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chn 725

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: ) ,17(558379(&725 $''5(66(6 Figure F-0. Table F-0. Listing F-0. Table F-1 lists all , 0 0 0 1 1 SPT1I SPORT1 xmit A/B DMA chn 6/7 RSTI Reset (nonmaskable, read-only) SPT0I SPORT0 xmit A/B DMA chn 4/5 SOVFI Stack Full/Overflow TMZHI Timer Expired (high priority) SPR1I SPORT1 rcv A/B DMA chn 2/3 VIRPTI Multiprocessor Vector interrupt SPR0I SPORT0 Rcv A/B DMA chn 0/1 IRQ2I IRQ2 Asserted IRQ0I IRQ0 Asserted IRQ1I IRQ1 Asserted Figure F Analog Devices
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ADSP-21065L CHN23 chn45 CB15I
Abstract: d b y T e chn o log y 1N 6 81 5R (MSASC25H45KR) Electrical Parameters DESCRIPTION Reverse , mV 45 300 100 375 430 510 740 480 360 525 725 55 50 580 600 PF PF V V V Analog Devices
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CHN b42 chn 743 pin of chn 743 chn 529 CHN 524 chn 729 RND32 I-127 I-128
Abstract: EUPEC T 158 S 5EE ]> â  34G35«Ì7 0DDDM7S GST «UPEC 7=25-/? Typenreihe/Type range 200 * 400 600 800 900 1000 1100 1200 1300* Elektrische Eigenschaften Höchstzulässige Werte Electrical properties Maximum permissible values Vdrm 200. .1300 V Vrrm 200. .1300 V 'trmsm 400 A Itavm tc =85°C 158 A tc = 47-C 254 A Itsm t = 10 ms, tvi - 45°C 2650 A t = 10 ms, tvj = tvj max 2350 A , CHN 934 - Ms Anzugsdrvhmomcnt 10 Km TSyl - SctwouMn M6 â'¢ 36 CHN 64 â'¢ 56 V 61 M Für Bauelemente -
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ST CHN 510 chn 714 CHN 520 CHN 725 diode 1N6815 MSASC25H45K 1N6815R MSC1032A
Abstract: Resolution Integral Nonlinearity2 A Grade1 Unit 70 72 71 72.5 â'81 â'84 dB min dB typ , tCONVERT 1 SCLK 2 3 4 Z DOUT ZERO CHN MOD t8 THREE-STATE X 5 X , t9 CHN STY tQUIET DB0 THREE-STATE X X X X X 04351-0-006 t2 , AD7912/AD7922 are not going to be used in daisy-chain mode, it is recommended to keep STY and CHN the same (STY = CHN). In that case, the channel can be selected by tying DIN either high or low during a -
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T128F T670F chn 934 EUPEC tt 93 n chn64 EUPEC tt 93 n 14 CHN 618 chn 509 T-91-20 T158S T318F T698F A358S
Abstract: Power Bandwidth DC ACCURACY Resolution Integral Nonlinearity2 A Grade1 Unit 70 72 71 72.5 , DOUT ZERO CHN MOD t8 THREE-STATE X 5 X 13 14 DB11 15 16 t5 t7 t4 t3 DIN B t6 DB10 DB2 t10 DB1 t9 CHN STY tQUIET DB0 , going to be used in daisy-chain mode, it is recommended to keep STY and CHN the same (STY = CHN). In , . -72.79 -72.35 -72.2 To summarize: -72.68 -72.88 CHN = 0, Channel 0 selected for next Analog Devices
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TRANSISTOR chn 602 CHN 525 chn 038 TRANSISTOR A8303 CHN 450 CHN 804 10-/12-B 10-/12-BIT EVAL-AD7922 D04351
Abstract: 71.5 72.5 -81 -84 -84 -86 10 30 90 8.5 1.5 12 ±1.5 ±0.7 -0.9/+1.5 -0.7/+1.2 ±1 ±0.1 ±0.5 ±TBD ±1.5 ±0.5 , . t1 CS t2 SCLK 1 2 3 4 tCONVERT t6 5 13 B 14 15 16 t3 DOUT DIN 3-STATE Z X ZERO X CHN , 04351-0-007 t8 CHN t9 STY X Figure 6. AD7922 Serial Interface Timing Diagram CS t2 SCLK 1 2 , identifier bit, which identifies the channel to be converted on in the next conversion, VIN0 (CHN = 0) or VIN1 (CHN = 1). The fourth MSB, STY, is related to the mode of operation of the device. To keep the Analog Devices
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chn 734 CHN 602 CHN T4 chn 728 CHN 736 CHN 047
Abstract: V or VDD A Grade1 70 72 71 72.5 -81 -84 -84 -86 10 30 90 8.5 1.5 12 ±1.5 ±0.7 Unit dB min dB typ dB , 2 3 4 tCONVERT t6 5 13 B 14 15 16 t3 DOUT DIN Z X ZERO X CHN MOD THREE-STATE t4 DB11 t7 DB10 X DB2 X t5 DB1 X DB0 t10 tQUIET 04351-0-006 04351-0-007 t8 CHN t9 STY X , the mode of operation of the device. To keep the AD7912/ AD7922 in daisy-chain mode, the CHN and STY bits have to be inverted during the conversions (STY CHN). A conversion with STY = CHN on the input Analog Devices
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SCR PIN CONFIGURATION CHN 035 chn 720 chn 72.9 chn 732 PR04351
Abstract: of Integrated D e vice T e chn o log y, Inc. COMMERCIAL TEMPERATURE RANGE 1997 Integrated D e vice T e chn o log y, Inc. FEBRUARY 1997 1 IDT74FST163232 16-BIT SYNCHRONOUS 2:1 MUX/DEMUX , 2:1 Mux 74 -40°C to +85°C 3511 Idrw 08 Integrated D evice T e chn o log y, Inc. re se , JEDEC VARIATION JEDEC VARIATION A6 MIN .095 .008 .088 NOM .102 .012 .090 .725 .405 .295 56 MAX .110 Analog Devices
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AD9218-40 8303D chn 726 AD7190 CODE SPORT
Abstract: Floating-State Output Capacitance3 Output Coding A Grade 1 Unit 70 72 71 72.5 â'81 â'84 dB , Figure 7. t1 CS tCONVERT 1 SCLK 2 3 4 Z DOUT ZERO CHN X X 13 , DB2 t10 DB1 DB0 THREE-STATE t9 CHN X X X X X tQUIET X , = 72.73dB THD = â'"83.30dB SFDR = â'"86.15dB VDD = 4.75V â'"55 â'"72.0 VDD = 2.35V â'"72.5 , converted on in the next conversion, VIN0 (CHN = 0) or VIN1 (CHN = 1). MSB â'72.68 â'72.88 X Rohde & Schwarz
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CHN 550 CHN 431 chn 538 CHN 545 chn 710 CHN 712 6004K12 ZNC-B10 ZN-B14 ZNC-B19 ZNC3-B22 ZNC-K19
Abstract: Floating-State Output Capacitance3 Output Coding A Grade1 Unit 70 72 71.5 72.5 â'81 â'84 dB , tCONVERT 1 SCLK 2 3 4 DIN Z ZERO X 3-STATE 5 CHN X X DB11 t8 , CHN X X X X X tQUIET 3-STATE 04350-0-006 t2 X Figure 6. AD7921 Serial , THD = â'"83.30dB SFDR = â'"86.15dB VDD = 4.75V â'"55 â'"72.0 VDD = 2.35V â'"72.5 â , converted on in the next conversion, VIN0 (CHN = 0) or VIN1 (CHN = 1). MSB X LSB X CHN X -
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chn 627 chn 810 chn 610 chn 630 b244a CHN 420 FST163 MIL-STD-883 FST163232 10-3M-20T0 46B5771 00E111S
Abstract: 12 ANG deg 87.6 84.8 81.5 79.2 76.3 74.5 72.5 71.2 69.4 68.7 69.0 70.8 72.3 73.4 76.3 81.0 86.6 94.9 , 2 . 0.1 fe chn cal d ra w n g $ a c c o r c in g to Q;N s p e c if ic a t io n s Analog Devices
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AD7911/AD7921 AD7911ARMZ AD7911ARMZ-REEL AD7911ARM-REEL7 AD7911ARMZ-REEL7 AD7911AUJZ-R2
Abstract: Capacitance3 Output Coding A Grade1 Unit 70 72 71 72.5 -81 -84 dB min dB typ dB min dB typ , tCONVERT 1 SCLK 2 3 4 Z DOUT ZERO CHN X X 13 14 15 16 t5 , DB0 THREE-STATE t9 CHN X X X X X tQUIET X 04350-0-006 t2 Figure , ­86.15dB VDD = 4.75V ­55 ­72.0 VDD = 2.35V ­72.5 ­75 VDD = 3.6V ­73.5 04350-0-009 , bit, which identifies the channel to be converted on in the next conversion, VIN0 (CHN = 0) or VIN1 Analog Devices
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AD7911/AD79211 AD7911ARM AD7911ARM-REEL AD7911AUJ-RL2 AD7911AUJ-REEL7 AD7921ARM
Abstract: Capacitance3 Output Coding A Grade 1 Unit 70 72 71 72.5 -81 -84 dB min dB typ dB min dB , Figure 7. t1 CS tCONVERT 1 SCLK 2 3 4 Z DOUT ZERO CHN X X 13 , DB2 t10 DB1 DB0 THREE-STATE t9 CHN X X X X X tQUIET X , ­86.15dB VDD = 4.75V ­55 ­72.0 VDD = 2.35V ­72.5 ­75 VDD = 3.6V ­73.5 04350-0-009 , bit, which identifies the channel to be converted on in the next conversion, VIN0 (CHN = 0) or VIN1 -
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chn 924 transistor chn 047 transistor chn 746 chn 832 transistor chn 848 CHN 709 S886T/S886TR H9279 S886T S886TR
Abstract: vice T e chn o log y, Inc. EXTENDED COMMERCIAL TEMPERATURE 1998 © 1 9 9 8 Integrated D e vice T e chn o log y, Inc. DSC-4681 1 IDT74FST32XL384 20 , VARIATION A6 MIN .095 .008 .088 NOM .102 .012 .090 .725 .405 .295 56 MAX .110 .016 .092 .730 .420 .299 Analog Devices
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chn 735 general cross references DB10 AD7911 REF195 MO-193BA MO-187AA AD7911AUJ-R2 AD7921ARM-REEL AD7921ARM-REEL7 AD7921AUJ-R2
Abstract: Ch2 ADC SDO To Host SDI SCLK Chn CS (1) REF 10 ÂuF REF5025 o/p 1 , input AINP or CHn to AGND â'"0.3 V(+VA) + 0.3 V Digital input To BDGND â'"0.3 7 , Signal-to-Noise and Distortion (dB) 73 Signal-to-Noise Ratio (dB) 72.5 72 71.5 71 70.5 70 69.5 69 10 30 50 70 90 110 130 72.5 72 71.5 71 70.5 70 69.5 69 10 150 30 , . Gain-Error Variation Across Channels Copyright © 2014, Texas Instruments Incorporated 72.5 72 Analog Devices
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transistor CHN 64 149 chn 7.2.9 AD7911AUJZ-REEL7 AD7921ARMZ AD7921ARMZ-REEL AD7921ARMZ-REEL7 AD7921AUJZ-R2 AD7921AUJZ-REEL7
Abstract: Ch2 ADC SDO To Host SDI SCLK Chn CS (1) REF 10 ÂuF REF5025 o/p 1 , input AINP or CHn to AGND â'"0.3 V(+VA) + 0.3 V Digital input To BDGND â'"0.3 7 , Signal-to-Noise and Distortion (dB) 73 Signal-to-Noise Ratio (dB) 72.5 72 71.5 71 70.5 70 69.5 69 10 30 50 70 90 110 130 72.5 72 71.5 71 70.5 70 69.5 69 10 150 30 , . Gain-Error Variation Across Channels Copyright © 2014, Texas Instruments Incorporated 72.5 72 -
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20-BIT FST32X FST32XL384 PSC-4039
Abstract: vice T e chn o log y, Inc. EXTENDED COMMERCIAL TEMPERATURE RANGE_ AUGUST 1998 © 1 9 9 8 Integrated D e vice T e chn o log y, Inc. D S C -4 7 0 8 1 , .088 NOM .102 .012 .090 .725 .405 .295 56 MAX .110 .016 .092 .730 .420 .299 LAND PATTERN DIMENSIONS Texas Instruments
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CHN 741 ADS7950-Q1 ADS7951-Q1 ADS7952-Q1 ADS7953-Q1 ADS7954-Q1 ADS7956-Q1
Abstract: . FUNCTIONAL BLOCK DIAGRAM Th e IDT logo Is a re gistered tra d e m a rk of Integrated D evice T e chn o log , chn o log y, Inc. OCTOBER 1998 DSC-2964/10 CMOS STATIC RAM 1 MEG (128K x 8-BIT) MILITARY , A2 D E El E2 N JEDEC VAR IATIO N AA M IN N O M M AX .131 .138 .145 .082 .045 .055 .720 .725 .730 Texas Instruments
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ADS7957-Q1 ADS7958-Q1 ADS7959-Q1 ADS7960-Q1 ADS7961-Q1 SBAS652
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