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BCY 12 datasheet (4)

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AC125K

Abstract: 6AN7 tungsram 3S035T-1 ecc83 application notes ECL86 tungsram AC125UZ DG 7-123 PENTODE pl 508 ot-400 tungsram
Text: 5 5 5 5 6 6 7 7 7 8 8 9 9 9 10 10 10 10 11 11 11 11 12 12 12 12 13 13 13 13 13 13 13 13 3 3 3 3 TYPE , mA S = 1.2 mA/V H = 70 n = 58 kQ Capacitances Triode Ci =2.7 pF Co =1.7 pF C,g, =1.5 pF Diode Cu =0.8 pF Cd2 =0.7 pF Outline: 12 * 7 T JA L TWIN DIODE-PENTODE WITH VARIABLE TRANSCONDUC TANCE for , » = 1 Mil Typical Operations U. =175 V I, = 12 mA -Ug= 1.5V S = 14 mA/V H =68 Rcq =230 Ü Capacitances , mA _ U ,= 50 V ft, = ÏY iY x Typical Operation per Section U. = 250 V I. 1.2 mA -U,^= 2 V S = * 1.6


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PDF 76665N 76889N MA748PC MA709PC jA710PC A711PC iA712PC A723PC HA741PC A747PC AC125K 6AN7 tungsram 3S035T-1 ecc83 application notes ECL86 tungsram AC125UZ DG 7-123 PENTODE pl 508 ot-400 tungsram
KT 819 transistor

Abstract: 2N2222A 338 SF129D SF137D SSY20B KT819W SF127E KFY18 321 KP303W KFY18
Text: 11 BCY 12 Sp Sp Sp Sp Sp Sn Sn Sp Sn Sn Sp Sn Sn Sn Sn Sp Sp Sn Sn Sn Sn Sp Sp Sp Sp Sn Sp Sn Sp , 1.2 0,06 0,3 0,06 0,005 1,1 1 5,6 1,2,5, 6, 1,2 GC 11 8d AC 188K MP26B, KFY18 KT3107B KT3107Sh, F<- 5dB KPY18, KT816W 1.2 Original- ZonenErsat z- UCBC UCEO typ folge typ (V) (UCER , 15 15 15 18 32 32 12 20 12 16 16 32 32 18 24 24 18 18 10 10 10 15 18 18 15 15 30 30 20 15 50 30 45 32 30 32 55 50 16 20 20 15 B fT (MHz) 4 1.2 1.5 0,7 1.5 2 2.5 1.5 1.5 1 1 1 ,5 1 ,5 1 ,5 1 ,5 1


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PDF
g16b

Abstract: D71613 TGWR
Text: ST2-ST0 CLK MRQ* RAW* BCY * AEN CEN MRD* MWR* IORD* IOWR* CPRD* CPWR* INTA* DBEN* DBR*/W Bus-Status Clock , ]. input CLK is the |iP D 70616 system clock from the |iPD 71611 clock generator. BCY * [Bus Cycle]. . input The nPD 70616 indicates the start of a new bus cycle by asserting the BCY * output. The jiPD 71613 uses BCY * to generate the timing for all command and control outputs. MRQ* [M em ory , cycles (determined by the iiPD 70616 BCY * output), drives the command and control outputs. Command


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PDF 1b457SS5 uPD71613 nPD70616 iPD70616 b427525 1ST31 T-52-33-03 g16b D71613 TGWR
IAO5 Sharp

Abstract: free transistor equivalent book 2sc siemens transistor asy 27 Diode BAY 61 TRANSISTOR BJ 131-6 tesla typ 202 thyristor Tesla z1072 HALL EFFECT 21E z1071
Text: 1.5 (>0.5) 1.5 (>0.5) MHz 'bb- 75 (<200) 75 (<200) n cb.,c 27 27 pf NF 4 (<10)* 3 ( < 6) * db 3 ( 1.2 to 5) 3 ( 1.2 to 5) kn 7 (<15) 7 (<15) • 10"4 ^21 e 100 (50 to 150) 100(50 to 150) ^22 e 40 (>75 , : -Jc=1 A; -1/CE = 1 V FE1 <1.25 - Test condition: -/c=50mA; -l/CE = 10V "FE2 ^ 12 mV Dynamic , common emitter circuit (-/C=0.5A; -l/CE = 2V) fj U 450 12 kHz kHz Linearity of forward current transfer , {Vcl VBB = parameter A (common emitter circuit) 3.2 2.8 2.4 2.0 1.G 1.2 0.8 0.4 0 750 c


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PDF Q60103- thS10 to3530 to4600 to4600 IAO5 Sharp free transistor equivalent book 2sc siemens transistor asy 27 Diode BAY 61 TRANSISTOR BJ 131-6 tesla typ 202 thyristor Tesla z1072 HALL EFFECT 21E z1071
PD70616

Abstract: WAIT20
Text: * Setup to CLKT BCY ' Hold from CLKT WAITO, 1.2 Setup to CLKT WAITO, 1,2 Hold from CLKT Input Rise Time , . 20 ^3 VO D 19 18 1-7 16 15 14 13 12 11 CLK PRCLK RESET RÈ&IN F/JT EXFS X2 X1 NC M 4 1 7 , Identification Symbol X 1 .X 2 EXFS F/X* CLK PRCLK RESIN* RESET ARDY AREN* SRDY SREN* BCY * WAITO WAIT1 WAIT2 , supply to disable the synchronous ready logic. BCY * [Bus C ycle]. input The nPD70616 indicates the start of a new bus cycle by asserting the BCY * output. The nPD71611


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PDF uPD71611 32MHz nPD71611 PD70616 20-Pin HPD71611 WAIT20
UPD71641

Abstract: No abstract text available
Text: 13 12 11 10 9 8 7 6 5 4 3 2 1 O o o o O o o o o o o o o O 0 0 0 0 o o K J H G F E D C B A 14 13 12 11 10 9 8 7 6 5 4 3 2 1 Symbol MAg MAe MA3 G ND Pin K14 L1 12 L3 L 12 L13 L14 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11 M 12 M 13 M 14 N1 N2 N3 N4 N5 N6 N7 N8 N9 N10 N11 N12 N13 N14 P1 P2 P3 P4 P5 P6 , o o 0 0 o o o o 0 o 0 o o o o 0 0 0 o · B A 0 o o O 0 0 O 0 0 o o *6 Ag m a 12 M A 10 m a7 a7 , P in In d e x M a rk 83-004660A F2 F3 F 12 G ND raiss IC Vd d G ND A29 a 25 M Aa, VDD


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PDF uPD71641 /JPD71641 /JPD71641 JJPD71641 pPD71641 JUPD71641
PCIH

Abstract: No abstract text available
Text: APP DR (X EC O 16 775 BCY HE JG EC O 175 14 BCY TH TK E C O 18 26 8 YK m 01.14 1 -7 .0 4 [0.277 , .5 0 [1.47 6]-2 X 44.00 [1.73 2]- 32.50 [ 1.2 15X 01.14 [00.045] SUGGESTED HOLE SIZE -2 7 .5 0


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PDF SK3416 PCIH38M300A1 SK3416 PCIH
SK3448

Abstract: 4250T BCY 12 T 1829-1
Text: SK3448 FOSITROMC NHJSnOES BEUEVES THE DATA ON TTflS ORAWNG TO BE RELIABLE, SM CE THE TECHNICAL INFORMATION 6 OMEN FREE OF CHARGE. THE USER EMPLOYS SUCH INFORMATION AT H B OWN DBCREIWN AND R 6K . POSITRONIC MDUSIRES ASSUMES NO RESPONSIBILITY FOR RESULTS OBTAINED OR DAMAGES INCURRED FROM USE OF SUCH MFORMATION IN WHOLE OR N FART. SHEET 1 OF 2 APP BCY BCY RCY DR JIG TH HE YK (X TK TK TK D ATE REV 10-11 NC «I , . INSULATOR RESISTANCE: 5 G OHMS PER IEC 5 12 - 2, TEST 3a. VOLTAGE PROOF: TS: 45, 46 AND 47: 3,000 V r.m .s.


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PDF SK3448 PCIH47M 400A1-259 SK3448 4250T BCY 12 T 1829-1
Not Available

Abstract: No abstract text available
Text: SK3449 FOSITROMC N H JSnO ES BEUEVES THE DATA ON TTflS ORAWNG TO BE RELIABLE, SM C E THE TECHNICAL INFORMATION 6 OMEN FREE O F CHARGE. THE USER EMPLOYS SUCH INFORMATION AT H B OWN DBCREIW N AND R 6K. POSITRONIC M D U SIR ES ASSUM ES NO RESPONSIBILITY FOR RESULTS OBTAINED OR DAMAGES INCURRED FROM USE OF SUCH MFORMATION IN WHOLE OR N FART. SHEET 1 OF 2 APP BCY BCY RCV DR JIG TH HE YK (X TK TK TK DATE REV 10-11 , X . MOS 2.59.0 ALLOW 1 FOR CONNECTOR TO BE SELECTIVELY 2, 3, 4, 6, 7, 8 10, 11, 12 , 14, 15, 16, 17


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PDF SK3449 400A1-259
transistor vergleichsliste

Abstract: Transistor Vergleichsliste DDR telefunken transistoren VALVO BSW69 vergleichsliste DDR vergleichsliste transistor BC-148 rft transistoren Transistoren DDR
Text: ) up t UT Vi Gp Vu Y ii Y 12 Y 2i Y 22 Yaie 1 - - Y 22 Ya Ye Zu 1 - - Zu Z 22 Za Ze = K , Leerlaufeingangsleitw ert = L eerlaufausgangsw iderstand = A usgangsw iderstand = Eingangsw iderstand . 12 3 , Eingangsstufen von NFV erstärkern sowie NF-Vor- und Treiberstufen Typ SC 112 . SC 207 BC 109 BC 149 BCY 56 BCY 57 , 56 56 56 56 56 56 56 57 57 17 / i Typ SF J27 SF 128 SF 129 BCY 58 BCY 59 BSW 67 BSW 68 B , 73 B S Y 88 2 N 1890 B S Y 90 B S Y 55 B S Y 56 B F Y 12 B F Y 13 B F Y 14 K T 312A K T 312B K T 312W


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PDF
Not Available

Abstract: No abstract text available
Text: (X BCY HE TK BCY HE TK YK 2 3 OC 12 ^ 1L I4 _ 1 S , IS [2 0 .3 7 ] * © 2 0 -, O


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PDF SK5494 PLC24M 63B30A1 SK5494
SK3163

Abstract: No abstract text available
Text: SK3163 FOSITROMC NHJSnOES BEUEVES THE DATA ON TTflS ORAWNG TO BE RELIABLE, SMCE THE TECHNICAL INFORMATION 6 OMEN FREE OF CHARGE. THE USER EMPLOYS SUCH INFORMATION AT HB OWN DBCREIWN AND R6K. POSITRONIC MDUSIRES ASSUMES NO RESPONSIBILITY FOR RESULTS OBTAINED OR DAMAGES INCURRED FROM USE OF SUCH MFORMATION IN WHOLE OR N FART. SHEET 1 OF 2 APP DR BCY JIG BCY TH RCV MEG HE (X TK TK TK DATE m 10-1« B 01 C 0 1 D 6-31 0 1 E 6-0 «I 3-21 REVISION RECORD E C O 16 8 8 6 EC O 174 8 5 EC O 18 13 7 E C O 18 245


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PDF SK3163 SK3163
PCIH38M400A1

Abstract: PCIH38M SK3146
Text: SK3146 FOSITROMC N H JSnO ES BEUEVES THE DATA ON TTflS ORAWNG TO BE RELIABLE, SM C E THE TECHNICAL INFORMATION 6 OMEN FREE O F CHARGE. THE USER EMPLOYS SUCH INFORMATION AT H B OWN DBCREIW N AND R 6K. POSITRONIC M D U SIR ES ASSUM ES NO RESPONSIBILITY FOR RESULTS OBTAINED OR DAMAGES INCURRED FROM USE OF SUCH MFORMATION IN WHOLE OR N FART. SHEET 1 OF 2 DATEREV «-1S M NC 12-3 À M 4-2 B 01 9-4 C 01 REVISION RECORD ECO 1 5 2 5 2 ECO 1 5 8 0 5 ECO 1 7 5 2 9 ECO 1 8 2 5 1 APP DR (X BCY TK HZ BCY HE TK E £ ] E


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PDF SK3146 PCIH38M 400A1 PCIH38M400A1 SK3146
PCIH47M

Abstract: No abstract text available
Text: FOSITROMC N H JSnO ES BEUEVES THE DATA ON TTflS ORAWNG TO BE RELIABLE, SM C E THE TECHNICAL INFORMATION 6 OMEN FREE O F CHARGE. THE USER EMPLOYS SUCH INFORMATION AT H B OWN DBCREIW N AND R 6K. POSITRONIC M D U SIR ES ASSUM ES NO RESPONSIBILITY FOR RESULTS OBTAINED OR DAMAGES INCURRED FROM USE OF SUCH MFORMATION IN WHOLE OR N FART. D A T E 10-11 m SK3450 SHEET 1 OF 2 A P P D R BCY JIG BCY TH RCV H E YK (X TK TK TK C «I N 3-28 01 A t-il 01 B 9-11 01 c R E V ISIO f[RECO RD ECO 1 6 8 7 6 ECO


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PDF SK3450 PCIH47M 400A1-259
SYS-2322

Abstract: 256fS filter 20khz njm 2100 8 pin 384-fS SM5885CS SM5883BS SM5883AS SM5882AS 74HCU04
Text: 4.0 5.0 6.0 7.0 8.0 [× fs] ON 0 Gain [dB] 2 4 6 8 10 12 0.000 , 50.0 ns BCKI (L ) t BCWL 50.0 ns t BCY 1/(64fs) ns DATA tDS 50.0 , 50.0 ns BCKI BCKI 0.35 VDD t BCWH t BCY t BCWL DATA 0.35 VDD t DS t DH , 12 VSS LRCI VDD 33µ 33µ - + 27k 33µ 33µ - + 27k 33k 33k 33µ 33µ LO - + , NPC CORPORATION - 12 DECO SM588× series (DATA ) 16bit MSB , , , 2 24bit


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PDF SM588× SM588 96kHz 256fs, 384fs, 512fs SM5882AS SYS-2322 256fS filter 20khz njm 2100 8 pin 384-fS SM5885CS SM5883BS SM5883AS SM5882AS 74HCU04
2001 - SYS-2322

Abstract: 512fs
Text: Gain(dB) 4 6 8 10 12 0.000 0.125 0.250 0.375 0.4535 0.500 (× fs) ON , BCWH DATA t DS LRCI t LB t BL t DH 0.35VDD t BCY t BCWL 0.35VDD tBCWH t BCWL t BCY tDS t DH tLB tBL , DATA BCKI/DEEM LRCI CLK LRCI - - + + 3 - 22k 2.2u +- 100 L ch. OUT 10 330p 11 12 14 13 , 10 LRCI Internal Reset LO RO Output Muted 12 SM588× series (DATA


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PDF SM588× SM588 96kHz 256fs, 384fs, 512fs SM5882AS SYS-2322 512fs
LDR 03

Abstract: valvo halbleiter cny63 LDR -03 CNY62 BYX 71 800 CXY19 VALVO BZW10-12 ldr 07
Text: BBY31 BBY 40 Seite 46 46 Typ · BCY 77 · bis BCY 79 BCY 87 bis BCY 89 BD 131 BD 132 BD 135 bis BD , BFQ 17 BFQ 18 A BFQ 19 BFQ 22 BFQ 23 BFQ 24 Seite 26 26 32 32 32 32 32 4 4 4 4 32 32 32 32 4 12 32 32 12 12 32 32 32 32 4 32 32 32 32 32 12 12 32 32 12 12 32 32 32 4 4 4 32 32 32 4 4 4 · · · · Typ , 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 40 40 40 40 40 40 40 40 40 40 40 12 12 , BAV 22 (R) · BAV 45 BAV 46 BAV 70 BAV 75 BAV 96 BAV 97 BAV 99 BAW 56 · BAW 62 BAW 95 · BAX 12 BAX 14


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PDF
2007 - Not Available

Abstract: No abstract text available
Text: down/ADC, fS = 48 kHz/DAC Supply current Full power down ( 12 ) (13) TEST CONDITIONS SLOW ROLLOFF , 25 25 25 12 13 780 9 16 13 5 5 150 160 180 170 77 82 4.4 ­25 105 ±0.5 dB dB s dB 5.5 3.6 36 , down ( 12 ) 12 mA mA mA mA mA µA IDD fS = 48 kHz/ADC, fS = 48 kHz/DAC fS = 96 kHz/ADC, fS = , Power down/ADC, fS = 48 kHz/DAC Full power down ( 12 ) (13) TEMPERATURE RANGE Operation temperature JA Thermal resistance 220 mW 85 °C °C/W ( 12 ) Halt SCKI1, SCKI2, BCK1, BCK2, LRCK1, LRCK2 (13


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PDF PCM3060 SLAS533B 24-BIT, 96/192-kHz 24-Bit
SK5784

Abstract: CBD21W
Text: 23326 APP DR (X BCY YK COLE HE -2 .0 8 8 [53.04]1.852+0.005 [47.0 4+0.1 3]-1.534+0.005 [38.96+0.13 , ], - 0 0 . 0 2 8 [0.71] I- © © © © © © @ © @ © ^ 12 13 14 15 ©@©©@ 16 17 18 19 =1=


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PDF SK5784 036FE CBD21W 65000S SK5784
germanium

Abstract: cqx 87 BD 433NPNTO-126 transistor bf 175 TDA1086 BF963 la 4430 bf506 bu208 TDA 2516
Text: 132 AA 133 AA 134 AA 137 AA 138 12 12 8 12 12 8 8 8 12 12 BA 111 BA 121 BA 124 , BA 479 11 11 11 11 . 8 10 10 10 9 9 9 9 8 9 8 12 BAV17 BAV18 BAV19 BAV20 , BCY 72 B C Y 77 Y BCY 78 BCY 79 0 BD 127 BD 128 BD 129 BD 135 BD 136 BD 137 BD 138 BD 139 , TDA 4431 ▼ TDA 4432 ▼ TDA 4440 ▼ TDA 4450 ▼ 41 41 12 42 43 23/44 23/44 42 44 45 , Avalanche diodes BA 157 BA 158 BA 159 BY 201 BY 202 BY 203 BY 204 BYV 12 BYV13 BYV 14 BYV 15 BYV


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PDF AA113 AA117 AA119 BAV17 BAV18 BAV19 BAV20 BAV21 germanium cqx 87 BD 433NPNTO-126 transistor bf 175 TDA1086 BF963 la 4430 bf506 bu208 TDA 2516
2007 - FMT10

Abstract: No abstract text available
Text: down/ADC, fS = 48 kHz/DAC Supply current Full power down ( 12 ) (13) TEST CONDITIONS SLOW ROLLOFF , 25 25 25 12 13 780 9 16 13 5 5 150 160 180 170 77 82 4.4 ­25 105 ±0.5 dB dB s dB 5.5 3.6 36 , down ( 12 ) 12 mA mA mA mA mA µA IDD fS = 48 kHz/ADC, fS = 48 kHz/DAC fS = 96 kHz/ADC, fS = , Power down/ADC, fS = 48 kHz/DAC Full power down ( 12 ) (13) TEMPERATURE RANGE Operation temperature JA Thermal resistance 220 mW 85 °C °C/W ( 12 ) Halt SCKI1, SCKI2, BCK1, BCK2, LRCK1, LRCK2 (13


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PDF PCM3060 SLAS533B 24-BIT, 96/192-kHz 24-Bit FMT10
2007 - G003

Abstract: PCM3060 PCM3060PW TSSOP-28 18.432 B
Text: , power down/DAC 12 mA Power down/ADC, fS = 48 kHz/DAC VDD 13 mA Voltage range ICC Supply current Full power down ( 12 ) (13) VDC mA µA 780 fS = 48 kHz/ADC, fS = 48 kHz/DAC 9 12 mA fS = 96 kHz/ADC, fS = 96 kHz/DAC 16 mA fS1 = 48 kHz/ADC, fS2 = 192 , IDD 5 mA Full power down ( 12 ) 160 fS = 96 kHz/ADC, fS = 96 kHz/DAC Power , Full power down ( 12 ) (13) 4.4 TEMPERATURE RANGE Operation temperature JA ­25 Thermal


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PDF PCM3060 SLAS533B 24-BIT, 96/192-kHz 24-Bit G003 PCM3060 PCM3060PW TSSOP-28 18.432 B
1995 - adc crosstalk

Abstract: PCM3060 G003 PCM3060PW TSSOP-28 T0247 AT-126
Text: /ADC, power down/DAC 12 mA Power down/ADC, fS = 48 kHz/DAC VDD 13 mA Voltage range ICC Supply current Full power down ( 12 ) (13) VDC mA µA 780 fS = 48 kHz/ADC, fS = 48 kHz/DAC 9 12 mA fS = 96 kHz/ADC, fS = 96 kHz/DAC 16 mA fS1 = 48 kHz/ADC, fS2 = 192 kHz/DAC mA 5 mA Power down/ADC, fS = 48 kHz/DAC 5 mA Full power down ( 12 , Full power down ( 12 ) (13) 4.4 TEMPERATURE RANGE Operation temperature JA ­25 Thermal


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PDF PCM3060 SLAS533 24-BIT, 96/192-kHz 24-Bit adc crosstalk PCM3060 G003 PCM3060PW TSSOP-28 T0247 AT-126
2007 - G003

Abstract: PCM3060 PCM3060PW TSSOP-28
Text: , power down/DAC 12 mA Power down/ADC, fS = 48 kHz/DAC VDD 13 mA Voltage range ICC Supply current Full power down ( 12 ) (13) VDC mA µA 780 fS = 48 kHz/ADC, fS = 48 kHz/DAC 9 12 mA fS = 96 kHz/ADC, fS = 96 kHz/DAC 16 mA fS1 = 48 kHz/ADC, fS2 = 192 , IDD 5 mA Full power down ( 12 ) 160 fS = 96 kHz/ADC, fS = 96 kHz/DAC Power , Full power down ( 12 ) (13) 4.4 TEMPERATURE RANGE Operation temperature JA ­25 Thermal


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PDF PCM3060 SLAS533B 24-BIT, 96/192-kHz 24-Bit G003 PCM3060 PCM3060PW TSSOP-28
1995 - FMT21

Abstract: AT211 pcm3060 AT-110 T0097-02
Text: ( 12 ) (13) TEST CONDITIONS SLOW ROLLOFF PCM3060PW MIN TYP MAX 0.308 fS 0.73 fS UNIT Hz Hz < 0.308 fS > 0.73 fS ­35 20/fS ±0.1 4.5 2.7 5 3.3 25 25 25 12 13 780 9 16 13 5 5 150 160 180 170 77 82 4.4 , /DAC Power down/ADC, fS = 48 kHz/DAC Full power down ( 12 ) fS = 48 kHz/ADC, fS = 48 kHz/DAC fS = 96 kHz , /ADC, fS = 48 kHz/DAC Full power down ( 12 ) (13) 12 mA mA mA mA mA µA IDD 190 Power dissipation mW TEMPERATURE RANGE Operation temperature JA Thermal resistance 85 °C °C/W ( 12 ) Halt


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PDF PCM3060 SLAS533 24-BIT, 96/192-kHz 24-Bit FMT21 AT211 pcm3060 AT-110 T0097-02
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