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TLC32040MFK Texas Instruments PCM CODEC, CQCC28
TLC32044IFN Texas Instruments PCM CODEC, PQCC28
TLC32041IFN Texas Instruments PCM CODEC, PQCC28
TLC32041CFNR Texas Instruments PCM CODEC, PQCC28
TLC32044IFNR Texas Instruments PCM CODEC, PQCC28
TLC32040CFNR Texas Instruments PCM CODEC, PQCC28
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Part Manufacturer Supplier Stock Best Price Price Each Buy Part
PCM-30 Panduit Corp Sager - $1.85 $1.47
PCM-30 Panduit Corp Master Electronics 49 $1.88 $1.61
PCM-30 Panduit Corp Avnet - - -
PCM-30 Panduit Corp Allied Electronics & Automation - $1.91 $1.63
PCM-30 Panduit Corp Heilind Electronics - - -
PCM-300-324 Panduit Corp Sager - $1.85 $1.47
PCM-300-324 Panduit Corp Master Electronics 52 $1.88 $1.61
PCM-300-324 Panduit Corp Heilind Electronics - - -
PCM-300-324 Panduit Corp Allied Electronics & Automation - $2.67 $2.28
PCM3000E Texas Instruments Avnet - $7.46 $5.86
PCM3000E Texas Instruments Avnet 36 - -
PCM3001E Texas Instruments Rochester Electronics 881 $7.44 $6.04
PCM3001E Texas Instruments Chip1Stop 45 $7.53 $7.00
PCM3001E Texas Instruments Rochester Electronics 139 $7.44 $6.04
PCM3001E Texas Instruments Texas Instruments 112 $8.98 $4.66
PCM3002E Texas Instruments Chip1Stop 61 $8.55 $7.58
PCM3002E Texas Instruments Texas Instruments 139 $10.21 $5.30
PCM3002E Texas Instruments Bristol Electronics 8 - -
PCM3003E Texas Instruments Rochester Electronics 58 $8.05 $6.54
PCM3003E Texas Instruments Rochester Electronics 15,678 $8.05 $6.54
PCM3003E Texas Instruments Texas Instruments 136 $9.73 $5.05
PCM3003E Texas Instruments Avnet 36 - -
PCM3003E Texas Instruments Avnet - $8.08 $6.35
PCM3003E/2K Texas Instruments Rochester Electronics 7,000 $6.81 $5.53
PCM3006T bb ComS.I.T. 13 - -
PCM3006T Texas Instruments Avnet 104 - -
PCM3006T Texas Instruments Rochester Electronics 8,020 $6.97 $5.66
PCM3006T/2K Texas Instruments Chip1Stop 2,000 $9.24 $6.89
PCM3006T/2K Texas Instruments Rochester Electronics 21,945 $5.94 $4.82
PCM3006T/2K Texas Instruments Avnet 2,000 - -
PCM3006TG Texas Instruments Rochester Electronics 360 $3.13 $2.54
PCM3008T BB Bristol Electronics 57 - -
PCM3008T Texas Instruments Texas Instruments 2,060 $8.07 $4.19
PCM3010DB Texas Instruments Texas Instruments 302 $9.14 $5.61
PCM3010DB Texas Instruments Chip One Exchange 300 - -
PCM3052ARTF Texas Instruments Texas Instruments 300 $7.52 $3.90
PCM3052ARTF Texas Instruments Chip1Stop 955 $6.31 $5.08
PCM3060PW Texas Instruments Chip1Stop 10 $4.79 $4.46
PCM3060PW Texas Instruments Chip1Stop 16 $5.39 $4.92
PCM3060PW Texas Instruments Chip1Stop 61 $6.93 $3.95
PCM3060PW Texas Instruments Avnet 200 - -
PCM3060PW Texas Instruments Farnell element14 - £5.40 £3.59
PCM3060PW Texas Instruments Chip1Stop 6 $4.79 $4.79
PCM3070IRHBT Texas Instruments Texas Instruments 1,177 $6.82 $3.54
PCM3070RHBEVM-K Texas Instruments Farnell element14 1 £177.00 £177.00
PCM3070RHBEVM-K Texas Instruments Texas Instruments 8 $199.00 $199.00

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PCM-30 datasheet (116)

Part Manufacturer Description Type PDF
PCM-30 Panduit Markers, Cables, Wires - Management, CARD MARKER WIRE SOLID Original PDF
PCM3000 Burr-Brown Stereo Audio CODEC 18-BITS, SERIAL INTERFACE TM Original PDF
PCM3000 Burr-Brown Sound Plus Stereo Audio CODEC 18-BITS, SERIAL INTERFACE Original PDF
PCM3000 Texas Instruments SoundPlus Stereo Audio Codec 18-bits, Serial Interface Original PDF
PCM3000E Burr-Brown Stereo Audio CODEC 18-BITS, SERIAL INTERFACE TM Original PDF
PCM3000E Texas Instruments CODEC, Audio CODEC, 18-Bit Stereo Audio CODEC, 28SSOP Original PDF
PCM3000E Texas Instruments Stereo CODEC with line-out (S/W Control) 28-SSOP Original PDF
PCM3000E_2K Burr-Brown SoundPlusStereo Audio CODEC 18-bits, Serial Interface Original PDF
PCM3000E/2K Texas Instruments Stereo Audio Codec 18 Bits, Serial Interface Original PDF
PCM3000E/2K Texas Instruments Stereo CODEC with line-out (S/W Control) 28-SSOP Original PDF
PCM3000E/2K Texas Instruments CODEC, Audio CODEC, 18-Bit Stereo Audio CODEC, 28SSOP Original PDF
PCM3000E/2KG4 Texas Instruments SoundPlus Stereo Audio Codec 18-bits, Serial Interface Original PDF
PCM3000E/2KG4 Texas Instruments Stereo CODEC with line-out (S/W Control) 28-SSOP Original PDF
PCM3000EG4 Texas Instruments SoundPlus Stereo Audio Codec 18-bits, Serial Interface Original PDF
PCM3000EG4 Texas Instruments Stereo CODEC with line-out (S/W Control) 28-SSOP Original PDF
PCM3001 Burr-Brown Stereo Audio CODEC 18-BITS, SERIAL INTERFACE Original PDF
PCM3001 Burr-Brown Sound Plus Stereo Audio CODEC 18-BITS, SERIAL INTERFACE Original PDF
PCM3001 Texas Instruments SoundPlus Stereo Audio Codec 18-bits, Serial Interface Original PDF
PCM3001E Burr-Brown Stereo Audio CODEC 18-BITS, SERIAL INTERFACE TM Original PDF
PCM3001E Texas Instruments Stereo CODEC with line-out (H/W Control) 28-SSOP Original PDF

PCM-30 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
CS61535A-IL1

Abstract: No abstract text available
Text: Semiconductor Corporation CS61535A General Description The CS61535 and CS61535A combine the analog transmit and receive line interface functions for a T1/ PCM-30 interface in a single 28-pin device , . PCM Line Interface Features · Provides Analog PCM Line Interface for T1 and PCM-30 Applications · , PCM-30 links. 28 Pin 28 Pin 28 Pin 28 Pin Plastic PLCC Plastic PLCC DIP (j-leads) DIP (j-leads) T1 & T1 & T1 & T1 & PCM-30 PCM-30 PCM-30 PCM-30 Ordering Information CS61535A-IP1 CS61535A-IL1


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PDF CS61535A CS61535 CS61535A T1/PCM-30 28-pin 32-bit PCM-30 DS40PP2 CS61535A-IL1
CS83C92C

Abstract: CS8023A cs2180b Manchester code CS83C92
Text: COMMUNICATIONS PRODUCTS Low Power T l, PCM-30 and ISDN P rim ary R ate Line In ter face Circuits , mended for use in new designs. Since introducing the industry's first T l and PCM-30 line interface , -pin, .3" 28-pin PLCC CS61535A T1/ PCM-30 Clock/Data Recovery Jitter Atten. & Driver / 28-pin, .6" 28-pin PLCC > 300 Ul CS61574A T1/ PCM-30 Clock/Data Recovery & Jitter Atten. Driver / 28-pin, .6' 28-pin PLCC CS61575 T1 / PCM-30 Clock/ Data Recovery & Jitter Atten. Driver 28-pin, .6" 28-pin PLCC 138 Ul 28 Ul


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PDF PCM-30 CS6152, CS61535A, CS61574A CS61575 CS61534 CS61544) Su-12 CS6300, CS83C92C CS8023A cs2180b Manchester code CS83C92
Not Available

Abstract: No abstract text available
Text: interface functions for a T1/ PCM-30 interface in a single 28-pin device. The line interface unit (LIU , DSX-1 cross con­ nect. Interfacing customer premises equipment to a CSU. Interfacing to PCM-30 , & PCM-30 PCM-30 PCM-30 PCM-30 CS61535A Block Diagram (CLKE) (iTTfy (SDI) (SDO) XTALIN , CS61535A Semiconductor Corporation PCM Line Interface Features General Description • Provides Analog PCM Line Interface for T 1 and P C M - 30 Applications • Provides Line Driver, and Data


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PDF CS61535A CS61535 CS61535A T1/PCM-30 28-pin cM-30 PCM-30
SM5819HQF

Abstract: subwoofer ic 41/PCM-9380/PCM-9386
Text: VSS MCK TOUT2 VDDL 35 34 33 32 31 30 29 28 27 26 25 , ± 0.1 3.3V ( 3.0 3.6V) 2.5V (2.3 2.7V) · -40°C 85°C · 48 QFP 0.5 ± 0.2 · , 3.3V 28 VSS - - - 29 EXIMCK I - 3.3V 30 VDDH - - 3.3V , 1 V DDH -0.3 4.0 V 2 VDDL -0.3 3.0 V (3.3V) V IN -0.3 V DDH + 0.5 V PW 200 mW TSTG -55 125 °C 1 V DDH 3.0 3.6 V


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PDF SM5819HQF SM5819HQF 512fs 5792MHz, 32bit] 32bit 4fs/2fs/fs960 subwoofer ic 41/PCM-9380/PCM-9386
siemens isdn

Abstract: siemens 3FT
Text: (CEPT, PCM 30 ) and 1544 kbit/s (T1, PCM 24) PCM · Meets newest CCITT Rec's (G703, 704, 732, 733, Nov. 1984) and AT&T technical advisories (DMI, April 1985) · Programmable formats for: PCM 30 : Doubleframe , support of the synchronization algorithm recommended by FTZ (PCM 30 , Deutsche Bundespost). There are no , . General Additions to PCM 30 Mode · Slip direction indication [RSR.SDI], · Extended HDB3 error detection , 36 ] ACKNLQ/XSIG 1 35 JRESQ 34 ] XDI 1 33 3 RQIO/XRCLK 1 32 3 SYPQ 31 3 RDIP 30 3 RDIM 29 3 RRCLK


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PDF fl23Sfc Q67100-H8358 Q67100-H8684 Q67100-H8359 2035-C 2035-N 2035-P 24-channel 32-channel T-75-11-29 siemens isdn siemens 3FT
SM5819AF

Abstract: subwoofer ic CORE38 41/PCM-9380/PCM-9386
Text: 35 34 33 32 31 30 29 28 27 26 25 / · PCM , BCK, LRCK 3 , ) (Unit : mm) · 2 9 ± 0.4 + 0.075 0.125 - 0.025 7 ± 0.1 7 ± 0.1 3.3V ( 3.0 3.6V) 2.5V , EXIMCK I - 3.3V 30 VDDH - - 3.3V I/O 31 EXIBCK I S 3.3V , 0.3 3.0 V (3.3V) V IN - 0.3 V DDH + 0.5 V PW 200 mW TSTG - 55 125 °C 1 V DDH 3.0 3.6 V 2 VDDL 2.3 2.7 V T OPR -


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PDF SM5819AF SM5819AF 512fs 5792MHz, 32bit] 32bit 4fs/2fs/fs480 subwoofer ic CORE38 41/PCM-9380/PCM-9386
CXD2752R

Abstract: CXD2752 SM5816AF COEF10
Text: / SM5816AF DSD/PCM 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 , I/O 30 VSS3 - - - - GND 3 31 VDD3 - - - - 3 32 , VDD 3.0 3.6 V T OPR - 20 70 °C DC VDD = 3.0 3.6V, VSS = 0V, TOPR = - 20 , Type1: (*4) Pull-Down SEIKO NPC CORPORATION -6 SM5816AF AC VDD = 3.0 3.6V, VSS = , 40 88.58 ns 2fs BCK t F2BCY 80 177.15 (1/128fs) ns Word CK tPLBS 30


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PDF SM5816AF SM5816AF 6fs-32bit/IIS CXD2752R SM5816 8fs-24bit/32bit CXD2752R CXD2752 COEF10
subwoofer amplifier circuit diagram

Abstract: low pass subwoofer circuit diagram subwoofer circuit diagram 41/PCM-9380/PCM-9386 subwoofer filter circuits subwoofer filter circuit diagram subwoofer filter circuit subwoofer circuit subwoofer amplifier by pass subwoofer circuit diagram
Text: EXIBCK VDDH EXIMCK VSS MCK TOUT2 VDDL 36 35 34 33 32 31 30 29 , switching function External/Internal system clock output switching 3.3V ( 3.0 to 3.6V) and 2.5V (2.3 to , External system clock input 30 VDDH - - 3.3V I/O power supply 31 EXIBCK I S , VDDH ­0.3 to 4.0 V Supply voltage 2 VDDL ­0.3 to 3.0 V Input voltage (3.3V) VIN , Rating Unit Supply voltage 1 VDDH 3.0 to 3.6 V Supply voltage 2 VDDL 2.3 to 2.7


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PDF SM5819HQF SM5819HQF NC0407AE subwoofer amplifier circuit diagram low pass subwoofer circuit diagram subwoofer circuit diagram 41/PCM-9380/PCM-9386 subwoofer filter circuits subwoofer filter circuit diagram subwoofer filter circuit subwoofer circuit subwoofer amplifier by pass subwoofer circuit diagram
14L SMF

Abstract: AK2301B 314dB
Text: DVSS - 4 2 1 3 30 29 FS BCLK DX DR MUTEN SLEEP I I O I I I CMOS CMOS , NOUT 3 DR 30 MUTEN 29 SLEEP 20 VREF 23 PLLCAP <MS0599-J , min typ max VDD 3.0 3.3 3.6 V / Ta -40 85 MCLK -1.0% 26 +1.0% MHz *) VSS0V *)CODECMCLKPLL256KHz/512KHz(PLLOUT) 8kHz(FS) BCLKPLLOUT MCLKSLEEP'1' VDD = + 3.0 V~+3.6VTa = -40+85MCLK=26MHz , , Short Frame) Ta=-40 to +85, VDD = 3.0 ~3.6V, VSS = 0V, FS=8kHz VOH = 0.8VDDVOL = 0.4V VIH =


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PDF AK2301BX] AK2301BX AK2301B8kHzPCM 32QFN 26MHz, 256KHz/ 512KHz 29MHz/12 288MHz) 14bit 14L SMF AK2301B 314dB
2001 - E1 PCM CODEC

Abstract: IDT821024 IDT821024-XL E1 PCM encoder
Text: CODEC VOUT1 CNF PDN1 PDN2 PDN3 PDN4 MCLK 4 3 2 1 32 31 30 , I1IN1 I1IN2 I1IN3 I1IN4 O MCLK I 30 PCLK I 29 TSC O 28 I 4 7 11 , Distortion Ratio Input level=+3 dBm0 to ­ 30 dBm0 Input level=- 30 dBm0 to ­40 dBm0 Input level=-40 dBm0 to ­45 dBm0 Transmit / Receive Signal to Total Distortion Ratio Input level=+3 dBm0 to ­ 30 dBm0 Input level=- 30 dBm0 to ­40 dBm0 Input level=-40 dBm0 to ­45 dBm0 Min Typ Max 35.5 31 27


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PDF IDT821024 IDT821024DS Page-13 IDT821024-XL Page-14 E1 PCM CODEC IDT821024 E1 PCM encoder
CS61534

Abstract: CS61535-IL CS61535-IL1 CS61535-IP CS61535-IP1 PCM-30
Text: Interface r^-rs^/z-z? Features • Provides Analog PCM Line Interface for T1 and PCM-30 Applications â , functions for a T1/ PCM-30 Interface in a single 28 pin device. The line interface operates from a single 5 , equipment to a CSU. • Interfacing to PCM-30 links. Ordering Information CS61535-IP 28 Pin Plastic DIP T1 only CS61535-IP1 28 Pin Plastic DIP T1 & PCM-30 CS61535-IL 28 Pin PLCC (j-leads) T1 only CS61535-IL1 28 Pin PLCC (¡-leads) T1 & PCM-30 Block Diagram XTALIN XTALOUT (CLKE) (INT) (SDÌ) (SDO) MODE


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PDF 254b324 00Q2G01 CS61535 PCM-30 CS61534 CS61535 T1/PCM-30 CS61535-IP CS61535-IP1 CS61535-IL CS61535-IL1
2002 - Not Available

Abstract: No abstract text available
Text: CONFIGURATIONS VOUT1 MCLK 30 PDN1 PDN2 PDN3 32 PDN4 31 CNF 3 4 2 1 IIN1 IIN2 VOUT2 VCCA IREF AGND , FSX1 FSR2 44-Pin TQFP 30 29 28 27 26 25 24 23 VOUT4 IIN4 NC NC A/µ NC FSR4 , 7 5 30 27 26 Description Analog Ground. All ground pins should be connected to the ground plane of , 11 14 5 6 12 13 43 2 10 13 44 1 11 12 I MCLK I 30 35 PCLK I 29 34 , level = 0 dBm0 Input level = - 30 dBm0 Input level = -40 dBm0 Input level = -45 dBm0 µ-law : Input level


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PDF IDT821024 IDT821024 com/docs/PSC4008 com/docs/PSC4046
subwoofer amplifier circuit diagram

Abstract: subwoofer circuit diagram low pass subwoofer circuit diagram subwoofer filter circuit NC0210BE subwoofer filter circuits subwoofer filter circuit diagram subwoofer circuit subwoofer amplifier ECWH V
Text: EXIBCK VDDH EXIMCK VSS MCK TOUT2 VDDL 36 35 34 33 32 31 30 29 , switching function External/Internal system clock output switching 3.3V ( 3.0 to 3.6V) and 2.5V (2.3 to , External system clock input 30 VDDH - - 3.3V I/O power supply 31 EXIBCK I S , 4.0 V Supply voltage 2 VDDL ­ 0.3 to 3.0 V Input voltage (3.3V) VIN ­ 0.3 to , Rating Unit Supply voltage 1 VDDH 3.0 to 3.6 V Supply voltage 2 VDDL 2.3 to 2.7


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PDF SM5819AF SM5819AF 48teed NC0210BE subwoofer amplifier circuit diagram subwoofer circuit diagram low pass subwoofer circuit diagram subwoofer filter circuit NC0210BE subwoofer filter circuits subwoofer filter circuit diagram subwoofer circuit subwoofer amplifier ECWH V
1989 - TCM29C14A

Abstract: No abstract text available
Text: channel (single ended) 0 ≤ f < 30 kHz 30 ≤ f < 50 kHz 0 ≤ f < 30 kHz 30 ≤ f < 50 kHz 0 ≤ f < 30 kHz 30 ≤ f < 50 kHz 0 ≤ f < 30 kHz 30 ≤ f < 50 kHz MIN TYP†Idle channel , ‰¥ ANLG IN+ ≥ – 30 dBm0 Receive signal-to-distortion ratio, sinusoidal R i i l t di t ti ti i id l in ut G.712 input (CCITT G 712 – Method 2) – 30 > ANLG IN+ ≥ – 40 dBm0 36 30 – 40 > ANLG IN+ ≥ – 45 dBm0 UNIT 25 – 30 > ANLG IN+ ≥ – 40 dBm0 MAX 30


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PDF TCM29C13A, TCM29C14A, TCM29C16A, TCM29C17A, TCM129C13A, 129C14A, TCM129C16A, TCM129C17A SCTS030E TCM2910A TCM29C14A
1986 - TCM2912C

Abstract: TCM29CXX TCM129C17 TCM2910A TCM29C13 FSX56 TCM29C16 TCM29C17 TCM129C13 TCM129C14
Text: supply-voltage rejection ratio, supply voltage receive channel (single ended) TEST CONDITIONS 0 f < 30 kHz 30 f < 50 kHz 0 f < 30 kHz 30 f < 50 kHz 0 f < 30 kHz 30 f < 50 kHz 0 f < 30 kHz 30 f , 200 mV(peak to peak), (peak-to-peak) Narrow band, f measured at PWRO + UNIT ­ 30 Idle channel, Supply signal = 200 mV(peak to peak), (peak-to-peak) f measured at PWRO + MAX ­ 30 ­ , ANLG IN+ ­ 30 dBm0 36 30 UNIT 25 ­ 40 dBm0 > ANLG IN+ ­ 45 dBm0 MAX 30 ­ 40


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PDF TCM29C13, TCM29C14, TCM29C16, TCM29C17, TCM129C13, TCM129C14, TCM129C16, TCM129C17 SCTS011G TCM2910A TCM2912C TCM29CXX TCM129C17 TCM29C13 FSX56 TCM29C16 TCM29C17 TCM129C13 TCM129C14
ak2300

Abstract: 3085F TwB 75
Text: 14bitPCM(16bit ) A/D D/A A-law/µ-law 16QFN 3.0 *3.0mm(0.5mm ) PCM , VSS Pull down 100K±50K 0.1uF 0.056uF± 30 ( ) VSS Open *1)ACVFTN *2) *3)"H"VDD , VDD / LVDD *1) Ta FS *2) VSS0V *1)VDDLVDD *2)CODEC8kHz min 2.6 1.7 - 30 -1.0% , /9 [AK2300] PCM Ta=- 30 to +85, VDD = 2.6~3.6V,LVDD=+1.7V~+3.6VVDDLVDD, VSS = 0V, FS=8kHz VOH , -0.8 -0.15 -0.8 typ max - 30 -26 0 0.15 0 -14 0.15 0 -14


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PDF AK2300] AK2300 8kHz8bit/14bit 14bitPCM 16bit 16QFN 642048kHz MS0997-J-00> ak2300 3085F TwB 75
1989 - TCM29C14A

Abstract: 29c17A TCM29C TCM2911 Analog rotary encoder TCM2911A TCM29C13A TCM129C14A TCM129C17A TCM2910A
Text: channel (single ended) TEST CONDITIONS 0 f < 30 kHz 30 f < 50 kHz 0 f < 30 kHz 30 f < 50 kHz 0 f < 30 kHz 30 f < 50 kHz 0 f < 30 kHz 30 f < 50 kHz MIN TYP Idle channel, Supply , ANLG IN+ ­ 30 dBm0 Receive signal to distortion ratio sinusoidal signal-to-distortion ratio, G.712 input (CCITT G 712 ­ Method 2) ­ 30 > ANLG IN+ ­ 40 dBm0 36 30 ­ 40 > ANLG IN+ ­ 45 dBm0 UNIT 25 ­ 30 > ANLG IN+ ­ 40 dBm0 MAX 30 ­ 40 > ANLG IN+ ­ 45 dBm0 0 ANLG IN+ ­ 30


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PDF TCM29C13A, TCM29C14A, TCM29C16A, TCM29C17A, TCM129C13A, TCM129C14A, TCM129C16A, TCM129C17A SCTS030C TCM2910A TCM29C14A 29c17A TCM29C TCM2911 Analog rotary encoder TCM2911A TCM29C13A TCM129C14A TCM129C17A
2001 - CHN 530

Abstract: chn 723 chn 448 CHN 727 TSMC sram1 chn 711 CS4130 CS4125 CS4180 CS4191
Text: Videoconferencing ­ Voicemail systems ­ PBXs 1 Applies to CS4110- 30 and CS4190. Amount of memory is , clock cycle in the CS4180 to 16 clock cycles in the CS4110- 30 ) and the simple core interface allows , CS4110- 30 cores, 1 clock cycle in the CS4180 and 6 clock cycles in the CS4190/91. The CS4180 operates in , stored in the memory of the ADPCM core. To reduce the width of the data bus in the CS4110- 30 and to , found in Table 1. In the CS4110- 30 ASVCs, the core reads the coding states from the memory in the


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PDF CS4100 CS4100 DS4100-b CHN 530 chn 723 chn 448 CHN 727 TSMC sram1 chn 711 CS4130 CS4125 CS4180 CS4191
2001 - chn 723

Abstract: TSMC 180nm dual port sram chn 448 CHN 727 chn 501 chn 711 CHN 450 TSMC 180nm single port sram tsmc 180nm sram TSMC 180nm
Text: to CS4110- 30 and CS4190. Amount of memory is dependent upon the maximum number of channels supported , latency (ranging from 1 clock cycle in the CS4180 to 16 clock cycles in the CS4110- 30 ) and the simple , codec. 16 clock cycles in the CS4110- 30 cores, 1 clock cycle in the CS4180 and 6 clock cycles in the , ADPCM core. To reduce the width of the data bus in the CS4110- 30 and to enable the core to complete an , memory requirements for the members of the CS4100 family are found in Table 1. In the CS4110- 30 ASVCs


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PDF CS4100 CS4100 DS4100 chn 723 TSMC 180nm dual port sram chn 448 CHN 727 chn 501 chn 711 CHN 450 TSMC 180nm single port sram tsmc 180nm sram TSMC 180nm
2003 - Not Available

Abstract: No abstract text available
Text: PDN3 PDN4 MCLK 4 3 2 1 32 31 30 PIN CONFIGURATIONS 5 29 PCLK , NC NC 3 31 TSC NC 4 30 DGND VCCA 5 29 NC IREF 6 28 DX , 30 Digital Ground. All ground pins should be connected to the ground plane of the circuit board , the FSX frequency. I 30 PCLK I 29 34 PCM Clock. The PCM Clock shifts out the PCM , 0 dBm0 Input level = - 30 dBm0 Input level = -40 dBm0 Input level = -45 dBm0 µ-law : Input


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PDF IDT821024 IDT821024
1989 - TCM29C14A

Abstract: TCM2911A TCM129C13A TCM29C17A TCM29C16A TCM29C13A TCM2910A TCM129C17A TCM129C16A TCM2912
Text: ) TEST CONDITIONS 0 f < 30 kHz 30 f < 50 kHz 0 f < 30 kHz 30 f < 50 kHz 0 f < 30 kHz 30 f < 50 kHz 0 f < 30 kHz 30 f < 50 kHz MIN TYP Idle channel, Supply signal = 200 mV(peak to , free-air temperature PARAMETER TEST CONDITIONS MIN 0 ANLG IN+ ­ 30 dBm0 Receive , ) ­ 30 > ANLG IN+ ­ 40 dBm0 36 30 ­ 40 > ANLG IN+ ­ 45 dBm0 UNIT 25 ­ 30 > ANLG IN+ ­ 40 dBm0 MAX 30 ­ 40 > ANLG IN+ ­ 45 dBm0 0 ANLG IN+ ­ 30 dBm0 T it i l t di t ti


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PDF TCM29C13A, TCM29C14A, TCM29C16A, TCM29C17A, TCM129C13A, 129C14A, TCM129C16A, TCM129C17A SCTS030E TCM2910A TCM29C14A TCM2911A TCM129C13A TCM29C17A TCM29C16A TCM29C13A TCM129C17A TCM129C16A TCM2912
2006 - low pass subwoofer circuit diagram

Abstract: subwoofer amplifier circuit diagram by pass subwoofer circuit diagram subwoofer circuit subwoofer filter circuits SM5819HQF 41/PCM-9380/PCM-9386
Text: EXIBCK VDDH EXIMCK VSS MCK TOUT2 VDDL 36 35 34 33 32 31 30 29 , switching function External/Internal system clock output switching 3.3V ( 3.0 to 3.6V) and 2.5V (2.3 to , External system clock input 30 VDDH - - 3.3V I/O power supply 31 EXIBCK I S , Supply voltage 2 VDDL ­0.3 to 3.0 V Input voltage (3.3V) VIN ­0.3 to VDDH + 0.5 V , voltage 1 VDDH 3.0 to 3.6 V Supply voltage 2 VDDL 2.3 to 2.7 V Operating


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PDF SM5819HQF SM5819HQF NC0407BE low pass subwoofer circuit diagram subwoofer amplifier circuit diagram by pass subwoofer circuit diagram subwoofer circuit subwoofer filter circuits 41/PCM-9380/PCM-9386
2001 - IDT821024

Abstract: No abstract text available
Text: PDN3 PDN4 MCLK 4 3 2 1 32 31 30 PIN CONFIGURATIONS IIN1 5 29 , be connected to VCCD or DGND pin directly. MCLK I 30 PCLK I 29 TSC O 28 , Ratio A-law : Input level = 0 dBm0 Input level = - 30 dBm0 Input level = -40 dBm0 Input level = -45 dBm0 µ-law : Input level = 0 dBm0 Input level = - 30 dBm0 Input level = -40 dBm0 Input level = -45 dBm0 Receive Signal to Total Distortion Ratio A-law : Input level = 0 dBm0 Input level = - 30 dBm0


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PDF IDT821024 IDT821024 com/docs/PSC4008
2006 - SMD p05

Abstract: No abstract text available
Text: detailenlargement 2s 3s t 30 60 90 120 150 180 210 240 [sec] Temperature/time , .5 9.0 p0.5 9.0 p0.5 9.0 p0.5 9.0 p0.5 Hold-down tape position W2 0.5 to 3.0 max. 0.5 to 3.0 max. 0.5 to 3.0 max. 0.5 to 3.0 max. 0.5 to 3.0 max. 0.5 to 3.0 max. 0.5 to 3.0 max. 4.0 p0.2 * 38.1 p1.5 or 50.8 p1.5 Feed hole diameter D0 4.0 p0.2 4.0 p0 , 2.0 max. p 2.0 max. p 3.0 max. p 3.0 max. p 3.0 max. p 3.0 max. p 3.0 max. 0.7 p0


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PDF 2002/95/EC E12-values mm/20 SMD p05
2006 - SM5819AF

Abstract: 41/PCM-9380/PCM-9386
Text: EXIBCK VDDH EXIMCK VSS MCK TOUT2 VDDL 36 35 34 33 32 31 30 29 , switching function External/Internal system clock output switching 3.3V ( 3.0 to 3.6V) and 2.5V (2.3 to , External system clock input 30 VDDH - - 3.3V I/O power supply 31 EXIBCK I S , Supply voltage 2 VDDL ­ 0.3 to 3.0 V Input voltage (3.3V) VIN ­ 0.3 to VDDH + 0.5 V , voltage 1 VDDH 3.0 to 3.6 V Supply voltage 2 VDDL 2.3 to 2.7 V Operating


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PDF SM5819AF SM5819AF NC0210CE 41/PCM-9380/PCM-9386
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