The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LTC5585IUF#TRPBF Linear Technology LTC5585 - Wideband IQ Demodulator with IIP2 and DC Offset Control; Package: QFN; Pins: 24; Temperature Range: -40°C to 85°C
LTC5585IUF#PBF Linear Technology LTC5585 - Wideband IQ Demodulator with IIP2 and DC Offset Control; Package: QFN; Pins: 24; Temperature Range: -40°C to 85°C
LT5516EUF#PBF Linear Technology LT5516 - 800MHz to 1.5GHz Direct Conversion Quadrature Demodulator; Package: QFN; Pins: 16; Temperature Range: -40°C to 85°C
LT5568EUF Linear Technology RF/Microwave Modulator/Demodulator, 700 MHz - 1050 MHz RF/MICROWAVE I/Q MODULATOR, 4 X 4 MM, PLASTIC, MO-220WGGC, QFN-16
LT5568EUF#TR Linear Technology RF/Microwave Modulator/Demodulator, 700 MHz - 1050 MHz RF/MICROWAVE I/Q MODULATOR, 4 X 4 MM, PLASTIC, MO-220WGGC, QFN-16
LT5516EUF Linear Technology LT5516 - 800MHz to 1.5GHz Direct Conversion Quadrature Demodulator; Package: QFN; Pins: 16; Temperature Range: -40°C to 85°C

1.4MHz FM demodulator Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2000 - uhf modulator SSB ASK, PR ASK

Abstract: European 869MHz VCO at 15GHZ isotropic antenna 49mhz transmitter and receiver 49MHz FM transmitter practical circuit of FSK modulator UHF FM receiver pll fsk MODULATOR loop Antennas vhf
Text: receiver/ demodulator , a low-power voltage-controlled oscillator (VCO), and a complete modulator , flexibility and can be configured as an FSK/ FM , or ASK/AM data transceiver. The RF2905/2925 are packaged in a , application in systems employing analog FM or AM. All three products, as shown in Figures 1a & 1b, utilize , IN 10 26 DEMOD IN GND5 12 FM OUT RSSI IF Filter Mute Figure 1a. RF2905 , + IF Filter Ceramic FM Discriminator 27 11 13 VCC 32 RX IN VCC Modulation


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PDF TA0028 RF2905/2915/2925: 433MHz 869MHz 902MHz 928MHz 15GHz uhf modulator SSB ASK, PR ASK European 869MHz VCO at 15GHZ isotropic antenna 49mhz transmitter and receiver 49MHz FM transmitter practical circuit of FSK modulator UHF FM receiver pll fsk MODULATOR loop Antennas vhf
1.4MHz FM demodulator

Abstract: SL1452 colour tv circuit diagram
Text: .4 Typical application SL1452 QUADRATURE DEMODULATOR The SL1452 FM demodulator has a simple application , GEC PLESSEY I SEMICONDUCTO R S 2029-1 0 SL1452 WIDEBAND LINEAR FM DETECTOR FOR SATELLITE TV With a minimum of external components, the SL1452 forms a complete wideband FM detector suitable for , temperature OV [ " W 8 ] INPUT SIGNAL DEMODULATOR COIL [ 2 7 ] INPUT REF r SL1452 -, DEMODULATOR COIL [ 3 6 J *5V 0V[ * 5 ] VIDEO OUTPUT DP8 0V C3Z 1 8 ZED INPUT SIGNAL DEMODULATOR COIL C3= 2 7 =□ INPUT


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PDF SL1452 SL1452 1000MHz 14MHz 23MHz 1.4MHz FM demodulator colour tv circuit diagram
Not Available

Abstract: No abstract text available
Text: application SL1452 QUADRATURE DEMODULATOR TheSL1452 FM demodulator has a simple application with very low , . PLESSEY T-77-07-0^ SL1452 WIDEBAND LINEAR FM DETECTOR FOR SATELLITE TV With a minimum of external components, the SL1452 forms a complete wideband FM detector suitable fo r use in satellite TV. The video , device features electrostatic protection on all pins. me y DEMODULATOR C 0 H [ ] in put sig nai , Sensitivity and Wide Dynamic Range Wide operating frequency range 300 to 1000MHz DEMODULATOR COIL C «


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PDF 7SS0S13 T-77-07-0^ SL1452 SL1452 600MHz 14MHz 23MHz
1993 - quadrature coil

Abstract: 202.921
Text: DEMODULATOR The SL1452 FM demodulator has a simple application with very low external component count. This , http://products.zarlink.com/obsolete_products/ 2029-2·1 SL1452 WIDEBAND LINEAR FM DETECTOR FOR SATELLITE TV With a minimum of external components, the SL1452 forms a complete wideband FM detector , DEMODULATOR COIL DEMODULATOR COIL 0V 1 2 8 7 INPUT SIGNAL INPUT REF VCC VIDEO OUTPUT s Negligible , DEMODULATOR COIL DEMODULATOR COIL 0V 1 2 8 7 INPUT SIGNAL INPUT REF VCC VIDEO OUTPUT SL1452 3 4


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PDF SL1452 SL1452 quadrature coil 202.921
1993 - DIL 330

Abstract: 3296 Variable Resistor 1k ohm colour tv circuit diagram quadrature coil 202.921 pin diagram for 3296 Variable Resistor SL1452
Text: 1n 1 1n 0V Fig. 4 Typical application SL1452 QUADRATURE DEMODULATOR The SL1452 FM , INFORMATION 2029-2·1 SL1452 WIDEBAND LINEAR FM DETECTOR FOR SATELLITE TV With a minimum of external components, the SL1452 forms a complete wideband FM detector suitable for use in satellite TV. The video , s High Operating Frequency Simplifies Image Filtering 0V DEMODULATOR COIL 0V VCC 5 4 INPUT REF 6 3 INPUT SIGNAL 7 2 DEMODULATOR COIL s Negligible Differential Gain and


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PDF SL1452 SL1452 DIL 330 3296 Variable Resistor 1k ohm colour tv circuit diagram quadrature coil 202.921 pin diagram for 3296 Variable Resistor
1993 - Wideband FM demodulator

Abstract: SL1452
Text: 1n 1 1n 0V Fig. 4 Typical application SL1452 QUADRATURE DEMODULATOR The SL1452 FM , INFORMATION 2029-2·1 SL1452 WIDEBAND LINEAR FM DETECTOR FOR SATELLITE TV With a minimum of external components, the SL1452 forms a complete wideband FM detector suitable for use in satellite TV. The video , s High Operating Frequency Simplifies Image Filtering 0V DEMODULATOR COIL 0V VCC 5 4 INPUT REF 6 3 INPUT SIGNAL 7 2 DEMODULATOR COIL s Negligible Differential Gain and


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PDF SL1452 SL1452 Wideband FM demodulator
1993 - SL1452

Abstract: GEC Plessey Semiconductors
Text: 1n 1 1n 0V Fig. 4 Typical application SL1452 QUADRATURE DEMODULATOR The SL1452 FM , INFORMATION 2029-2·1 SL1452 WIDEBAND LINEAR FM DETECTOR FOR SATELLITE TV With a minimum of external components, the SL1452 forms a complete wideband FM detector suitable for use in satellite TV. The video , s High Operating Frequency Simplifies Image Filtering 0V DEMODULATOR COIL 0V VCC 5 4 INPUT REF 6 3 INPUT SIGNAL 7 2 DEMODULATOR COIL s Negligible Differential Gain and


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PDF SL1452 SL1452 GEC Plessey Semiconductors
1993 - Not Available

Abstract: No abstract text available
Text: 1n 1 1n 0V Fig. 4 Typical application SL1452 QUADRATURE DEMODULATOR The SL1452 FM , INFORMATION 2029-2·1 SL1452 WIDEBAND LINEAR FM DETECTOR FOR SATELLITE TV With a minimum of external components, the SL1452 forms a complete wideband FM detector suitable for use in satellite TV. The video , s High Operating Frequency Simplifies Image Filtering 0V DEMODULATOR COIL 0V VCC 5 4 INPUT REF 6 3 INPUT SIGNAL 7 2 DEMODULATOR COIL s Negligible Differential Gain and


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PDF SL1452 SL1452
FM bandpass filter

Abstract: No abstract text available
Text: system 1C that includes a peak-noise reduction (PNR) processor, an FM modulator/ demodulator circuit, an input/output switcher, an automatic FM detector circuit, an FM band-pass filter, a nor mal-audio circuit , switchig, H i-Fi / MIX / NORMAL switching, and BS monitor functions. 5)The PNR processor and FM modulation , adjustment and FM de-emphasis/playback level adjustment have been combined. 6)Buitt- in FM band-pass filter connects directly to the playback amplifier and excels at attenuationof theother channel. The FM recording


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PDF BH7775K BH7775K 30MHz, 70MHz, 579545MHz, 433619MHz FM bandpass filter
2000 - NTE980

Abstract: 10V, 200mW, Zener 5.2V Zener Diode 4.6V zener diode
Text: : D FM Demodulator and Modulator D Frequency Synthesis and Multiplication D Frequency Discriminator , R2 to VSS C1 (1) 6 11 R1 to VSS C1 (2) 7 10 Demodulator Output VSS 8 16 9


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PDF NTE980 NTE980 10kHz, Pin13) Pin14) 10kHz 10V, 200mW, Zener 5.2V Zener Diode 4.6V zener diode
1999 - 1.4MHz FM demodulator

Abstract: BH7802K envelope detector circuit QFP44
Text: peak-noise reduction processor (PNR), an FM modulator / demodulator circuit, an I / O switcher, an automatic FM detector circuit, an FM bandpass filter, and a regulator circuit. ·Applications VCR S , provided. The MIX AMP is AV-LINK compatible. 4) The PNR processor and FM modulator / demodulator circuit , frequency and FM deviation / playback level are common. 5) The built-in bandpass filter excels at attenuation of other channels, and can be directly coupled to the playback amplifier. The FM recording


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PDF BH7802K BH7802K QFP44 1.4MHz FM demodulator envelope detector circuit QFP44
1999 - B.P.F FM

Abstract: FM demodulator BH7800K QFP44 bandpass filter PLC
Text: peak-noise reduction processor (PNR), an FM modulator / demodulator circuit, an I / O switcher, an automatic FM detector circuit, an FM bandpass filter, and a regulator circuit. ·Applications VCRs , MONITOR function is also provided. 4) The PNR processor and FM modulator / demodulator circuit have , FM deviation / playback level are common. 5) The built-in bandpass filter excels at attenuation of other channels, and can be directly coupled to the playback amplifier. The FM recording output


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PDF BH7800K BH7800K QFP44 B.P.F FM FM demodulator QFP44 bandpass filter PLC
1999 - FM bandpass filter

Abstract: BH7801BK QFP44 envelope detector circuit 1.4MHz FM demodulator
Text: peak-noise reduction processor (PNR), an FM modulator / demodulator circuit, an I / O switcher, an automatic FM detector circuit, an FM bandpass filter, and a regulator circuit. ·Applications VCRs , attenuation of other channels, and can be directly coupled to the playback amplifier. The FM recording , FM-switching-noise compensation circuit. 7) Envelope detector circuit and noise-detector-type automatic FM detector , Hi-Fi, MIX, and NORMAL, and a BS MONITOR function is also provided. 4) The PNR processor and FM


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PDF BH7801BK BH7801BK QFP44 FM bandpass filter QFP44 envelope detector circuit 1.4MHz FM demodulator
1999 - LA1883M

Abstract: ENN3979 LA1883 sanyo tuner ANT10 DBU-200 QIP-64E sanyo fm front end sanyo noise cancellation IC
Text: LA1883M Electrical Characteristics FM IF at Ta = 25°C, VCC=8.5V, fc=10.7MHz Parameter Demodulator , Ordering number:ENN3979 Monolithic Linear IC LA1883M Single-chip, FM /AM Tuner for Car Radio and Home Stereo Equipment Overview Package Dimensions The LA1883M is a single-chip stereo FM /AM , % fewer external components than carrent devices. The LA1883M is a basic FM /AM tuner block on a single chip. It comprises FM front end, FM IF, MPX, noise canceller, AM and AM/ FM switch. The LA1883M


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PDF ENN3979 LA1883M LA1883M 64-pin LA1883M] ENN3979 LA1883 sanyo tuner ANT10 DBU-200 QIP-64E sanyo fm front end sanyo noise cancellation IC
2008 - 433MHz RFID Active dual oscillator

Abstract: Garage Door Opener Sequencer Circuit diagram FM tube receiver CIRCUIT DIAGRAM 71121 27mhz remote control transmitter circuit MLX71121 JESD22-B102 XTAL-SMD 5X3.2 fsk demodulator khz fm antenna diversity
Text: MLX71121 300 to 930MHz FSK/ FM /ASK Receiver Features Dual RF input for antenna space and , filter Internal FSK demodulator Average or peak detection data slicer mode RSSI output with high , . 39010 71121 Rev. 008 Page 1 of 28 Data Sheet Jun/08 MLX71121 300 to 930MHz FSK/ FM /ASK , . 8 1.12 FSK Demodulator , . 25 Page 2 of 28 Data Sheet Jun/08 MLX71121 300 to 930MHz FSK/ FM /ASK Receiver 6


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PDF MLX71121 930MHz 32-pin ISO14001 Jun/08 433MHz RFID Active dual oscillator Garage Door Opener Sequencer Circuit diagram FM tube receiver CIRCUIT DIAGRAM 71121 27mhz remote control transmitter circuit MLX71121 JESD22-B102 XTAL-SMD 5X3.2 fsk demodulator khz fm antenna diversity
2010 - 433MHz saw Based receiver Schematic

Abstract: MLX71121 JESD22-B102 FSK DEMODULATOR Telcona PLL FSK DEMODULATOR
Text: MLX71121 300 to 930MHz FSK/ FM /ASK Receiver Features Dual RF input for antenna space and , demodulator Average or peak detection data slicer mode RSSI output with high dynamic range for RF level , MLX71121 300 to 930MHz FSK/ FM /ASK Receiver Document Content 1 Theory of Operation , . 8 1.11 FSK Demodulator , . 25 Page 2 of 28 Data Sheet Oct/10 MLX71121 300 to 930MHz FSK/ FM /ASK Receiver 6


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PDF MLX71121 930MHz 32-pin ISO14001 Oct/10 433MHz saw Based receiver Schematic MLX71121 JESD22-B102 FSK DEMODULATOR Telcona PLL FSK DEMODULATOR
1W FM modulator

Abstract: 30MHZ 40MHZ 80MHZ BH7778AK VH4B FM bandpass filter
Text: signal processing system IC comprised of a peak-noise reduction (PNR) processor, an FM modulator/ demodulator circuit, an input/output switch circuit, an automatic FM detector circuit, an FM bandpass filter , : 56pin 5 Modulation/ demodulation •FM modulator/ demodulator circuit •Recording FM high-frequency , processor and FM modulation/demodulation circuit provide reverse characteristics at recording and playback to allow combined adjustment of FM deviation and playback level. 4)Peak-level compression circuit


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PDF BH7778AK BH7778AK 1W FM modulator 30MHZ 40MHZ 80MHZ VH4B FM bandpass filter
TV SERVICE MANUAL panasonic tuner

Abstract: 82-RAA BPF31 AN3961NFBPA D13D14 VHR03 SWD24 QFH064-P-1414 AN3963NFBPA AN3961
Text: kHz FM deviation L DEVL Vin= — 29dBs, 1kHz RFRecOut, G=LOW 44 50 56 kHz Dev FM deviation R DEVR Vin=-29dBs, 1kHz RFRecOut, G = LOW 44 50 56 kHz Dev FM deviation L/R difference DEVLR DEVL-DEVR, GAIN-LOW -6 0 6 kHz FM modulation THD L Thfel AUX= — 19dBs 1kHz Standard demodulator output - — 0.7 % FM modulation THD R Thfer AUX= — 19dBs 1kHz Standard demodulator output - — 0.7 % FM modulation S/NL Nhfel D/A, DEVL-Nhfel, GAIN-LOW 36 40 — dB FM modulation S/NR Nhfer D/A, DEVR-Nhfer, GAIN-LOW 36 40 — dB


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PDF AN3961NFBPA, AN3963NFBPA AN3961 64-pin AN3963NFBPA QFH064-P-1414) 50X50X0 2155mW TV SERVICE MANUAL panasonic tuner 82-RAA BPF31 AN3961NFBPA D13D14 VHR03 SWD24 QFH064-P-1414
Not Available

Abstract: No abstract text available
Text: -4 Limiter level PAL—2 —R -1 8 -1 1 LIMP2R—LIMN2R, G =LO W V in = —29dBs, 1kHz DEVL FM deviation L 56 44 50 RFRecOut, G =LO W V in = —29dBs, 1kHz DEVR FM deviation R 44 50 56 RFRecOut, G =LO W DEVLR FM deviation L/R difference D E V L-D E V R , G A IN -LO W 6 -6 0 A U X = —19dBs 1kHz — — FM modulation THD L 0.7 T hfel Standard demodulator output A U X = —19dBs 1kHz FM modulation THD R T hfer — — 0.7 Standard demodulator output — FM modulation S/NL D/A


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PDF AN3961NFBPA, AN3963NFBPA 3961N 3963N 64-pin 2155m 133QtnW 0014b
BPF24

Abstract: BPF22 panasonic env tuner D4004 AN3963N panasonic TV tuner AN3961 AN3961NFBPA AN3963NFBPA QFH064-P-1414
Text: level PAL-2 -R FM deviation L FM deviation R FM deviation L/R difference FM modulation THD L FM modulation THD R FM modulation S/NL FM modulation S/NR 1.3 MBPF f characteristics 1 *4 1.3 MBPF f , -D E V R , G A IN -L O W A U X = -19dBs 1kHz Standard demodulator output A U X = -19dBs 1kHz Standard demodulator output D/A, D EV L-N hfel, GAIN-LOW D/A, D EV R-N hfer, GAIN-LOW fc = 1.3MHz, G = L O , increase input level by 10dB). BPF frequency characteristics measurement condition I Playback FM input


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PDF AN3961N AN3963N AN3961 3963N 64-pin 3963NFBPA T32fl52 BPF24 BPF22 panasonic env tuner D4004 panasonic TV tuner AN3961NFBPA AN3963NFBPA QFH064-P-1414
2006 - T100A video

Abstract: diode T74A T42A pulse height analyzer ENA0217 LA71076SM t74a T66A T89A
Text: GNLDE1 T25A GNLDE2 FM demodulator T74A T35 DEV = 1.0MHz PB Y level when input FM signal , FM modulator LMOD T25 T66 linearity 1/2 fH carrier shift Emphasis gain Assume that , ) The ratio of the REC chroma level and FM modulator output level C/FM2 T42 T66 The ratio of 100% chroma's level which was T68 = 0V 8.0 dB converted to low band and FM modulator , : 0V/5V 5V: XO MODE 0V: NORMAL PB: 0V/5V 5V: DOC OFF 0V: DOC AUTO 20 FM FILT REC


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PDF ENA0217 LA71076SM LA71076SM A0217-31/31 T100A video diode T74A T42A pulse height analyzer ENA0217 t74a T66A T89A
2006 - T100A video

Abstract: diode T74A t47a ENA0217 LA71076SM T42A T89A t47b "AGC Amplifier" 58deg
Text: GNLDE1 T25A GNLDE2 FM demodulator T74A T35 DEV = 1.0MHz PB Y level when input FM signal , FM modulator LMOD T25 T66 linearity 1/2 fH carrier shift Emphasis gain Assume that , ) The ratio of the REC chroma level and FM modulator output level C/FM2 T42 T66 The ratio of 100% chroma's level which was T68 = 0V 8.0 dB converted to low band and FM modulator , : 0V/5V 5V: XO MODE 0V: NORMAL PB: 0V/5V 5V: DOC OFF 0V: DOC AUTO 20 FM FILT REC


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PDF ENA0217 LA71076SM LA71076SM A0217-31/31 T100A video diode T74A t47a ENA0217 T42A T89A t47b "AGC Amplifier" 58deg
2006 - T32A -20-06

Abstract: LA71206 LA71206M T57B 300VPP ic T74A T73A T66A T58A T10A
Text: FM demodulator linearity *VDEM4 = DC: T20 (Input 4MHz, 300mVp-p) Carrier leakage VIN = 300mVp , second distortion Deviation (M mode) DEV2 T32A T14 FM modulator LMOD T22 T14 , V-YOUT T14A T26 DEV = 1.0MHz PB Y level when input FM signal. 2.00 2.10 2.20 Vp-p , . fAFC2 = f2-15.734 (kHz) The ratio of the REC chroma level and FM modulator output level C/FM2 T32 T69 The ratio of 100% chroma's level which was converted to low -4.0 dB band and FM


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PDF EN7950 LA71206M LA71206M T32A -20-06 LA71206 T57B 300VPP ic T74A T73A T66A T58A T10A
2006 - T100A

Abstract: No abstract text available
Text: level Self R/P, PB-Y level FM demodulator linearity *VDEM4 = DC: T26 (Input 4MHz, 300mVp-p) Carrier , Deviation 2 FM modulator linearity DEV2 LMOD T42A T25 T66 T66 With VIN being a 100% white 1Vp-p signal , FM signal is input. Self R/P-Y, PB-Y level 2.00 1.93 -3.5 2.10 2.10 0 2.20 2.27 +3.5 Vp-p Vp-p % -1.5 , returns to normal. fAFC2 = f2-15.734 (kHz) The ratio of the REC chroma level and FM modulator output level C/FM2 T42 T66 The ratio of 100% chroma's level which was T68 = 0V converted to low band and FM


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PDF ENA0217 LA71076SM LA71076SM A0217-31/31 T100A
2006 - la71205

Abstract: LA71205M 2sa1318 equivalent T32A -20-06 SW65a n2206 T10A t74a T57B T58A
Text: FM demodulator linearity *VDEM4 = DC: T20 (Input 4MHz, 300mVp-p) Carrier leakage VIN = 300mVp , second distortion Deviation (M mode) DEV2 T32A T14 FM modulator LMOD T22 T14 , V-YOUT T14A T26 DEV = 1.0MHz PB Y level when input FM signal. 2.00 2.10 2.20 Vp-p , . fAFC2 = f2-15.734 (kHz) The ratio of the REC chroma level and FM modulator output level C/FM2 T32 T69 The ratio of 100% chroma's level which was converted to low -4.0 dB band and FM


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PDF ENA0219 LA71205M LA71205M A0219-29/29 la71205 2sa1318 equivalent T32A -20-06 SW65a n2206 T10A t74a T57B T58A
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