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    NKK Switches
    A12K1W SUBMINIATURE ROCKER/PC
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    Digi-Key A12K1W Bulk 1 $5.65 $5.65 $5.65 $5.65 $5.65 Buy Now
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    RC55PY-12K1WI
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    PCF1206R-12K1WI
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    PCF1206R-12K1WT1
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    PCF2010-11-2K1WI
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    PCF2512-13-12K1WI
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    PCF0603-12-12K1WT1 Thin Film Nichrome Chip Resistor - 0.063W - 12.1 Kohm ±0.05% - ±10ppm/°C - SMD 0603
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    PCF2010H12-12K1WT1
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    PCF2512-12-12K1WT1
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    PCF0805H19-12K1WT1
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    PCF1206H11-12K1WT1
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    RC55PC-12K1WI
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    PCF0603H-02-12K1WI
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    PCF0603H11-12K1WT1
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    PCF2010R-12K1WA
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    RC55Z-12K1WI
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    12k 1w Datasheets Context Search

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    zener diode 100w

    Abstract: diode zener c23 IR430 ZENER DIODE 2.7V 1W IR4301 diode ZENER C2 smd 1N4148WS-FDICT-ND 1N4148 equivalent SMD Zener Diode C37
    Text: 2.2nF,50V C20 4.7uF,10V CT_PGND 470pF, 50V VSS2 R26 C18 R28 CT_SGND * 1.2k 1W Z4 5.1V 1nF C16 +5V 7 6 5 4 3 * 1.2k 1W R65 VSS CSD COMP IN , 1N4148 * 1.2k 1W R64 Z2 * 1.2k 1W 5.1V R27 1 VAA CT_SGND 2 GND 4.7uF,10V * 1.2k 1W , 2 GND D9 1N4148 * 1.2k 1W R56 52V version Z1 * 1.2k 1W 5.1V R25 +5V CT_SGND * 1.2k 1W Z3 5.1V 1nF C15 -5V 180R R22 180R C10 22uF, 16V 2.2nF,50V C9 R24


    Original     		PDF IRAUDAMP19 00W/4â IR4301 IRAUDAMP19 AN1170 zener diode 100w diode zener c23 IR430 ZENER DIODE 2.7V 1W IR4301 diode ZENER C2 smd 1N4148WS-FDICT-ND 1N4148 equivalent SMD Zener Diode C37
    2002 - ptc pspice

    Abstract: ptc pspice RELAY CIRCUIT LE58QL021VC sms-110-01-s-d MMC kemet CHP24 pF CAPACITOR 100v resistor sms TR57 UB2-5NU
    Text: 1.2K 1W 1% RSR1B 1.2K 1W 1% RSR1C 1.2K E SLIC Channel 1 *Optional MMC module , 5 4 3 1.2K 1W 1% RSR2B 1.2K 1W 1% RSR2C 1.2K 1 SLIC Channel 2 , Sheet 1 4 of 7 5 4 3 1.2K 1W 1% RSR3B 1.2K 1W 1% RSR3C 1.2K , Monday, July 08, 2002 Sheet 1 4 of 7 5 4 3 1.2K 1W 1% RSR4B 1.2K 1W 1% RSR4C 1.2K 1 SLIC Channel 4 *Optional MMC module - see note. RSR4A 2 1W 1


    Original     		PDF Le51HR0030 Le58QL021VC Le79555 partieSR23 RSR24, RSR31 RSR32 RSR33 RSR34 RTX11 ptc pspice ptc pspice RELAY CIRCUIT sms-110-01-s-d MMC kemet CHP24 pF CAPACITOR 100v resistor sms TR57 UB2-5NU
    2002 - ptc pspice

    Abstract: UB2-5NU ring generator module LE58QL021VC ptc pspice RELAY CIRCUIT PO640SA CSR24 pF CAPACITOR 100v RDC22 smd transistor CQB2
    Text: % RSR1B 1.2K 1W 1% RSR1C 1.2K E SLIC Channel 1 *Optional MMC module - see note. RSR1A 1.2K D 1W 1% RING_BUS 4 4 RSR11 2.20M 1/16W 1% RSR31 2.00M 1/16W 1% 5V 3 , of 7 5 4 3 1W 1% RSR2B 1.2K 1W 1% RSR2C 1.2K 1 SLIC Channel 2 *Optional MMC module - see note. RSR2A 1.2K 2 1W 1% RING_BUS D D RSR12 2.20M 1/16W 1 , Monday, July 08, 2002 Rev A 1 Sheet 4 of 7 5 4 3 1W 1% RSR3B 1.2K


    Original     		PDF Le51HR0030 Le58QL021VC Le79555 applicatiSR23 RSR24, RSR31 RSR32 RSR33 RSR34 RTX11 ptc pspice UB2-5NU ring generator module ptc pspice RELAY CIRCUIT PO640SA CSR24 pF CAPACITOR 100v RDC22 smd transistor CQB2
    2010 - IRAC1152-350

    Abstract: International Rectifier IRAC1152-350W CV507100BS TNY278PN TNY278PN HIGH POWER resistor HMR 5W SNX-1380
    Text: D11 1N4007 B C21 R29 22uf/50V 12K / 1W C24 1N5255/28V 22uf/400v VCC 5 D12 + , 74 Clip RES SMT, 3M-OHM 1/4W 1% 1206 RES, CF 12K -OHM 1W 5% RES, CF1.5M-OHM 1/2W 5% RES SMT , 388VDC. A 1W , 470kohm bleed resistor (R10) is used across C10 to discharge the bus voltage. â , + THERMISTOR 2 C2 R1 C5 C1 C3 470n/275VAC 470k/ 1W 2 CON3 470n/275VAC N/C 3 , 1W 5% DO-41 DIODES 1N4744A-T DIGIKEY 1N4744ADICT-ND DIODE SMT, FAST SWITCHING 100V 5uA 500mW


    Original     		PDF PD97152 IRAC1152-350W IR1152 66kHz IEC61000-3-2 115230VAC/350W) IRAC1152-350 International Rectifier IRAC1152-350W CV507100BS TNY278PN TNY278PN HIGH POWER resistor HMR 5W SNX-1380
    2010 - Santronics SNX 1380

    Abstract: SNX-2468-1 Transformer Santronics
    Text: C25 100n/50v 4 D U3 S C21 R29 22uf/50V 12K / 1W COM1 UF4003 C 1uf/60v R35 , RES SMT, 3M-OHM 1/4W 1% 1206 RES, CF 12K -OHM 1W 5% RES, CF1.5M-OHM 1/2W 5% RES SMT, 1.0K-OHM 1/4W 1 , 388VDC. A 1W , 470kohm bleed resistor (R10) is used across C10 to discharge the bus voltage. â , + THERMISTOR 2 C2 R1 C5 C1 C3 470n/275VAC 470k/ 1W 2 CON3 470n/275VAC N/C 3 , FAST 1A 200V DO-41 Fairchild UF4003 DIGIKEY UF4003-ND DIODE, ZENER 15V 1W 5% DO-41 DIODES 1N4744A


    Original     		PDF PD97152 IRAC1152-350W IR1152 66kHz IEC61000-3-2 115230VAC/350W) Santronics SNX 1380 SNX-2468-1 Transformer Santronics
    2010 - ZD401

    Abstract: zd-401 TO-220F JEDEC FAN7319
    Text: SOD-123 R402 1.8R R403 Q401 12k Q2N2222A OLP R22 30k R28 OPEN 1W TO , -123 R402 1.8R R403 Q401 Q2N2222A 12k OLP R22 30k R28 OPEN 1W TO-220F C301 OPEN , 12k 22R 1.8R Q101 R103 Q2N2222A 12k C102 SOT-23 1n D101 22R R201 68R R204 , R205 12k C202 1n 680nF R202 M2 1.8R R203 Q201 12k Q2N2222A SOT-23 C201 OPEN 0 R33 TO-220F ZD201 open FDPF7N50F SOD-123 R20 33 R302 1k R305 12k


    Original     		PDF FAN7319 20-Pin ZD401 zd-401 TO-220F JEDEC FAN7319
    2010 - q2n2222a

    Abstract: q2n222 Q2N2222 ZD401 EEFL ZD301 FAN7319 R55 SOT23 Q301 fairchild sot-23 bav70
    Text: SOT-23 1W 0 SOD-123 R402 1.8R R403 Q401 Q2N2222A 12k OLP R22 30k R28 OPEN , C401 OPEN ZD401 15V SOT-23 1W 0 SOD-123 R402 1.8R R403 Q401 12k Q2N2222A OLP , SOT-23 1k R105 12k 22R D101 22R R201 SOT-23 68R R204 BAV70 1k C101 OPEN ZD101 open SOD-123 C5 C7 15n\ 600V R205 12k C202 1n M2 1.8R R203 Q201 Q2N2222A 12k SOT-23 C201 OPEN R14 10k C8 15n 0 TO-220F ZD201 open R33


    Original     		PDF FAN7319 20-Pin FAN7319 q2n2222a q2n222 Q2N2222 ZD401 EEFL ZD301 R55 SOT23 Q301 fairchild sot-23 bav70
    2011 - FA013G

    Abstract: 100k resistor 50w
    Text: 50W -2K 25W - 12K 10W - 100K 10W - 1M 50W -8K 25W -100K 2W -402K 2W - 1M 50W -16K 25W -200K 1W - 1M 50W -30K 25W -500K 1W - 2M 100W -330K 51W - 2M 10W - 4.7M 50W -30K 25W -500K 1W - 2M 50W -50K 25W -500K 1W , .062W 25V BLU0603 . 1W 75V BLU0805 .125W 100V BLU1206 .25W 150V BLU1210 .33W 150V BLU2010 .5W 150V BLU2512 1W 200V N/A N/A N/A 50W -2K 50W - 12K 50W , 10, 15 25,50,100 Standard Resistance Range1 N/A N/A N/A 50W -2K 50W - 12K 50W - 12K 50W - 12K 50W


    Original     		PDF BLU0201 BLU0402) BLU0201 10ppm, 15ppm, 25ppm, 50ppm, 100ppm FA013G GF-061. 100k resistor 50w
    2012 - MCF 0.5W 3K9

    Abstract: MCF 2W 47K DLS12D1-O(M)0.25W CFR-50JT-52/220R
    Text: /4W (0.25W) 2.5 6.8 1/2W (0.5W) 3.5 10 1W 5.5 2W 6.5 H ±3 28 1â , Resistor, Carbon Film, 10K, 125mW, 5% MCRE000049 Resistor, Carbon Film, 125mW, 12K MCRE000050 , 0.5W 2R2. Resistor, 1,000mW 5% 1R MCF 1W 1R. Resistor, 1,000mW 5% 3R3 MCF 1W 3R3. Resistor, 1,000mW 5% 10R MCF 1W 10R Resistor, 100R, 1,000mW, 5% MCF 1W 100R Resistor, 1K, 1,000mW, 5% MCF 1W 1K Resistor, 10K, 1,000mW, 5% MCF 1W 10K Resistor, 1,000mW 5% 100K MCF


    Original     		PDF 350PPM/Â -450PPM/Â -700PPM/Â -1500PPM/Â element14 MCF 0.5W 3K9 MCF 2W 47K DLS12D1-O(M)0.25W CFR-50JT-52/220R
    1999 - ntc 10D-11

    Abstract: 10D-11 12G471K ntc 10D 10D-11 NTC NTC 1K lm 102 ktd5-350 10uF 450v T1 2A 250V ELECTRONIC BALLAST 12v
    Text: < 1M< 1M< 390K< 390K< 30K< 1< 30K< 12K < 1M< 1M< 100K Value Part 1W R30 1W , ` ` = 12K ` = 12K ` V High Limit Voltage VH(LIM) RDS = 12K 4.8 5.3 5.8 V High Limit Hysteresis VHYS(H) RDS = 12K 4.3 4.8 5.3 V Low Limit Voltage VI(LIM , C2 0.1u/450V C3 + KBL205 B/D ZD1 18V / 1W 22 VCC 21 OUT 2 20 Rhys 19 T sns , 12K C12 2K R6 104 /10V 1M R4 1M R5 n1 T1 D4 n2 Q1 IRF830


    Original     		PDF KA7522/D KA7522 KA7521, KA7522 KA7522D ntc 10D-11 10D-11 12G471K ntc 10D 10D-11 NTC NTC 1K lm 102 ktd5-350 10uF 450v T1 2A 250V ELECTRONIC BALLAST 12v
    2005 - AN-KD02

    Abstract: 850C QT1101-IS48G QT1101-ISG QFN footprint SNS1K
    Text: rejection 9 N.C. 10 32 OSC 31 RX VDD 1W /RST " Spread spectrum bursts for , Open 30 30 /CHANGE OD State changed 31 32 31 32 1W RX I/OD I 1W mode , Rb2 2.8 ~ 2.99V 12K 27K 3.0 ~ 3.59V 12K 22K 3.6 ~ 5V 15K 27K Rb1 OSC SNS9 SNS9K Rb2 , required for push-pull mode See Detect pin mode table below 100K Vdd 24 1W 30 N.C. 29 , Recommended Rb1, Rb2 Values With Spread-Spectrum Vdd Range Rb1 Rb2 2.8 ~ 2.99V 12K 27K 3.0 ~ 3.59V 12K


    Original     		PDF QT1101 360ms 32-QFN AN-KD02 850C QT1101-IS48G QT1101-ISG QFN footprint SNS1K
    2005 - 1-wire humidity sensor

    Abstract: QFN-48 footprint AN-KD02 mp3 fm touch switch with pcb layout push button switch 2 pin qfn 44 PACKAGE footprint QT1101-IS48G Capacitive Touch Sense slider Switch QT1101-ISG
    Text: rejection 9 N.C. 10 32 OSC 31 RX VDD 1W /RST " Spread spectrum bursts for , Sense pin Sense pin - 30 30 /CHANGE OD State changed 31 32 31 32 1W RX I/OD I 1W mode serial I/O 2W Receive 0V Rising edge sync or LP pulse See Table 1.4 To Cs8 , Vdd 24 1W /CHANGE Pullup not required for push-pull mode See Detect pin mode table below , with 100K resistor 23 RSNS1 With Spread-Spectrum Vdd Range Rb1 Rb2 2.8 ~ 2.99V 12K 27K 3.0


    Original     		PDF QT1101-ISG 360ms QT1101 32-QFN 1-wire humidity sensor QFN-48 footprint AN-KD02 mp3 fm touch switch with pcb layout push button switch 2 pin qfn 44 PACKAGE footprint QT1101-IS48G Capacitive Touch Sense slider Switch QT1101-ISG
    2006 - BLU1206

    Abstract: BLU0402
    Text: . Dimensions 0.5% , 1% 33 - 22K 10 - 22K 50 -2K 25 - 12K 10 - 100K 10 - 1M 50 -8K 25 -100K 2 -402K 2 - 1M 50 , 50 - 12K 50 - 12K 50 - 12K 50 -8K 25 -100K 25 -100K 25 -100K 50 -16K 25 -200K 25 -200K 50 -30K 25 -500K , , .05% 0.1% ,0.25% N/A N/A 50 -2K 50 - 12K 50 - 12K 50 - 12K 50 -8K 25 -100K 4.7 -150K 4.7 -150K 50 -16K 25 , -500K 4.7 - 1M N/A 100 - 10K 50 -2K 25 - 12K 10 - 100K 10 - 100K 50 -8K 25 -100K 4.7 -402K 4.7 -402K 50 , ±.12] BLU0402 .062W 25V BLU0603 . 1W 75V .063±.008 [1.6 ± .2] .079±.006 [2.0±.15


    Original     		PDF BLU0201 BLU0402) 10ppm, 15ppm, 25ppm, 50ppm, 100ppm FA013D GF-061. BLU1206 BLU0402
    blu0603

    Abstract: No abstract text available
    Text: °C Voltage* .05W 15V BLU0402 .062W 25V BLU0603 . 1W 75V BLU0805 .125W 100V BLU1206 .25W 150V BLU1210 .33W 150V BLU2010 .5W 150V BLU2512 1W 200V , Resistance Range1 0.01% N/A N/A N/A 50 -2K 50 - 12K 50 - 12K 50 - 12K 50 -8K 25 -100K 25 -100K 25 , /A 50 -2K 50 - 12K 50 - 12K 50 - 12K 50 -8K 25 -100K 4.7 -150K 4.7 -150K 50 -16K 25 -200K 4.7 , 25 -500K 4.7 - 1M 100 - 10K 100 - 10K 100 - 10K 51 -2K 51 - 12K 10 - 100K 10 - 100K 50 -8K


    Original     		PDF 10ppm, 15ppm, 25ppm, 50ppm, 100ppm BLU1206 FA013F GF-061. blu0603
    2008 - BLU0402

    Abstract: BLU-1206 55PPM BLU0603
    Text: .062W 25V BLU0603 . 1W 75V BLU0805 .125W 100V BLU1206 .25W 150V BLU1210 .33W 150V BLU2010 .5W 150V BLU2512 1W 200V TC R (PPM/°C) 10, 15 25,50 100 , /A 50 -2K 50 - 12K 50 - 12K 50 - 12K 50 -8K 25 -100K 25 -100K 25 -100K 50 -16K 25 -200K 25 , 25 -500K 25 -500K 0.5% , 1% .02% , .05% 0.1% ,0.25% N/A N/A N/A 50 -2K 50 - 12K 50 - 12K 50 - 12K 50 -8K 25 -100K 4.7 -150K 4.7 -150K 50 -16K 25 -200K 4.7 -500K 50 -30K 25 -500K 4.7


    Original     		PDF 10ppm, 15ppm, 25ppm, 50ppm, 100ppm BLU1206 FA013E GF-061. BLU0402 BLU-1206 55PPM BLU0603
    1996 - Not Available

    Abstract: No abstract text available
    Text: Dissipated Power at 1W Output Power Maximum Dissipated Power THD = 10% THD = 1% VCC = ± 13V; RL = 8; R f = 12K P = 1W VCC = ±13V; R L = 8; Rf = 12K P = 10W THD 10% R th-j-amb = 38°C VCC = ±13V; RL = 8; Rf = 12K P 10W THD 10% R th-j-amb = 38°C R L = 8; PO = 0.5W RL = 0 3.5 RL = ­50 10 6.5 1 1.8 Test , 12K RF 100nF -VCC 2200µF D96AU536 November 1996 This is preliminary information on a new , TDA7480 ELECTRICAL CHARACTERISTICS (Refer to the test circuit, VCC = ±13V; RL = 8; RS = 50; Rf1 = 12K


    Original     		PDF TDA7480 TDA7480 PDIP20 100nF 560pF 470nF 100nF
    12V to 3,3V regulator 4a

    Abstract: SIP12 R6233
    Text: Dissipation (W) Input Voltage (V) Max output current calculation: Internal power dissipation ( 1W ) = Io , Efficiency = 94% (see "Selection Guide" table) Vo = 12VDC Io = 1W / 12V x (1-0.94) = 1.388A = 1.5A 162 90 85 80 at Vin = 14VDC Efficiency = 96% (see "Selection Guide" table) Vo = 12Vdc Io = 1W , 1.7K 5.9K 3.6 1.2K 3.9K 3.9 4.5 9.7K 0 0 18K 14K 1.5K 560 2.8K 9.1K 20K 3.3K 1.2K 1.6K 3.9K 60K 7.5K 2.1K 11K 4.0K 5.0 2.4K 5.1


    Original     		PDF UL94V-0 SIP12 R-611 R-612 R-613 R-615 R-619. 27-March-2007 12V to 3,3V regulator 4a SIP12 R6233
    6118p

    Abstract: R6233 R-6212P A62xx 6225P R-62XX
    Text: dissipation ( 1W ) = Io x Vo x (1-Efficiency) Io = 1(W) / Vo x (1-Efficiency) Example : R-6212P at Vin = 28VDC Efficiency = 94% (see "Selection Guide" table) Vo = 12VDC Io = 1W / 12V x (1-0.94) = 1.388A = , Guide" table) Vo = 12Vdc Io = 1W / 12V x (1-0.96) = 2.08A (spec. = 2A max.) 24-August-2005 135 , 3.0 2.5K 10K 3.3 1.7K 5.9K 3.6 1.2K 3.9K 3.9 4.5 9.7K 0 0 18K 14K 1.5K 560 2.8K 9.1K 20K 3.3K 1.2K 1.6K 3.9K 60K 7.5K 2.1K


    Original     		PDF SIP12 R-611 R-612 R-613 R-615 R-619 24-August-2005 6118p R6233 R-6212P A62xx 6225P R-62XX
    2011 - 2512 12K

    Abstract: No abstract text available
    Text: ) 0.5W ( 1W (2) Maximum Working Voltage(1) 25V Maximum Overload Voltage 50V Resistance Temperature , Ohmic Range () and Tolerance 0.1% 49.9 - 12K 25 - 25K 25 - 25K 25 - 332K 0.25% 49.9 - 12K 25 - 25K 25 - 25K 25 - 332K 0.5% 49.9 - 12K 25 - 25K 25 - 25K 25 - 332K RNCS0402 RNCS0603 16 50V 100V , 1206 2010 2512 Power 0.063W 0.1W 0.125W 0.25W 0.5W 1W Tolerance Code Tol B 0.1% C 0.25% D 0.5 , Wattage Size 10 0.063W 0402 16 0.1W 0603 20 0.125W 0805 32 0.25W 1206 57 0.5W 2010 63 1W 2512 T9 TCR


    Original     		PDF 50ppm 25ppm 15ppm E1921 E1921 2512 12K
    2011 - Not Available

    Abstract: No abstract text available
    Text: RNCS2512 63 0.5W ( 1W (2) 150V 300V Type / Code Maximum Overload Voltage Resistance , 0.1% 49.9 - 12K 25 - 25K 25 - 25K 0.25% 49.9 - 12K 25 - 25K 25 - 25K 0.5% 49.9 - 12K 25 , Size 0402 0603 0805 1206 2010 2512 Power 0.063W 0.1W 0.125W 0.25W 0.5W 1W Quantity , Size 10 0.063W 0402 16 0.1W 0603 20 0.125W 0805 32 0.25W 1206 57 0.5W 2010 63 1W 2512


    Original     		PDF 50ppm 25ppm 15ppm
    1999 - Royal OHM prw

    Abstract: Royal OHM prMB PRM-10W PRW 200 D669 48-100K prm 100k
    Text: Part number: Wattage Normal S Type 1W 1W 1S 2W 2W 2S 3W 3W 3S 4W 4W 4S 5W 5W 5S 6W 6W 6S 7W 7W 7S 8W 8W , Wire-wound 0.1 ~ 27 0.1 ~ 39 0.1 ~ 47 0.1 ~ 680 0.1 ~ 910 1 ~ 1K 2 ~ 1.2K 2~ 1.2K Resistance Range Power , 10 10 25 22 10 15 30 30 15 2 - 1.2K 1 -1K 1 -820 821 -100K 0.1 -560 561 -100K 0.1 -120 121-56K T1 , Wire-wound 0.1 ~ 47 0.1 ~ 120 0.1 ~ 560 1 ~ 820 1 ~ 1K 1 ~ 1.2K Power Film 48 ~33K 121 ~56K 561 ~100K 821 , Wire-wound 1 ~ 820 1 ~ 1K 2 ~ 1.2K 3 ~ 1.5K 6 ~ 1.5K Power Film 821 ~ 100K Part No. AUAW AUFW AU20 AU30


    Original     		PDF W-19W Royal OHM prw Royal OHM prMB PRM-10W PRW 200 D669 48-100K prm 100k
    1998 - 100nf Capacitor 0201

    Abstract: TDA7480 COIL77120 PDIP20 10W TDA7480
    Text: (*) Dissipated Power at 1W Output Power Rf = 12K P = 1W PDMAX Maximum Dissipated Power P = 10W THD , 100nF R4 12K RF -VCC C9 100nF C10 2200µF 1/8 TDA7480 ABSOLUTE MAXIMUM RATINGS , test circuit, VCC = ±14V; RL = 8; RS = 50; Rf = 12K ; Demod. filter L = 60µH, C = 470nF; f = 1KHz , R8 12K 15 OUT R C26 560pF R9 150 RIGHT C18 4.7nF C23 47µF/50VI BOOT OUT , OUT R BOOTDIODE R4 12K C8 270pF L1 60µH C12 560pF LEFT C3 1nF FEEDCAP C11


    Original     		PDF TDA7480 PDIP20 TDA7480 100nF 100nf Capacitor 0201 COIL77120 PDIP20 10W TDA7480
    power supply driver led 30w schematic

    Abstract: QFN6X6-40 High power led driver PAM2842TJR TSSOP-20 2N7002 PAM2842 PAM2842RGR sepic 3w LED
    Text: 12k VDD-5V VDD-DR SW EN 1k 10nF 220k 1F 12k VDD-5V PAM2842 VDD-DR , PGND SW PGND SW L OV HVIN EN PAM2842 COMP RT NC 1k 100nF 12k , Cycle Max Duty Cycle * Switching Frequency FSW = 12 10 , reference value 24 ´ (RRT + 12k , =25°C, unless otherwise noted . 5. Output Current vs Input Voltage (Sepic mode, 1W LED), 6. Efficiency vs Input Voltage (Sepic mode, 1W LED), 90% 350 89% 88% 300 87% 250 Efficiency


    Original     		PDF PAM2842 40-Pin TSSOP-20 PAM2842 power supply driver led 30w schematic QFN6X6-40 High power led driver PAM2842TJR TSSOP-20 2N7002 PAM2842RGR sepic 3w LED
    2011 - 1415R

    Abstract: tantalum nitride
    Text: 0.063W (0.1W(2) 0.1W (0.125W(2) 0.125W (0.25W(2) 0.25W (0.5W(2) 0.5W ( 1W (2) Maximum Working Voltage , % 49.9 - 12K 25 - 25K 25 - 25K 25 - 332K 0.25% 49.9 - 12K 25 - 25K 25 - 25K 25 - 332K 0.5% 49.9 - 12K 25 , Titanium-nitride Replacement Size 0402 0603 0805 1206 2010 2512 Power 0.063W 0.1W 0.125W 0.25W 0.5W 1W , 0.063W 0402 16 0.1W 0603 20 0.125W 0805 32 0.25W 1206 57 0.5W 2010 63 1W 2512 T9 TCR T2 50ppm T9


    Original     		PDF 50ppm 25ppm 15ppm 1415R tantalum nitride
    2010 - inverter 12 V to 32v dc

    Abstract: No abstract text available
    Text: calculation: Internal power dissipation ( 1W ) = Io x Vo x (1-Efficiency) Io = 1(W) / Vo x (1 , Dissipation (W) Vo = 12VDC Io = 1W / 12V x (1-0.94) = 1.388A = 1.5A at Vin = 14VDC Efficiency = 96% (see "Selection Guide" table) Vo = 12Vdc Io = 1W / 12V x (1-0.96) = 2.08A (spec. = 2A max.) REV: 0/2010 , 820 1.5K 3.6K 7.0K 9.7K 14K 20K 60K 0 1.5K 3.3K 7.5K 11K 12K 17K 24K 51K 130K 0 560 1.2K 2.1K 4.0K 4.3K 5.6K 7.5K 12K 19K 31K 55K 125K R2 R-613.3P/D R-623.3P/D 3.3VDC R1 R2 R1 R-615.0P/D R-625.0P/D 5VDC


    Original     		PDF UL94V-0 LM79xx 12-Pin R-615 R-625 R-619 R-629 R-6112P/D R-6212P/D 12VDC inverter 12 V to 32v dc
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