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820-AG10D (6-1437537-4) TE Connectivity (6-1437537-4) 820-AG10D=SOCKET ASSY
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820-AG11D (6-1437537-6) TE Connectivity (6-1437537-6) 820-AG11D=SOCKET ASSY
820-AG11D-ESL-LF (2-1571552-6) TE Connectivity (2-1571552-6) 820-AG11D-ESL-LF=800 DIP,GF/SN
1571552-6 TE Connectivity (1571552-6) 820-AG12D-ES-LF=800 DIP,SN/SN
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1994 - CA3165

Abstract: CA3165E CA3165E1 R15A R24A darlington pair ignition system
Text: 4.6 Q21 R8 1 R21 2.4 R17 10 Q5 R7 6.2 R6 0.6 9 3.3 Q7 R27 1.8 , Q18 Q16 R6 6.2 Q29 Q19 Q20 Q17 Q33 R7 0.6 R29 4.6 R23 5.1 R21 2.4 , and R5 (27 and 820 to Supply) 9 - Output Amplifier Input - through R4 (6800) to D3 and C5 , H.V. R1 220 C2 R5 820 0.01µF R6 27 NC 14 NC 13 12 11 10 9 8 , USING THE CA3165E1 10-29 CA3165 +13V 820 1W 5% R1 220 6 7 5 CA3165E TOP VIEW


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PDF CA3165 CA3165 120mA. CA3165E 375kHz. CA3165E1) CA3165E) CA3165E1 R15A R24A darlington pair ignition system
1999 - darlington pair ignition system

Abstract: COIL IGNITION darlington pair ignition R24A
Text: Q18 R9 R37 4.5 Q33 Q20 Q6 3.3 Q9 Q32 Q21 R8 1 R36 4.6 R21 2.4 , Q19 Q20 Q17 Q33 R7 0.6 R29 4.6 R23 5.1 R21 2.4 Q40 R8 3.3 1 R9 3.3 , (100k) 8 - Output Amplifier Output - Through R6 and R5 (27 and 820 to Supply) 9 - , - No Connection AUTOMOTIVE SUPPLY 5V - 24V C1 0.01µF H.V. R1 220 C2 R5 820 , CA3165 +13V 820 1W 5% R1 220 6 7 5 CA3165E TOP VIEW 4 3 8 2 1 R6


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PDF CA3165 CA3165 120mA. CA3165E 375kHz. CA3165E1) CA3165E) darlington pair ignition system COIL IGNITION darlington pair ignition R24A
1997 - FERRITE core TRANSFORMER

Abstract: V14220 transformer less power supply 6v output Ericsson Base Station TANTAL C-16 thyristor TD 42 F
Text: 20 + S1 PBL 3755 +A +Pulse D21 D1 -A -D D22 -Pulse D25 R21 T2 D23 D24 R22 Out - Figure 12 , S1 to -22 V) Less severe than transversal: R21 , R22 limit current Negative: Not critical thanks to D1 and R20. Positive: R21 , R22 and D25 dissipate the power. Negative: Less severe with D1 and R20. T2 , Center +Pulse D21 D25 R21 T2 D23 D24 R22 R20 D1 S1 N. C. C2 R2 T1 In R4 L2 R5 R6 D2 D4 D5 R3 L6 R7 R8 , R11 R12 -In Shunt To other PBL 3755 Tank Phase Center +Pulse D21 D25 R21 T2 D23 D24 R22 R20 D1 S1


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PDF 3755J S-164 FERRITE core TRANSFORMER V14220 transformer less power supply 6v output Ericsson Base Station TANTAL C-16 thyristor TD 42 F
1998 - 0805CS-220XMBC

Abstract: 0805CS-080XMBC MAX2424 MAX2424EVKIT MAX2426 MAX2426EVKIT TAJB106K010 2930106x90
Text: 1 47k, 5% resistor 5 10k, 5% resistors R11, R21 2 Not installed R10, R13 4 , and C33. Add three 49.9 (0402) resistors in place of R6, R7, and R21 . Add three shorts in place of , C24 47pF VCC J3 TANK R21 OPEN LNA GAIN VEXT TXIN SMA GND MAX2424


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PDF MAX2424/MAX2426 MAX2424/MAX2426 0805CS-220XMBC 0805CS-080XMBC MAX2424 MAX2424EVKIT MAX2426 MAX2426EVKIT TAJB106K010 2930106x90
1999 - 0805CS-080XMBC

Abstract: MAX2426EVKIT MAX2426 MAX2424EVKIT MAX2424 0805HS-060TJBC 0805HS-030TJBC 0805CS-180XMBC 0805CS-120XMBC 0805CS-101XKBC
Text: % resistor R9, R14­R17 5 10k, 5% resistors R11, R21 2 Not installed R10, R13 2 10k , place of R6, R7, and R21 . Add three shorts in place of R11, L3, and L4. Apply the LO signal at 0dBm to , VCC VCOON R20 49.9 VEXT 24 RXIN C24 47pF VCC R19 C11 0 0.01µF TANK R21


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PDF MAX2424/MAX2426 900MHz MAX2424/MAX2426 0805CS-080XMBC MAX2426EVKIT MAX2426 MAX2424EVKIT MAX2424 0805HS-060TJBC 0805HS-030TJBC 0805CS-180XMBC 0805CS-120XMBC 0805CS-101XKBC
1999 - 0805CS-220XMBC

Abstract: No abstract text available
Text: , R3 R4, R5 R6, R7 R8 R9, R14­R17 R11, R21 R10, R13 R12 R18, R20 R19 1 0 1 1 1 2 2 2 1 5 2 2 1 2 1 , (0402) resistors in place of R6, R7, and R21 . Add three shorts in place of R11, L3, and L4. Apply the LO , R21 OPEN RXIN R6 C33 OPEN C3 R4 1k VCC CAP1 GND GND GND RXOUT TANK 25 28 VCC2 27 26 EXTLO INPUT SMA


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PDF MAX2424/MAX2426 900MHz MAX2424/MAX2426 0805CS-220XMBC
1998 - 0805CS-101XKBC

Abstract: 0805CS-120XMBC 0805CS-180XMBC 0805HS-030TJBC 0805HS-060TJBC MAX2424 MAX2424EVKIT MAX2426 MAX2426EVKIT
Text: ) R8 1 47k, 5% resistor R9, R14­R17 5 10k, 5% resistors R11, R21 2 Not , place of R6, R7, and R21 . Add three shorts in place of R11, L3, and L4. Apply the LO signal at 0dBm to , VCC VCOON R20 49.9 VEXT 24 RXIN C24 47pF VCC R19 C11 0 0.01µF TANK R21


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PDF MAX2424/MAX2426 900MHz MAX2424/MAX2426 0805CS-101XKBC 0805CS-120XMBC 0805CS-180XMBC 0805HS-030TJBC 0805HS-060TJBC MAX2424 MAX2424EVKIT MAX2426 MAX2426EVKIT
AIE MAGNETICS

Abstract: No abstract text available
Text: and repeaters. RECEIVER J1 J2 J3 J4 R21 R20 REPEATER A SHORTED B SHORTED SHORTED DIG , R19 C10 « R2 R22 C12 C9 C16 R21 2-191 R23


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PDF XR-T56L22 1N914 150pF 4700pF 6800pF XR-T56L22 AIE MAGNETICS
56L22

Abstract: No abstract text available
Text: mately 5 to 4 0 d B of cable attenuation. 5) RECEIVER J1 J2 J3 J4 R21 R20 A SH O RTED B SH O RTED , 1 1 1 C 12 C9 R21 C 16 1 1 1 1 1 1 1 1 1 1 1 1 1 1 01 C5 2-191


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PDF XR-T56L22 56L22 150pF 6800pF
C2631 transistor

Abstract: ql c307 L372 KV1470 IS-54 C307 VGA Multiplier IC TC289 lc 9202 T53 TCXO
Text: =0, TXEN=1 (AC couple) Frequency range 820 860 MHz VSWR 2:1 Output level 0 +2 dBm 869 to , ) Frequency range 820 9202 MHz DUALTX VSWR 2:1 Output level (avg min) (I and Q quad, OdB VGA) 0 +2 , Vcc = 4.5V I?" VCC = 4.8V Vcc = 5.1V - ■—■_ 820 , E Œ 2.50 S 2 00 2 1 50 1.00 0.50 0.00 ■T = +B5°C ■T = +27°C ■T = -45 °C 820 836 , -1.00 ' T = +85-C ' T = +27°C ' T = -45°C 820 836 FREQUENCY (MHz) AMPTX vs. Frequency (Vcc = 4.8V


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PDF SA900 SA900 LQFP48: OT313-2 1995Sep C2631 transistor ql c307 L372 KV1470 IS-54 C307 VGA Multiplier IC TC289 lc 9202 T53 TCXO
SA900

Abstract: 01-102-23 lc 9202 VGA Multiplier IC IS-54 SA7025 SA900BE h t o 2000 varactor tuned oscillator 836Mhz vco
Text: =0, TXEN=1 (AC couple) Frequency range 820 860 MHz VSWR 2:1 Output level -1.5 +2 dBm 869 to , ) Frequency range 820 9202 MHz DUALTX VSWR 2:1 Output level (avg) (I and Q quad, OdB VGA) 0 +2 dBm , 5.1V 820 836 FREQUENCY (MHz) AMPTX vs. Frequency (27°C, TXLO = -10dBm) 5.00E-02 ¡2 4.50E-02 [I , = +27°C —•— T = —45°C - - ——^———C 820 836 , 1.00 0.50 0.00 -0.50 -1.00 • T = +85°C • T = +27°C ■T = —45°C 820 836


OCR Scan
PDF SA900 SA900 OT313-2 7110fl2b 01-102-23 lc 9202 VGA Multiplier IC IS-54 SA7025 SA900BE h t o 2000 varactor tuned oscillator 836Mhz vco
se 1117 ad

Abstract: E4600 853-172011504 cell phone detector circuit philips SA900BE SA900 SA7025 KV1470 IS-54 VGA Multiplier IC
Text: V Logic HIGH 0.7Vcc V AMPSTX AMPS output, SE<=1, AD=0, TXEN=1 (AC couple) Frequency range 820 , output, SE=1, AD=1, TXEN=1 (with external matching Figure 5) Frequency range 820 920 MHz VSWR 2:1 , h . 820 836 FREQUENCY (MHz) DUALTX vs. Frequency (Vœ = 4.8V, TXLO = -10dBm) 850 -16.00 , — —o- T- +95°C —T. +27*C -•-T—<5*C 820 836 FREQUENCY (MHz , 1.20 1.00 - '"< -6 — Vcc-4.5V -•-Vcc-4.8V Vcc-5.1V 820


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PDF SA900 SA900 836MHz, -10dBm) se 1117 ad E4600 853-172011504 cell phone detector circuit philips SA900BE SA7025 KV1470 IS-54 VGA Multiplier IC
2004 - LMX2604

Abstract: HP89441A LMX2364 4352b LMX2604LQ HTSM3203-14G2 D3500 HP4352B X2364 DSADA00104
Text: ) CPout 820 60 MHz PLL Supply 70 deg Loop Bandwidth 3 2.8 Volts Phase Margin , 9 10 PLL C20 0.1 uF 15k R21 10k R18 15k C18 R19 10k R16 C16 , 1 3 5 7 9 11 13 C20 VccVCO 0.1 uF VccVCO 15k R21 10k R32 open VCO_CE , , R13, R15, R17, R19, R21 , R23, R25, R27 R10, R12, R14, R16, R18, R20, R22, R24 28 L M X 2 6 0


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PDF LMX2604 D3500 LMX2604LQEBI LMX2604 HP89441A LMX2364 4352b LMX2604LQ HTSM3203-14G2 D3500 HP4352B X2364 DSADA00104
IC vco 900 1800 mhz

Abstract: C2631 transistor SA900BE SA7025 KV1470 IS-54 transistor c2631 SA900 c2631 12pf varactor
Text: 820 860 MHz VSWR 2:1 Output level 0 +2 dBm Spurious output 869 to 894MHz -104 dBm , DUAL output, SE=1, AD=1, TXEN=1 (with external matching Figure 5) Frequency range 820 920 MHz DUALTX , 820 836 FREQUENCY (MHz) AMPTX vs. Frequency (27°C, TXLO = -10dBm) » 4.50E-02 œ L1J 0 , €” - - 820 836 FREQUENCY (MHz) DUALTX vs. Frequency (VCc = 4.8V, TXLO = -10dBm , CHARACTERISTICS -52.00 820 836 FREQUENCY (MHz) DUALTX Carrier Suppression vs. Frequency (Vcc = 4.8, TXLO = -1


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PDF SA900 711002b SA900 IC vco 900 1800 mhz C2631 transistor SA900BE SA7025 KV1470 IS-54 transistor c2631 c2631 12pf varactor
1996 - transistor c246

Abstract: transistor c245 transistor c243 c243 SA900 c371 transistor L372 SA7025 IS-136 transistor c282
Text: 0.7VCC Frequency range 820 AMPS output, SE=1, AD=0, TXEN=1 (AC couple) 0.3VCC VSWR , flatness 1997 Sept 16 8 9202 820 MHz 2:1 0 +2 dBm 1 dB Philips , 970 ­1.00 1040 820 FREQUENCY (MHz) LO Buffer vs. Frequency (27°C, TXLO = ­10dBm) VCC = , ) 3.00 1.80 1.60 1.40 1.20 1.00 820 836 FREQUENCY (MHz) 2.60 2.40 2.20 860 AMPTX vs. Frequency (27°C, TXLO = ­10dBm) 2.00 820 3.50 836 FREQUENCY (MHz) 850


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PDF SA900 SA900 transistor c246 transistor c245 transistor c243 c243 c371 transistor L372 SA7025 IS-136 transistor c282
2002 - ccfl driver schematic

Abstract: schematic diagram 0-12v power supply ccfl lamp circuit diagram philips ccfl inverter charging control lm358 fluorescent lamp circuit diagram 12v schematic of fluorescent lamps BAS216 6 ccfl inverter 8 CCFL Lamps Inverter circuit
Text: IC2 33k 100n 56k 1 Out1 Vcc Inv1 Out2 8 Q3 R21 2 43R 7 2N7002 , , R19 R20 R21 39k 220k 100k 33k 1k5 2R7 8k2 75k 330k 3k9 47k 330k 56k 68k 10k 47R


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PDF UBA2070 MKP479, SMD0805, MKT368, ccfl driver schematic schematic diagram 0-12v power supply ccfl lamp circuit diagram philips ccfl inverter charging control lm358 fluorescent lamp circuit diagram 12v schematic of fluorescent lamps BAS216 6 ccfl inverter 8 CCFL Lamps Inverter circuit
1996 - transistor c246

Abstract: L372 smd transistor device marking p18 transistor c245 smd transistor marking code T11 philips radio 900MHz semiconductor SMD MARKING CODE ad 5.9 SA900
Text: (avg) (I and Q quad, 0dB VGA) Gain flatness 0 820 2:1 +2 1 dBm dB ­1.5 0.7VCC 820 2:1 +2 -104 -47 -41 , 3.50 3.00 2.50 2.00 1.50 1.00 0.50 0.00 ­0.50 970 FREQUENCY (MHz) 1040 ­1.00 820 836 FREQUENCY (MHz , POWER (dBm) 2.40 2.20 2.00 1.80 1.60 1.40 1.20 1.00 820 836 FREQUENCY (MHz) 860 POWER (dBm) 2.60 VCC = , ) 2.50 2.00 1.50 1.00 0.50 0.00 820 836 FREQUENCY (MHz) 850 VCC = ­40°C VCC = 27°C VCC = 85°C 2.00 820 836 FREQUENCY (MHz) 850 DUALTX vs. Frequency (TEMP 27°C, TXLO = ­10dBm) 72 CURRENT


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PDF SA900 SA900 transistor c246 L372 smd transistor device marking p18 transistor c245 smd transistor marking code T11 philips radio 900MHz semiconductor SMD MARKING CODE ad 5.9
CD8404BE

Abstract: IC 74175 SG-82 SA900 SA7025 L372 KV1470 IS-54 C307 560H
Text: 820 920 no tag MHz DUALTX VSWR 2:1 Output level (avg) (I and Q quad, OdB VGA) 0 +2 dBm , -10dBm) 820 836 FREQUENCY (MHz) AMPTX vs. Frequency (27°C, TXLO = -10dBm) M 4.50E-02 CC ' 4.00E-02 , = -45°C — O 820 836 FREQUENCY (MHz) DUALTX vs. Frequency (Vcc = , -45°C * — 820 836 £ FREQUENCY (MHz) AMPTX vs. Frequency (Vcc = 4.8V, TXLO = -1 OdBm , 4.8V Vcc = 5.1V — 820 836 850 FREQUENCY (MHz) DUALTX vs. Frequency (27Â


OCR Scan
PDF CD8404 SA900 TheCD8404 OT313-2 CD8404BE IC 74175 SG-82 SA7025 L372 KV1470 IS-54 C307 560H
CD8404BE

Abstract: 560H transistor c246 SA900 SA7025 L372 KV1470 IS-54 C307 f820836
Text: =1 (with external matching Figure NO TAG) Frequency range 820 920 no tag MHz DUALTX VSWR 2:1 , ) LO Buffer vs. Frequency (27°C, TXLO = -10dBm) 820 836 FREQUENCY (MHz) AMPTX vs. Frequency (27 , €” T = +85°C -3— T = +27°C —•— T = -45°C — f) 820 836 , +85°C T = +27°C T = -45°C * — 820 836 £ FREQUENCY (MHz) AMPTX vs. Frequency (Vcc = , – VCC=4.bV ^^ Vcc = 4.8V Vcc = 5.1V — 820 836 850 FREQUENCY (MHz) DUALTX


OCR Scan
PDF CD8404 SA900 TheCD8404 OT313-2 CD8404BE 560H transistor c246 SA7025 L372 KV1470 IS-54 C307 f820836
2002 - ccfl lamp circuit diagram

Abstract: ccfl driver schematic 40 ccfl driver schematic capacitor 470n 400V ccfl lamp driver circuit diagram 2N7002-SOT23 schematic diagram 0-12v power supply schematic diagram of ccfl inverter PHU2N50E philips ccfl inverter
Text: 68k R17 C20 IC2 33k 100n 56k 1 Out1 Vcc Inv1 Out2 8 Q3 R21 2 43R , R11 R14 R15, R16 R17 R18, R19 R20 R21 39k 220k 100k 33k 220R 2R7 8k2 75k 330k 3k9


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PDF UBA2070 MKP479, SMD0805, MKT368, ccfl lamp circuit diagram ccfl driver schematic 40 ccfl driver schematic capacitor 470n 400V ccfl lamp driver circuit diagram 2N7002-SOT23 schematic diagram 0-12v power supply schematic diagram of ccfl inverter PHU2N50E philips ccfl inverter
1999 - TOKO 10.7MHz crystal filter

Abstract: SIEMENS saw filter 2 to 22pf trimmer working of colpitts oscillator resonator c28 oscillator resonator capacitor resistor CMX018 colpitts crystal oscillator siemens c45 FOOTPRINTS POTENTIOMETER
Text: C39 R12 R13 100pF 1uH 100nF 15pF 4p7F R21 J3 100uF(10V) TP5 C34 4.7uF(10V , C28 C13 C11 R11 AVDD L5 R18 JP2 CV1 DETOUT R25 C32 R21 R20 VSS C38


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PDF EV0181 UM0181/1 CMX018 EV0181 TOKO 10.7MHz crystal filter SIEMENS saw filter 2 to 22pf trimmer working of colpitts oscillator resonator c28 oscillator resonator capacitor resistor colpitts crystal oscillator siemens c45 FOOTPRINTS POTENTIOMETER
2004 - P3476

Abstract: VR1 78l05 P3476-ND pic16f648 microchip TC4422 envelope detector amplitude modulation pic16f648 RF 433 RR8 RF transmitter 433.92 4 pin 12v PIC16F628
Text: R21 RF_IN C16 0.1 uF MCLR 10 11 12 13 14 15 16 RA1 18 17 RA0 , R13 D3 R16 R21 RB0 POWER FILTER C2 C18 C19 RS232 C24 D1 R1 TP2 C6 05-01


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PDF AN912 AN232 DS00232) AN232 D-85737 NL-5152 DS00912A-page P3476 VR1 78l05 P3476-ND pic16f648 microchip TC4422 envelope detector amplitude modulation pic16f648 RF 433 RR8 RF transmitter 433.92 4 pin 12v PIC16F628
1999 - l3404

Abstract: BFP420 application notes urae8x630a PFC619 URAE8 LMX3162 MK capacitor siemens Bandpass filter SAW 2.4 GHz 50 Ohm BFP420 SAFU110.6MSA40T
Text: matching, if need be. Also, resistor R21 needs to be removed. R6 is kept a "No Place" when using the , , Do C25 Vp 100 pF R16 R11 C1 560pF C23 U3 R21 Vcntrl Vcc C40 , URAE8X630A, ALPS 0 Vin NC GND PDVout 1 TP6 1 3 5 7 9 TP4 Out 1 R21 Out S , 50 1 1.2K R2 51 2 0 R21 R40 52 1 51 R22 53 1 6.8K R28


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PDF LMX3162 LMX3162 LP2980 DFC22R44P084LHA SAFU110 6MSA40T l3404 BFP420 application notes urae8x630a PFC619 URAE8 MK capacitor siemens Bandpass filter SAW 2.4 GHz 50 Ohm BFP420 SAFU110.6MSA40T
1999 - vestigial sideband demodulation

Abstract: tsf1203 la7578n smoke DETECTOR CIRCUIT DIAGRAM pcb layout ghost detector DIP24S LA7577N TSF1110P
Text: k C2 Pin 3 0.47 µF 0.1 µF C3 0.47 µF 0.068 µF 0.047 µF R2 820 k 820 k 820 k (2) Mute (IS-15 switch) The black noise canceller can be cut by setting pin 13 to 1 , is to insert a resistor ( 820 k to 1 M) between pin 13 and GND. Video Signal Sync rises Fig


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PDF LA7578N LA7578N LA7577N, LA7577N 3067-DIP24S LA7578N] vestigial sideband demodulation tsf1203 smoke DETECTOR CIRCUIT DIAGRAM pcb layout ghost detector DIP24S TSF1110P
2006 - TDKCT034

Abstract: induction cooking induction heat resonant induction heat circuit induction heat cooking AN2384 st l6384 applications High power inductor for series LC resonant induction cook STGY40NC60VD
Text: ST TH102 D18 STTH102 +15V R27 1K R21 47R C11 680nF 800V R19 TR1 1.5KE 470K 1W


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PDF AN2384 TDKCT034 induction cooking induction heat resonant induction heat circuit induction heat cooking AN2384 st l6384 applications High power inductor for series LC resonant induction cook STGY40NC60VD
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