tea2025b amplifiers sub 9v TEA2025D013TR Small Outline SO-12 tea2025 application
2010 - TEA2025

Abstract: No abstract text available
Text: APPLICATION INFORMATION 3.1 Input Capacitor Input capacitor is PNP type allowing source to be referenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 , (inverting input of CH 2) with a capacitor to pin 1 and to connect to ground the pin 7. The total gain of , Figure 12. 3.4 Output Capacitors. 1 The low cut off frequency due to output capacitor depending on , nearest as possible to the supply I.C.pin. The low value( poliester )capacitors must have good temperature


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PDF TEA2025 TEA2025B/D PowerDIP16 TEA2025
TEA 2025B

Abstract: TEA2025B 2025B
Text: TEA2025B - TEA2025D APPLICATION INFORMATION Input Capacitor Input capacitor is PNP type allowing source to be reterenced to ground. In this way no input coupling capacitor is required. However, a series capacitor (0.22 uF)tothe input side can be useful in case of noise due to variable resistor contact , Capacitors. The low cut off frequency due to output capacitor depending on the load is given by: Fl = 1 2 nC , . It is enough to connect pin 6 (inverting input of CH 2) with a capacitor to pin 1 and to connect to


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PDF TEA2025B TEA2025D TEA2025B TEA2025D TEA2025B/Dis TEA 2025B 2025B
2004 - 1N4007 RECTIFIER DIODE

Abstract: arcotronics 1.27.4 t2a fuse 12v 60w smps 1N4007 50Hz bridge rectifier diode DEHR33A222K 12V 2A SMPS circuit diagram epcos etd34 1N4007 diode PIV rating ARCOTRONICS R46 KI 3220
Text: over the input voltage range. This helps to decrease the output capacitor size thanks to the better , use of most of the energy stored in the bulk capacitor during hold-up operations. Because of the , shown. The Vcc capacitor is charged by the charge pump circuit and when its voltage reaches the , depends only on the auxiliary capacitor value, while the dead time is inversely proportional to the , be capable of supplying the controller charging the VDD capacitor by the spikes generated at Mosfet


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PDF AN1842 L5991 265Vrms) 1N4007 RECTIFIER DIODE arcotronics 1.27.4 t2a fuse 12v 60w smps 1N4007 50Hz bridge rectifier diode DEHR33A222K 12V 2A SMPS circuit diagram epcos etd34 1N4007 diode PIV rating ARCOTRONICS R46 KI 3220
1998 - capacitor poliester 100nf

Abstract: CAPACITOR 5D 3KV 5d 3kv kje y4 capacitor 100nF poliester IEC-384-9 capacitor poliester 10nf Thomson csf ceramic capacitor 5OQ322MAEAA Carimbo ceramic capacitor
Text: A E A A Tolerance Capacitor Diameter Lead Forming Inches mm C = ± 0,25 pF , dimensions, they are a less expensive replacement of multilayer ceramic or poliester capacitors. An , ) DEFINITIONS (IEC 384-14 1993) X FUNCTION: applications where the capacitor failure does not lead to danger , Subclass X3: impulses up to 1200Vdc Y FUNCTION: applications where the capacitor failure may lead to , Measured at 20mm from the capacitor Max. temp. rise on the external surface of the capacitor


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PDF TPCAM0198 5OKB10 B-1050 capacitor poliester 100nf CAPACITOR 5D 3KV 5d 3kv kje y4 capacitor 100nF poliester IEC-384-9 capacitor poliester 10nf Thomson csf ceramic capacitor 5OQ322MAEAA Carimbo ceramic capacitor
2014 - RHFL4913A

Abstract: No abstract text available
Text: . . . . . . . . . . . . . . . . . . . . . . . . . 13 6.1 Output capacitor selection and , benefit is an SVR performance extended to far higher frequencies. 6.1 Output capacitor selection and , to provide the necessary compensating voltage signal to the ADJ pin. A ceramic or poliester 47nF CADJ capacitor between ADJ and VOUT pins is recommended when the remote sensing technique is , . • Using a low ESR 47 µF COUT filtering capacitor , with ESR lower than 30mΩ, together with a


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PDF RHFL4913A FLAT-16 RHFL4913A FLAT-16 5962F02524. DocID10005
2014 - Not Available

Abstract: No abstract text available
Text: . . . . . . . . . . . . . . . . . . . . . . . . . 13 6.1 Output capacitor selection and , benefit is an SVR performance extended to far higher frequencies. 6.1 Output capacitor selection and , to provide the necessary compensating voltage signal to the ADJ pin. A ceramic or poliester 47nF CADJ capacitor between ADJ and VOUT pins is recommended when the remote sensing technique is , . • Using a low ESR 47 µF COUT filtering capacitor , with ESR lower than 30mΩ, together with a


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PDF RHFL4913A RHFL4913A FLAT-16 FLAT-16 DocID10005
2011 - capacitor 47uf 16v

Abstract: capacitor 100uF/25V
Text: 3 3 After 1000 hours application of DC rated working voltage at +105°C, The capacitor shall , loading. Solvent proof This capacitor can withstand circuit-board cleaning within 5 min. dipped in , V1.1 7mm 105°C MCMHR Series Part Number Table Description Part Number CAPACITOR , 22UF, 6.3V MCMHR6V3226M4X7 CAPACITOR , 33UF, 6.3V MCMHR6V3336M5X7 CAPACITOR , 47UF, 6.3V MCMHR6V3476M5X7 CAPACITOR , 100UF, 6.3V MCMHR6V3107M6.3X7 CAPACITOR , 220UF, 6.3V MCMHR6V3227M8X7


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PDF 120Hz) capacitor 47uf 16v capacitor 100uF/25V
Not Available

Abstract: No abstract text available
Text: Expectancy Electrolytic capacitor electrical parameters are nor­ mally specified at 20 °C temperature , irreversible damage will result. Check for maximum capacitor operating tempera­ tures including ambient temperature, internal capacitor temperature rise caused by ripple current, and the effects of radiated heat , the capacitor from the back side of the circuit board. (3) The formula for calculating expected life , current heating (°C) A quick reference capacitor guide for estimating expected life is included for


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PDF
panasonic marking code capacitors

Abstract: capacitor matsushita capacitor capacitor description gold capacitor EECEN0F204J1 EB capacitor ammeter DC AC voltmeter applications general electric capacitors
Text: : Electric Double Layer Capacitor (GOLD CAPACITOR ) EN Series Product Part Number : EECEN0F204J1 Country , of Validity : 5.Feb. 2005 from the date of issue · This capacitor is designed to be used for , LCR Device Company Capacitor Business Unit Matsushita Electronic Components Co., Ltd 25, Nishinaka , . Remarks Matsushita Electric Components Co., Ltd. LCR Device Company Capacitor Business Unit Design , EB-EN204J1-2-00 Gold Capacitor EN series 1/14 1.Scope This specification applies to Electric Double


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PDF 2004E012P EECEN0F204J1 RCR-2370 panasonic marking code capacitors capacitor matsushita capacitor capacitor description gold capacitor EECEN0F204J1 EB capacitor ammeter DC AC voltmeter applications general electric capacitors
750H

Abstract: ST-100S gold capacitor
Text: rises.The lifetime of a Gold Capacitor is greatly affected by ambient temperature, applied voltage and operating current. By reducing these factors as much as possible, capacitor lifetime can be lengthened , start of discharge if load resistance or load current is present. If a Gold Capacitor is used at a , voltage, gas generated by electrochemical reactions inside the capacitor may cause it to leak or rupture. 1.3 Polarity Be sure to verify the polarity of the capacitor before use. If a reverse voltage is


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PDF RCR-2370 750H ST-100S gold capacitor
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