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0560868000 0560868000 ECAD Model Molex 2.0 WTW PLG TERM CHN
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chn 711 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2001 - CHN 530

Abstract: chn 723 chn 448 CHN 727 CS4125 CS4130 chn 711 TSMC sram1 CS4100 CS4110
Text: techniques are the European A-law PCM and the American µ-law PCM, both found in the CCITT G. 711 standard , standard G. 711 , to 2, 3, 4 or 5-bit ADPCM format. These are 8-bit µ-law or Alaw logarithmic PCM, 14 , signal. This decoding is performed according to the G. 711 standard. LOGARITHMIC PCM/UNIFORM PCM , format to an 8-bit A- or µ-law logarithmic PCM signal. This encoding is performed according to the G. 711 , CHN Uniform/ non-uniform CLK MODE* Uniform/ non-uniform A-law/ µ-law Data output


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PDF CS4100 CS4100 DS4100-b CHN 530 chn 723 chn 448 CHN 727 CS4125 CS4130 chn 711 TSMC sram1 CS4110
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: American µlaw PCM, both found in the CCITT G. 711 standard. The data rate can be further reduced through , format, as specified by ITU standard G. 711 , to 2, 3, 4 or 5-bit ADPCM format. These are 8bit µ-law or , -bit A-law or 14-bit µ-law uniform PCM signal. This decoding is performed according to the G. 711 standard , performed according to the G. 711 standard. ADPCM TRANSCODING ENGINE The primary encoding and decoding , Logarithmic PCM input PCM input Expander S DSS Reset & Configuration CFG RST CLR CHN


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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
chn 723

Abstract: chn 711 256-Channel-ADPCM CHN 727 chn 726
Text: Data input S [13:0] Channel Configuration and Coding Control EW[1:0] PCM EDC DSS CHN [7:0] CFG , of PCM format, as specified by ITU standard G. 711 , to 2, 3, 4 or 5-bit ADPCM format. These are 8 , -bit A-law or 14-bit µ-law uniform PCM signal. This decoding is performed according to the G. 711 , according to the G. 711 standard. February 26, 2001 3-73 256-Channel ADPCM Channel Configuration , , CHN , PCM, G726 and EW, are latched on the clock rising edge when DSS is HIGH and BSY is LOW. ·


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PDF 256-Channel simplex/128 chn 723 chn 711 256-Channel-ADPCM CHN 727 chn 726
chn 723

Abstract: g.711 simulation quantizer verilog code
Text: ] Channel Configuration and Coding Control EW[1:0] PCM EDC DSS CHN [7:0] CFG [7:0] RST CLR A-law/µ-law , the core can encode data from three types of PCM format, as specified by ITU standard G. 711 , to 2, 3 , -bit A-law or 14-bit µ-law uniform PCM signal. This decoding is performed according to the G. 711 standard , according to the G. 711 standard. Coding State Storage Memory The 1024 channel ADPCM algorithm requires , . · Other input control signals, namely, EDC, CHN , PCM, G726 and EW, are latched on the clock rising


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PDF 1024-Channel simplex/512 chn 723 g.711 simulation quantizer verilog code
2015 - CHN 550

Abstract: CHN 545 chn 710 CHN 712 chn 538 CHN 431 CHN 709 CHN 741 chn 738 chn 648 equivalent
Text: No file text available


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PDF 6004K12 ZNC-B10 ZN-B14 ZNC-B19 ZNC3-B22 ZNC-K19 VXI-11 CHN 550 CHN 545 chn 710 CHN 712 chn 538 CHN 431 CHN 709 CHN 741 chn 738 chn 648 equivalent
CHN 234 diode

Abstract: dali master schematic GRM188B31H104KA92D DMX RECEIVER diode chn 115 dali power supply circuit diagram dmx512 RK73B1 chn 711 dali schematic
Text: , reverse expected level of comparator output, set the CHn feedback flag INTCMPn interrupt processing , processing. Remark The CHn feedback flag is used to indicate whether the PWM output changing processing , Figure 2-5. Flowchart of Comparator Feedback (2/2) (Comparator n feedback processing: n = 0 to 2) CHn feedback processing No CHn feedback flag on? Yes No Expected level of comparator = "low"? Yes Set duty to lower level Set duty to higher level Clear the CHn feedback flag, clear the CMPn


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PDF G0706 CHN 234 diode dali master schematic GRM188B31H104KA92D DMX RECEIVER diode chn 115 dali power supply circuit diagram dmx512 RK73B1 chn 711 dali schematic
chn 711

Abstract: 0V358
Text: e chn o log y Inc COMM ER CIAL TEMPERATURE RANGE 0199G Integrated Device T e chnology Inc For , OCTOBER1996 DSC-2794/6 7.11 1 IDT7M4084 2M x 8 CMOS STATIC RAM MODULE COMMERCIAL TEMPERATURE , 7.11 2 IDT7M4084 2M x 8 CMOS STATIC RAM MODULE COMMERCIAL TEMPERATURE RANGE DATA RETENTION , 2. O u tp ut Load and tC L Z ) 7.11 IDT7M4084 2M x 8 CMOS STATIC RAM MODULE COMMERCIAL , guaranteed by design, but not tested. 7.11 4 IDT7M4084 2M x 8 CMOS STATIC RAM MODULE COMMERCIAL


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PDF 36-pin, IDT7M4084 chn 711 0V358
2009 - CHN 220 diode

Abstract: IRS2092 audio amplifier circuit diagram MLPQ48 ST CHN 226 X2B marking CHN 125 IRS2052M VX2B CHN 51 irs2092
Text: =-5V) VOsn CHn input offset voltage, n=1-2 -15 0 15 mV IBINn CHn input bias current, n=1-2 40 nA GBWn CHn small signal bandwidth, 9 MHz CCOMPn=1nF, n=1-2 Rfn=0 VCOMPn CHn OTA Output voltage, n=1-2 VAA-1 VSS+1 V gmn CHn OTA transconductance, n=1100 mS VIN-n=10mV 2 GVn CHn OTA gain, n=1-2 60 dB VNrmsn CHn OTA input noise voltage, 250 mVrms BW=20kHz, n=1-2 Resolution BW=22Hz Fig.5 SRn CHn slew rate, n=1-2 ±5 V/us CCOMPn=1nF CMRRn CHn common-mode rejection dB 60 ratio, n=1-2 PSRRn CHn supply voltage rejection ratio


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PDF IRS2052MPbF CHN 220 diode IRS2092 audio amplifier circuit diagram MLPQ48 ST CHN 226 X2B marking CHN 125 IRS2052M VX2B CHN 51 irs2092
2003 - CHN b42

Abstract: chn 743 pin of chn 743 chn 529 CHN 524 chn 729 CHN 849 CHN 616 CHN 847 RYM 17-18
Text: No file text available


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PDF ADSP-21065L I-127 I-128 16-bit CHN b42 chn 743 pin of chn 743 chn 529 CHN 524 chn 729 CHN 849 CHN 616 CHN 847 RYM 17-18
CHN 025

Abstract: No abstract text available
Text: ret CHA comp. – – Pin 3 CHN yellow CHB yellow CHB Pin 4 CHN comp. blue CHB comp. – – Pin 5 CHB pink CHN pink CHN Pin 6 CHB comp. grey CHN comp. – – Pin 7 n.c. white 0V white 0V Pin 8 CHA Cable , CHN inv. Pin 6 pink CHN Pin 7 blue CHB inv. Pin 8 red CHA inv. Connector , brown Pin 4 CHN comp. 0V Pin 3 90° Signals white Pin 2 CHN Core colour


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ic 4084

Abstract: No abstract text available
Text: D evice T e chn o log y Inc. COMMERCIAL TEMPERATURE RANGE © 1996 Integrated D evice T echnology , 110 12 450 Unit |j.A |j.A V V mA mA |j.A |SB1 2794 tbl 07 7.11 2 IDT7M4084 2M x 8 , to L Z , tc H Z , to H Z , tw H Z , Figure 2. Output Load tow and t c L z ) 7.11 3 , design, but not tested. 7.11 4 IDT7M4084 2M x 8 CMOS STATIC RAM MODULE COMMERCIAL , measured ±200m V from steady state. This parameter is guaranteed by design, but not tested. 7.11 5


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PDF IDT7M4084 36-pin, IDT7M4084 ic 4084
2009 - IRS2093

Abstract: IRS2093M IRS2093MTRPBF IRS2093MPBF 20v zener diode MARKING N14 chn 24 c 08 CLASS D AUDIO AMPLIFIER JESD51-5 MARKING Dt3
Text: =-5V) VOSn CHn input offset voltage, n=1-4 -18 0 18 mV IBINn CHn input bias current, n=1-4 40 nA GBWn CHn small signal bandwidth 9 MHz CCOMPn=1nF, www.irf.com © 2009 International Rectifier 7 IRS2093MPbF Rfn=0 VCOMPn gmn GVn VNrmsn CHn OTA Output voltage, n=1-4 CHn OTA transconductance, n=14 CHn OTA gain, n=1-4 CHn OTA input noise voltage, n=1-4 VAA-1 - 100 VSS+1 - V mS 60 , SRn CMRRn CHn slew rate, n=1-4 ±5 CHn common-mode rejection 60 ratio, n=1-4 PSRRn CHn supply


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PDF PD97380 IRS2093MPbF IRS2093 IRS2093M IRS2093MTRPBF IRS2093MPBF 20v zener diode MARKING N14 chn 24 c 08 CLASS D AUDIO AMPLIFIER JESD51-5 MARKING Dt3
2008 - chn 24 c 08

Abstract: No abstract text available
Text: =-5V, VS1=VS2=VS3=VS4=-5V, CSH1=CSH2=CHS3=CSH4=-5V, DT=OCSET=-5V) VOSn CHn input offset voltage, n=1-4 -18 0 18 mV IBINn CHn input bias current, n=1-4 40 nA GBWn CHn small signal bandwidth 9 MHz CCOMPn=1nF, www.irf.com © 2008 International Rectifier 7 IRS2093MPbF Rfn=0 VCOMPn gmn GVn VNrmsn CHn OTA Output voltage, n=1-4 CHn OTA transconductance, n=14 CHn OTA gain, n=1-4 CHn OTA input noise voltage , =1.2V 1.3+ Vs V Vs=200V, 0.6xVA V VSS =0V SRn CMRRn CHn slew rate, n=1-4 ±5 CHn


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PDF PD97380 IRS2093MPbF chn 24 c 08
2010 - irs2053m

Abstract: chn 24 c 08 irs2053 Diode n13 Ic n13 LT1028 equivalent CHN 65 CHN 150 MARKING N13 International Rectifier
Text: =-5V, DT=OCSET=-5V) VOSn CHn input offset voltage, n=1-3 -18 0 18 mV IBINn CHn input bias current, n=1-3 40 nA CHn small signal bandwidth CCOMPn=1nF, GBWn 9 MHz Rfn=0 VCOMPn CHn OTA Output voltage, n=1-3 VAA-1 VSS+1 V VIN-n=10mV CHn OTA transconductance, 100 mS gmn n=1-3 GVn CHn OTA gain, n=1-3 60 dB CHn OTA input noise voltage, BW=20kHz, n=1-3 Resolution VNrmsn 250 mVrms BW=22Hz Fig.5 SRn CHn slew rate, n=1-3 ±5 V/us CCOMPn=1nF CHn common-mode rejection 60 dB CMRRn


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PDF PD97438 IRS2053MPbF irs2053m chn 24 c 08 irs2053 Diode n13 Ic n13 LT1028 equivalent CHN 65 CHN 150 MARKING N13 International Rectifier
2010 - IRS2053M

Abstract: No abstract text available
Text: =5V, VSS=-5V, COM=COM2=VCC=VCC2=-5V, VS1=VS2=VS3=-5V, CSH1=CSH2=CHS3=-5V, DT=OCSET=-5V) VOSn CHn input offset voltage, n=1-3 -18 0 18 mV IBINn CHn input bias current, n=1-3 40 nA CHn small signal bandwidth CCOMPn=1nF, GBWn 9 MHz Rfn=0 VCOMPn CHn OTA Output voltage, n=1-3 VAA-1 VSS+1 V VIN-n=10mV CHn OTA transconductance, 100 mS gmn n=1-3 GVn CHn OTA gain, n=1-3 60 dB BW=20kHz, CHn OTA input noise voltage, Resolution n=1-3 250 mVrms VNrmsn BW=22Hz Fig.5 SRn CHn slew rate, n


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PDF PD97438 IRS2053MPbF IRS2053M
CHN 512

Abstract: CHN 314 1/CHN 852
Text: © 1999 S ilicon S to ra g e T e chn o log y, Inc. T h e S S T logo and S up e rFla sh are registered tra d e m a rks of S ilico n S to ra g e T e chn o log y, Inc. M P F is a tra d e m a rk of S ilico n sto ra g e T e chn o log y, Inc. 3 3 2 -0 6 2 /9 9 T h e se sp e cifica tio n s a re su bje ct , ignored. © 1999 S ilico n S to ra g e T e chn o log y, Inc. 3 32 -0 6 2/99 2 512 Kilobit , chn o log y, Inc. of BF H 0001H B 4H 3 32 PG M T 1 .0 Product Identification Mode Exit


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PDF SST39SF512 CHN 512 CHN 314 1/CHN 852
Not Available

Abstract: No abstract text available
Text: green CHA Pin 2 +Vs ret CHA comp. – – Pin 3 CHN yellow CHB yellow CHB Pin 4 CHN comp. blue CHB comp. – – Pin 5 CHB pink CHN pink CHN Pin 6 CHB comp. grey CHN comp. – – Pin 7 n.c. white 0V , Connector M12, 8-pin / 5-pin for connection reference -N 05A yellow CHB grey CHN inv. pink CHN Pin 7 blue CHB inv. Pin 8 red CHA inv. Connector Core colour* Signals


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PDF
2009 - ST CHN 226

Abstract: CHN 220 diode
Text: =-5V, DT=OCSET=-5V) VOsn CHn input offset voltage, n=1-2 -15 0 15 mV IBINn CHn input bias current, n=1-2 40 nA GBWn CHn small signal bandwidth, 9 MHz CCOMPn=1nF, n=1-2 Rfn=0 VCOMPn CHn OTA Output voltage, n=1-2 VAA-1 VSS+1 V gmn CHn OTA transconductance, n=1100 mS VIN-n=10mV 2 GVn CHn OTA gain, n=1-2 60 dB VNrmsn CHn OTA input noise voltage, 250 mVrms BW=20kHz, n=1-2 Resolution BW=22Hz Fig.5 SRn CHn slew rate, n=1-2 ±5 V/us CCOMPn=1nF dB CMRRn CHn common-mode rejection 60


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PDF IRS2052MPbF ST CHN 226 CHN 220 diode
2009 - Not Available

Abstract: No abstract text available
Text: =-5V, VS1=VS2=VS3=VS4=-5V, CSH1=CSH2=CHS3=CSH4=-5V, DT=OCSET=-5V) VOSn CHn input offset voltage, n=1-4 -18 0 18 mV IBINn CHn input bias current, n=1-4 40 nA GBWn CHn small signal bandwidth 9 MHz CCOMPn=1nF, www.irf.com © 2009 International Rectifier 7 IRS2093MPbF Rfn=0 VCOMPn gmn GVn VNrmsn CHn OTA Output voltage, n=1-4 CHn OTA transconductance, n=14 CHn OTA gain, n=1-4 CHn OTA input noise voltage , =1.2V 1.3+ Vs V Vs=200V, V VSS =0V SRn CMRRn CHn slew rate, n=1-4 ±5 CHn common-mode


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PDF PD97380 IRS2093MPbF
2009 - DIODE N1100

Abstract: IRS2092 CHN 220 diode IRS2052M
Text: =5V, VSS=-5V, COM=COM2=VCC=VCC2=-5V, VS1=VS2=CSH1=CSH2=-5V, DT=OCSET=-5V) VOsn CHn input offset voltage, n=1-2 -15 0 15 mV IBINn CHn input bias current, n=1-2 40 nA GBWn CHn small signal bandwidth, 9 MHz CCOMPn=1nF, n=1-2 Rfn=0 VCOMPn CHn OTA Output voltage, n=1-2 VAA-1 VSS+1 V gmn CHn OTA transconductance, n=1100 mS VIN-n=10mV 2 GVn CHn OTA gain, n=1-2 60 dB VNrmsn CHn OTA input noise voltage, 250 mVrms BW=20kHz, n=1-2 Resolution BW=22Hz Fig.5 SRn CHn slew rate, n


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PDF IRS2052MPbF IRS2052M IRS2092 IRS2052M DIODE N1100 CHN 220 diode
2000 - CHN 535

Abstract: CHN 321 chn 711
Text: N I M L I L A E C I R P CHN TE DATA FUNCTIONAL BLOCK DIAGRAM MEMORY BLOCK PROGRAM ROM 4K 24 , change without notice. Y R A N I M L I L A E C I R P CHN TE DATA 4 ­120 ­10 90 10 90 ­10 ­10 32 55 , subject to change without notice. Y R A N I M L I L A E C I R P CHN TE DATA 10,000 10 0 ­40 85 +85 , Applies after power-up sequence is complete. Y R A N I M L I L A E C I R P CHN TE DATA 5 tCK1 tCK , Y R A N I M L I L A E C I R P CHN TE DATA CLKOUT t CC t CC t SCK SCLK t SCS t SCH


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PDF ADSP-21xx 24-Bit 16-Bit Memory0926 28-Lead CHN 535 CHN 321 chn 711
2002 - chn series

Abstract: sht21
Text: CHN STD CHN STD CHN STD CHN STD CHN STD CHN STD CHN STD SMA SMA SMA SMA BMA BMA BMA BMA N N N N TNC , Termination 18 4 4 4 4 4 4 4 4 4 4 4 4 18 18 CHN STD CHN STD CHN STD CHN STD CHN STD CHN STD CHN STD CHN


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PDF SHT-2172-M0-SMA-02 SHT-2173-F0-BMA-02 SHT-2174-M0-NNN-02 SHT-2175-M0-TNC-02 SHT-2176-M0-BNC-10 SHT-2177-M0-SC0-02 SHT-2178-M0-HN0-0PN-2188-MCHN0-02 OPN-2189-007MM-02 OPN-2189-0C7MM-02 chn series sht21
baumer ch

Abstract: baumer
Text: 2 channel complementary RS 422 MDFK 08T7101 output signals RS 422 CHA CHA CHB CHB CHN CHN 3 channel version with zero pulse CHN / CHN color abbreviation signals brown BN , white WH (2 channel version without zero pulse CHN / CHN ) 2 channel complementary RS 422 BN


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PDF 8-/10-fold 08T7101 baumer ch baumer
baumer ch

Abstract: Baumer mdfk 08 baumer 08T8101 sensor Baumer Magnetic Sensors
Text: CHB CHN CHN 3 channel version with zero pulse CHN / CHN CH B blue BU PK CHN / CHN


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PDF 8-/10-fold 08T8101 baumer ch Baumer mdfk 08 baumer 08T8101 sensor Baumer Magnetic Sensors
BHK 16.05A2048-M6-5

Abstract: BHK 16.05A120-B6-5
Text: €“ Pin 5 grey CHN compl. pink CHN pink CHN Pin 6 pink CHN grey CHN compl , CHA Pin 5 grey CHN CHA comp. *these core colours are valid for the assembled mating connectors (see accessories) 5 6 7 CHB 4 3 8 1 2 3 4 2 5 1 90° CHN comp. Counter clockwise rotating direction when looking at the flange. 24K CHA CHB CHN 90° 3 www.baumer.com/motion 13/2/2014 CHN Subject to modification in technic and design. Errors and omissions


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