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2010 - GRM155B11C223K

Abstract: RPC03T GRM155B11 GRM32EB31C476K
Text: .C 65deg.C 85deg.C -40deg.C -30deg.C 0deg.C 25deg.C 65deg.C 85deg.C 20 21 22 23 24 25 26 27 28 29 30 31 , .C 85deg.C Detector Voltage vs. Output Power 3.0 2.5 2.0 Vdet (V) 1.5 1.0 0.5 0.0 20 21 22 23 24 25 26 27 28 29 30 31 32 -40deg.C -30deg.C 0deg.C 25deg.C 65deg.C 85deg.C Output Power(dBm) ACP Characteristics -15 -40deg.C -30deg.C 0deg.C 25deg.C 65deg.C 85deg.C -15 -40deg.C -30deg.C 0deg.C 25deg.C 65deg.C 85deg.C -20 ACP@10.5MHz (dBm) -20 ACP@11.5MHz (dBm) -25 -25 -30 -30 -35 -35


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PDF MGFS38E2527-01 MGFS38E2527 64QAM, IEEE802 16e-2005 0V60120sec GRM155B11C223K RPC03T GRM155B11 GRM32EB31C476K
2003 - Not Available

Abstract: No abstract text available
Text: . Range Storage Temp. Range VB VC VB=5.0V, 20Deg.C up to + 85Deg.C VC=0.6V, 20Deg.C up to + 85Deg.C VC=4.1V, 20Deg.C up to + 85Deg.C VC=0.6V up to 4.1V average Load=50ohm, +25Deg.C+/5Deg.C Load=50ohm, 20Deg.C up to + 85Deg.C offset=10kHz, 20Deg.C up to + 85Deg.C VB=5.0V+/0.25V, ref=5.0V VSWR=2 for all phase, ref=50ohm 20Deg.C up to + 85Deg.C , ref=+25Deg.C Till Third harmonics 4.75 0.6


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PDF 1CD0004 CD0004 1CD0004 25Deg 50ohm 2SC3624A 100pF
2003 - DMP14

Abstract: NJM2701 NJM2701D NJM2701M circuit diagram of 7.1 surround sound
Text: =10 to 80KHz 10 1 1 Ta= 85deg 0.1 0.1 THD+N [%] THD+N [%] 10 Ta=25deg Ta=-40deg 0.01 Ta= 85deg Ta=25deg 0.01 Ta=-40deg 0.001 0.001 0.0001 -50 -40 -30 -20 , THD+N [%] THD+N [%] 1 Ta= 85deg Ta=25deg Ta= 85deg Ta=25deg Ta=-40deg Ta=-40deg 0.1 , =10 to 80KHz V+=12V f=1KHz RL=47Kohm Rg=25ohm BW=10 to 80KHz 10 10 1 1 Ta= 85deg THD+N [%] THD+N [%] Ta= 85deg . Ta=25deg. Ta=-40deg. Ta=25deg Ta=-40deg 0.1 0.1 0.01


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PDF NJM2701 NJM2701 NJM2701D NJM2701M DIP14, DMP14 FIL12V DMP14 NJM2701D NJM2701M circuit diagram of 7.1 surround sound
2010 - HBT 01 05

Abstract: No abstract text available
Text: ) 800 600 400 200 0 -40deg.C -30deg.C 0deg.C 25deg.C 60deg.C 85deg.C 20 21 22 23 24 25 26 27 28 29 30 31 32 36.0 34.0 32.0 20 21 -40deg.C -30deg.C 0deg.C 25deg.C 60deg.C 85deg.C 22 23 24 25 , . Output Power 3.0 -40deg.C -30deg.C 0deg.C 25deg.C 60deg.C 85deg.C Vdet (V) -40deg.C -30deg.C 0deg.C 25deg.C 60deg.C 85deg.C 2.5 2.0 1.5 1.0 0.5 0.0 20 21 22 23 24 25 26 27 28 29 30 31 32 Output , .C 60deg.C 85deg.C -30 -32 ACP@10.57MHz (dBc) -34 -36 -38 -40 -42 -44 -46 20 21 22 23 24 25 26 27 28 29 30


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PDF MGFS38E3336-01 MGFS38E3336 64QAM, IEEE802 16e-2005 0120sec HBT 01 05
2003 - SV049PH0012

Abstract: SV049 PH-001
Text: Operating Temp. Range Storage Temp. Range VB VC VB=3.3V, 20Deg.C up to + 85Deg.C VC=0.5V, 20Deg.C up to + 85Deg.C VC=2.5V, 20Deg.C up to + 85Deg.C VC=0.5V up to 2.5V average Load=50ohm, +25Deg.C+/5Deg.C Load=50ohm, 20Deg.C up to + 85Deg.C offset=25kHz, 20Deg.C up to + 85Deg.C VB=3.3V+/0.2V, ref=3.3V VSWR=2 for all phase, ref=50ohm 20Deg.C up to + 85Deg.C , ref=+25Deg.C Till Third harmonics 3.1 0.5


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PDF SV049PH0012 SV049 PH0012 SV049 SV049PH0012 25Deg 50ohm 2SC3624A 100pF PH-001
2003 - SV259

Abstract: SV259PH0010
Text: . Range Storage Temp. Range VB VC VB=3.0V, 20Deg.C up to + 85Deg.C VC=0.5V, 20Deg.C up to + 85Deg.C VC=2.5V, 20Deg.C up to + 85Deg.C VC=0.5V up to 2.5V average Load=50ohm, +25Deg.C+/5Deg.C Load=50ohm, 20Deg.C up to + 85Deg.C offset=25kHz, 20Deg.C up to + 85Deg.C VB=3.0V+/0.2V, ref=3.0V VSWR=2 for all phase, ref=50ohm 20Deg.C up to + 85Deg.C , ref=+25Deg.C Till Third harmonics 2.8 0.5


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PDF SV259PH0010 SV259 PH0010 SV259 SV259PH0010 25Deg 50ohm 2SC3624A 100pF
2007 - Not Available

Abstract: No abstract text available
Text: //10pF -6 ±1.5×10 max.After 2 reflows -6 -6 ±2.5×10 max./ -30 to + 85deg.C ±1.5×10 max./ -30 to + 85deg.C -6 -6 ±2.5×10 max./ -40 to + 85deg.COption ±1.5×10 max./ -40 to + 85deg.COption -6 max.Vdd


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PDF DSA221SE/ DSB221SE 0045cc, JSTD033) DSA221SEVCTCXO DSB221SETCXO 10kHz -140dBc/HzOffset -135dBc/HzOffset
2007 - 05F0

Abstract: EMM5207ZF ku-band oscillator
Text: ) 15 14 13.5 13 12.5 -40deg 25deg 85deg 12 11.5 1 2 3 4 5 6 7 8 9 Tuning Voltage (-V) -40deg 25deg 85deg 1 10 11 12 TxOut Output Power vs Frequency 3 4 5 6 7 8 9 10 11 12 Tuning Voltage (-V) 13 -40deg 25deg 85deg 12 Rx Out (dBm) 15 Tx Out , 85deg 7 6 10 5 12 12.5 13 13.5 14 Frequency (GHz) 14.5 15 12 RFOut/2 , Frequency 130 1 0 -1 -2 -3 -40deg 25deg 85deg -4 -5 Supply Current (mA) 2 RFOut/2


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PDF EMM5207ZF EMM5207ZF 1906B, 05F0 ku-band oscillator
Not Available

Abstract: No abstract text available
Text: 80KHz V+=12V f=1KHz RL=47Kohm Rg=25ohm BW=10 to 80KHz 10 1 1 Ta= 85deg THD+N [%] THD+N [%] 10 Ta=25deg 0.1 Ta=-40deg Ta= 85deg 0.1 Ta=25deg Ta=-40deg 0.01 0.01 , ] 10 Ta= 85deg Ta=25deg Ta= 85deg Ta=25deg Ta=-40deg Ta=-40deg 0.1 0.1 0.01 -50 , ] Voltage Gain [dB] 10 Ta=25deg Ta= 85deg 0 -1 -2 1 Ta=25deg Ta= 85deg 0 -1 -2 -3 , =25deg Ta= 85deg 8 Ta=25deg. 5 Input Voltage [dB] Voltage Gain [dB] 10 6 4 Ta= 85deg


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PDF NJM2702 NJM2702 NJM2702D DIP14, DMP14, SSOP10 NJM2702M NJM2702V
2007 - Not Available

Abstract: No abstract text available
Text: Sensitivity Response Slope Phase Noise -6 ±1.0×10 max./ ­30 to + 85deg.C -6 max./ ­40 to + 85deg.C (Option) ±1.0×10 -6 ±0.5×10 max./ ­30 to + 85deg.C -6 ±0.5×10 max./ ­40 to + 85deg.C (Option) 6 ±0.2×10 max. (Vdd±5%) 6 ±0.2×10 max.(10k//10pF±10%) 6 ±1.0×10 max./year


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PDF DSA535SD/DSB535SD 020cc, JSTD033) DSA535SD 40MHz 26MHz f15MHz f26MHz f26MHz) 10kHz)
2010 - GRM31CB30J476K

Abstract: MGFS38E2325 RPC03T
Text: 23 24 25 26 27 28 29 30 31 32 -40deg.C -30deg.C 0deg.C 25deg.C 60deg.C 85deg.C Operating Current , -40deg.C -30deg.C 0deg.C 25deg.C 60deg.C 85deg.C Output Power(dBm) Output Power(dBm) EVM vs , -40deg.C -30deg.C 0deg.C 25deg.C 60deg.C 85deg.C Detector Voltage vs. Output Power 3.0 2.5 2.0 Vdet (V , .C 85deg.C Output Power(dBm) ACP Characteristics -15 -40deg.C -30deg.C 0deg.C 25deg.C 60deg.C 85deg.C -15 -40deg.C -30deg.C 0deg.C 25deg.C 60deg.C 85deg.C -20 ACP@10.5MHz (dBm) -20 ACP@11.5MHz (dBm


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PDF MGFS38E2325-01 MGFS38E2325 64QAM, IEEE802 16e-2005 0120sec GRM31CB30J476K RPC03T
2004 - 0404A

Abstract: Hitachi DSA002699 733P
Text: Insertion Loss @ +25 degC @ -35 to + 85deg.C Attenuation 2f 3f GSM850/EGSM_TX->ANT Return Loss @ Tx1 port , Permissible input power Current consumption Passband Insertion Loss @ +25 degC @ -35 to + 85deg.C , + 85deg.C Return Loss @ ANT port @ Rx1 port Isolation Tx1 -> ANT Permissible input power Current consumption Passband Insertion Loss @ +25 degC @ -35 to + 85deg.C Return Loss @ ANT port @ Rx2 port Isolation Tx2 -> ANT Permissible input power Current consumption Passband Insertion Loss @ +25 degC @ -35 to + 85deg.C Return Loss @


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PDF HS-SHS-M085TK-0404A SHS-M085TK 85deg GSM850/900 0404A Hitachi DSA002699 733P
2002 - circuit diagram of 7.1 surround sound

Abstract: NJM2701 5.1 surround sound circuits 5.1 surround sound diagrams DMP14 NJM2701D NJM2701M BW-10
Text: =25ohm BW=10 to 80KHz 10 1 1 Ta= 85deg 0.1 THD+N [%] THD+N [%] -20 Ta=25deg Ta=-40deg 0.01 0.001 0.1 Ta= 85deg Ta=25deg 0.01 Ta=-40deg 0.001 0.0001 -50 -40 -30 , Ta= 85deg Ta=25deg Ta= 85deg Ta=25deg Ta=-40deg Ta=-40deg 0.1 0.01 -50 0.1 -40 , =47Kohm Rg=25ohm BW=10 to 80KHz V+=12V f=1KHz RL=47Kohm Rg=25ohm BW=10 to 80KHz 10 10 1 1 Ta= 85deg THD+N [%] THD+N [%] Ta= 85deg . Ta=25deg. Ta=-40deg. Ta=25deg Ta=-40deg 0.1 0.1 0.01


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PDF NJM2701 NJM2701 NJM2701D NJM2701M DIP14, DMP14 circuit diagram of 7.1 surround sound 5.1 surround sound circuits 5.1 surround sound diagrams DMP14 NJM2701D NJM2701M BW-10
2007 - SMD 5 PIN CODE E4

Abstract: No abstract text available
Text: Control Control Sensitivity Response Slope Phase Noise -6 ±1.0×10 max. / ­30 to + 85deg.C -6 max. / ­40 to + 85deg.C (Option) ±1.0×10 -6 ±0.5×10 max. / ­30 to + 85deg.C -6 ±0.5×10 max. / ­40 to + 85deg.C (Option) -6 max. (Vdd±5%) ±0.2×10 -6 max. (10k//10pF±10


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PDF DSA321SD/ DSB321SD 008cc, JSTD033) DSA321SD 40MHz f15MHz) f26MHz) DSA321SC) SMD 5 PIN CODE E4
Not Available

Abstract: No abstract text available
Text: + 85deg.C 35 40 -40deg.C 0deg.C +25deg.C +60deg.C + 85deg.C 35 30 30 15 20 25 , +60deg.C + 85deg.C 35 40 -40deg.C 0deg.C +25deg.C +60deg.C + 85deg.C 35 30 30 15 20 , =3.3GHz 10 -40deg.C 0deg.C +25deg.C +60deg.C + 85deg.C 9 8 -40deg.C 0deg.C +25deg.C +60deg.C + 85deg.C 9 8 7 6 EVM(%) EVM(%) 7 f=3.4GHz 10 5 4 6 5 4 3 3 2 2 , without notice. f=3.5GHz 10 -40deg.C 0deg.C +25deg.C +60deg.C + 85deg.C 9 8 -40deg.C


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PDF MGFS39E3336-01 39E3336 30dBm 64QAM,
2009 - 39E3336

Abstract: MGFS39E3336 SWT-9 GRM188B31E105KA75 spectrum emission mask wimax MGFS39E3336-01 GRM155B11H1 160kO GRM188B31E
Text: + 85deg.C 35 40 -40deg.C 0deg.C +25deg.C +60deg.C + 85deg.C 35 30 30 15 20 25 , +60deg.C + 85deg.C 35 40 -40deg.C 0deg.C +25deg.C +60deg.C + 85deg.C 35 30 30 15 20 , =3.3GHz 10 -40deg.C 0deg.C +25deg.C +60deg.C + 85deg.C 9 8 -40deg.C 0deg.C +25deg.C +60deg.C + 85deg.C 9 8 7 6 EVM(%) EVM(%) 7 f=3.4GHz 10 5 4 6 5 4 3 3 2 2 , without notice. f=3.5GHz 10 -40deg.C 0deg.C +25deg.C +60deg.C + 85deg.C 9 8 -40deg.C


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PDF MGFS39E3336-01 39E3336 30dBm 64QAM, 40deg 39E3336 MGFS39E3336 SWT-9 GRM188B31E105KA75 spectrum emission mask wimax MGFS39E3336-01 GRM155B11H1 160kO GRM188B31E
2002 - NJM2702D

Abstract: NJM2702 SSOP10 DMP14 NJM2702M NJM2702V 6.1 surround sound circuits
Text: =25ohm BW=10 to 80KHz 10 1 1 Ta= 85deg THD+N [%] THD+N [%] 10 Ta=25deg 0.1 Ta=-40deg Ta= 85deg 0.1 Ta=25deg Ta=-40deg 0.01 0.01 0.001 -50 -40 -30 -20 -10 0 , =47Kohm Rg=25ohm BW=10 to 80KHz 1 1 THD+N [%] 10 THD+N [%] 10 Ta= 85deg Ta=25deg Ta= 85deg , ] -10 Input Voltage [dBV] Voltage Gain vs Frequency Response (BYPASS) 3 -20 Ta=25deg Ta= 85deg 0 -1 -2 1 Ta=25deg Ta= 85deg 0 -1 -2 -3 10 100 1000 Frequency [Hz


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PDF NJM2702 NJM2702 NJM2702D DIP14, DMP14, SSOP10 NJM2702M NJM2702V NJM2702D SSOP10 DMP14 NJM2702M NJM2702V 6.1 surround sound circuits
2007 - SMD 5 PIN CODE E4

Abstract: DSA321SC DSB321SC
Text: Control Control Sensitivity Response Slope Phase Noise -6 ±1.0×10 max. / ­30 to + 85deg.C -6 max. / ­40 to + 85deg.C (Option) ±1.0×10 -6 ±0.5×10 max. / ­30 to + 85deg.C -6 ±0.5×10 max. / ­40 to + 85deg.C (Option) -6 max. (Vdd±5%) ±0.2×10 -6 max. (10k//10pF±10


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PDF DSA321SD/ DSB321SD 008cc, JSTD033) DSA321SD 40MHz f15MHz) f26MHz) DSA321SC) SMD 5 PIN CODE E4 DSA321SC DSB321SC
2004 - SHS-M0

Abstract: Hitachi DSA002699
Text: Insertion Loss @ +25 degC @ -35 to + 85deg.C Attenuation 2f 3f GSM850/EGSM_TX->ANT Return Loss @ Tx1 port , Permissible input power Current consumption Passband Insertion Loss @ +25 degC @ -35 to + 85deg.C , + 85deg.C Return Loss @ ANT port @ Rx1 port Isolation Tx1 -> ANT Permissible input power Current consumption Passband Insertion Loss @ +25 degC @ -35 to + 85deg.C Return Loss @ ANT port @ Rx2 port Isolation Tx2 -> ANT Permissible input power Current consumption Passband Insertion Loss @ +25 degC @ -35 to + 85deg.C Return Loss @


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PDF HS-SHS-M085TJ-0406A SHS-M085TJ 85deg GSM850/900 SHS-M0 Hitachi DSA002699
2007 - 26mhz 3225

Abstract: DSB321SE
Text: 2 reflows -6 -6 ±2.5×10 max./-30 to + 85deg.C ±1.5×10 max./-30 to + 85deg.C -6 -6 ±2.5×10 max./-40 to + 85deg.COption ±1.5×10 max./-40 to + 85deg.COption -6 ±0.2×10 max.Vdd±5% -6 max


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PDF DSA321SE/DSB321SEfor 008cc, JSTD033) Slo135dBc/HzOffset -130dBc/HzOffset -125dBc/HzOffset -145dBc/HzOffset 10kHz -140dBc/HzOffset 26mhz 3225 DSB321SE
2008 - TCXO 40MHz

Abstract: No abstract text available
Text: max. 10k//10pF -6 ±1.5×10 max.After 2 reflows -6 -6 ±2.5×10 max./-30 to 85deg.C ±1.5×10 max./-30 to 85deg.C -6 -6 ±2.5×10 max./-40 to 85deg.COption ±1.5×10 max./-40 to 85deg.COption -6


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PDF DSA321SE/DSB321SEfor 008cc, JSTD033) -135dBc/HzOffset -130dBc/HzOffset -125dBc/HzOffset -145dBc/HzOffset 10kHz -140dBc/HzOffset TCXO 40MHz
Not Available

Abstract: No abstract text available
Text: -5 0 Pout (dBm) -40deg.C 10 15 20 25 30 35 Pout (dBm) 25deg.C 85deg.C -40deg.C 25deg.C 14.5GHz 85deg.C 15.4GHz 10 1 1 Vref- Vdet (V) 10 Vref- Vdet (V , 25 30 Pout (dBm) 85deg.C -40deg.C 10 25deg.C 85deg.C 35 SMM5085V1B Ku-Band , ) Input Power (dBm) -40deg.C IDD 18 800 18 2400 -40deg.C + 85deg.C VDD=6V,IDD(DC)=1200mA(at Tc=25deg.C) , Freq.=14.5GHz +25deg.C + 85deg.C VDD=6V,IDD(DC)=1200mA(at Tc


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PDF SMM5085V1B 50ohm SMM5085V1B
TQFP144

Abstract: TQFP-144 G700LY 82V2058XDAG TQFP144 DIMENSION TQFP 144 PACKAGE 82V2058DAG 82V2048 82V2058DA TQFP 144
Text: environment: -40deg; 85deg ; Test results: unit8 unit3 unit6 unit10 unit2 unit5 , pass pass pass pass pass 3.0v/3.0v supply Template test @ 85deg temp sensitivity @ -40deg temp 1.3mils Template test @ 85deg temp sensitivity @ -40deg temp , ok 12.8dB -40deg temp unit6 sensitivity @ unit5 85deg temp 0.8mils


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PDF A1007-07 82V2048 82V2058 TQFP-144) JESD22-A113 82V2048DA 82V2048DAG 82V2048LDA 82V2048LDAG TQFP144 TQFP-144 G700LY 82V2058XDAG TQFP144 DIMENSION TQFP 144 PACKAGE 82V2058DAG 82V2058DA TQFP 144
Not Available

Abstract: No abstract text available
Text: Pout (dBm) 25deg.C 85deg.C -40deg.C 25deg.C 14.5GHz 85deg.C 15.4GHz 10 1 1 , . 2013 25deg.C 0 5 10 15 20 25 30 Pout (dBm) 85deg.C -40deg.C 10 25deg.C 85deg.C 35 SMM5085V1B Ku-Band Power Amplifier MMIC S-PARAMETERS @VDD=6V, IDD , Pout -40deg.C + 85deg.C VDD=6V,IDD(DC)=1200mA(at Tc=25deg.C) , Freq.=14.5GHz +25deg.C + 85deg.C VDD=6V,IDD(DC)=1200mA(at Tc=25deg.C) , Freq.=15.4GHz 2800 36 2800 34 2600 34


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PDF SMM5085V1B 50ohm SMM5085V1B
2003 - NJM2702D

Abstract: 6.1 surround sound circuits 3d surround sound NJM2702 SSOP10 DMP14 NJM2702M NJM2702V DMP14 Package Circuit diagram of 3d output surround sound system
Text: =25ohm BW=10 to 80KHz 10 1 1 Ta= 85deg THD+N [%] THD+N [%] 10 Ta=25deg 0.1 Ta=-40deg Ta= 85deg 0.1 Ta=25deg Ta=-40deg 0.01 0.01 0.001 -50 -40 -30 -20 -10 0 , =47Kohm Rg=25ohm BW=10 to 80KHz 1 1 THD+N [%] 10 THD+N [%] 10 Ta= 85deg Ta=25deg Ta= 85deg , 2 Ta=-40deg Ta=-40deg 1 Voltage Gain [dB] Voltage Gain [dB] 10 Ta=25deg Ta= 85deg 0 -1 -2 1 Ta=25deg Ta= 85deg 0 -1 -2 -3 10 100 1000 Frequency [Hz


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PDF NJM2702 NJM2702 NJM2702D DIP14, DMP14, SSOP10 NJM2702M NJM2702V NJM2702D 6.1 surround sound circuits 3d surround sound SSOP10 DMP14 NJM2702M NJM2702V DMP14 Package Circuit diagram of 3d output surround sound system
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