The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
TMS32C6203BGLS173H Texas Instruments Fixed-Point Digital Signal Processor 384-FCBGA
TMS32C6203BGLS173A Texas Instruments Fixed-Point Digital Signal Processor 384-FCBGA
TMS320C6202GLS250X Texas Instruments Fixed-Point Digital Signal Processor 384-FCBGA
TMS320C6203BGLS-3H Texas Instruments Fixed-Point Digital Signal Processor 384-FCBGA
TMS320C6202GLS250 Texas Instruments Fixed-Point Digital Signal Processor 384-FCBGA
TMS320C6203BGLSH Texas Instruments Fixed-Point Digital Signal Processor 384-FCBGA

OC-384 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2008 - Not Available

Abstract: No abstract text available
Text: 328 336 344 352 360 368 376 328 384 336 344 360 368 376 384 , 384 328 336 344 352 360 368 376 384 RF Frequency (MHz) Figure 6. Mixer B , 360 368 376 7.0 384 328 336 344 RF Frequency (MHz) 13 384 13 Noise , 5 5 328 336 344 352 360 368 376 328 384 336 344 352 360 368 376 384 RF Frequency (MHz) RF Frequency (MHz) Figure 9. Mixer A Noise Figure vs


Original
PDF SKY73084-11: SKY73084-11 200884F
2008 - 200884F

Abstract: SKY73084 S1125 DB714 S643 S646 S904 S905 L1339
Text: 7.5 7.0 7.0 328 336 344 352 360 368 376 328 384 336 344 360 368 376 384 Figure 4. Mixer A Gain vs. Frequency and Temperature Figure 3. Mixer A Gain vs , Power 384 328 336 344 352 360 368 376 384 RF Frequency (MHz) Figure 6 , 360 368 376 7.0 384 328 336 344 RF Frequency (MHz) 352 360 368 376 384 RF Frequency (MHz) Figure 7. Mixer B Gain vs. Frequency and Temperature Figure 8. Mixer B


Original
PDF SKY73084-11: SKY73084-11 200884F 200884F SKY73084 S1125 DB714 S643 S646 S904 S905 L1339
2000 - ST92F120 programmer

Abstract: USB 8451 to spi converter ST72C ST72E589 ST6228C triac 216 ST6200C ST90158-EMU2B ST6203C ST6208C
Text: ) 20 (4) 20 (4) 1 (0/0/0) ST72611F1 4K 384 ST72611F2 8K 384 ST72623F2 8K 384 3x10-Bit ST72622K2 8K 384 8x10-Bit ST72622L2 8K 384 8x10-Bit ST72622K4 16K 768 8x10-Bit ST72622L4 16K 768 8x10-Bit ST72621J2 8K 384 8x10-Bit ST72621J4 , ST72E251G2 8K 256 6x8-Bit 2 (4/4/2) ST72124J2 q q q 8K 384 2 (3/3/2) ST72314J2 q q q 8K 384 6x8-Bit 2 (3/3/2) ST72314J4 q q q 16K 512 6x8-Bit 2 (3/3/2) ST72334J2 q q q 8K 384 256


Original
PDF 16-BIT ST6218C ST6220C ST6253C ST6260C ST6263C ST6215C ST6225C ST6228C ST62E18C ST92F120 programmer USB 8451 to spi converter ST72C ST72E589 ST6228C triac 216 ST6200C ST90158-EMU2B ST6203C ST6208C
2000 - 64 32 spi lcd

Abstract: No abstract text available
Text: ST72E251G2 8K 256 6x8-Bit 2 (4/4/2) WDG SPI / I 2C 22 (8) 384 2 (4/4/2 , ) WDG, RTC SPI / SCI 3 q q q 8K 384 6x8-Bit 2 (4/4/2) WDG, RTC SPI , SPI / SCI 3 32 (4) ST72334J2 q q q 8K 384 256 6x8-Bit 2 (4/4/2 , (4/4/2) WDG, RTC SPI / SCI 3 32 (4) 384 2 (4/4/2) WDG SPI / SCI 1 32 (4 , 8K 384 6x8-Bit 2 (4/4/2) WDG SPI / SCI 1 32 (4) ST72311J4 q q


Original
PDF 16-BIT 16-Bit DIP16/SO16 DIP16/SO16/ SSOP16 ST6203C ST62E01C ST6252C FLMICROA5/0100 64 32 spi lcd
DR24-16RUGB

Abstract: DR48-3R0UGB DR24-1R3UGB DR24-4R5UGB 300w power supply DR-UGB30 TR 2272C-M4 DR12-6R3UGB DR12-5R0UGB DR05-6R0UGB
Text: 2.5 27 27.5 2.8 3.2 48 38.4 53 1.3 55 57 1.5 1.7 2max. 1.3typ. 100max. 170max , . 110max. 170max. 150max. 90typ. 15min. 20typ. 86typ. 48 38.4 53 1.6 55 57 1.8 2 , . 170max. 150max. 90typ. 15min. 20typ. 86typ. 48 38.4 53 2.2 55 57 2.5 2.8 100max , . 90typ. 15min. 20typ. 86typ. 48 38.4 53 3 55 57 3.4 3.8 100max. 290max , 27A 365 DR24-16RUGB 24V 16A 384 V A A A mA % 88 143 110 7max. DC.88V 15


Original
PDF DR-UGB30 DR05-6R0UGB DR12-2R5UGB DR24-1R3UGB DR05-20RUGB DR12-8R5UGB DR24-4R5UGB DR48-2R2UGB DR05-10RUGB DR12-5R0UGB DR24-16RUGB DR48-3R0UGB DR24-1R3UGB DR24-4R5UGB 300w power supply DR-UGB30 TR 2272C-M4 DR12-6R3UGB DR12-5R0UGB DR05-6R0UGB
TMS4116

Abstract: TMS4116-15 TMS4116-20 TMS4116-25 a3612 20D13 pin diagram for all 74 series ttl gates
Text: TMS4116 16, 384 -BIT DYNAMIC RANDOM-ACCESS MEMORY OCTOBER 1 977 —REVISED NOVEMBER 1986 16, 384 , series is composed of monolithic high-speed dynamic 16, 384 -bit MOS random-access memories organized as 16, 384 one-bit words, and employs single-transistor storage cells and N-channel silicon-gate technology , , 384 storage cell locations. Seven row-address bits are set up on pins AO through A6 and latched onto , 4-3 This Material Copyrighted By Its Respective Manufacturer TMS4116 16, 384 -BIT DYNAMIC


OCR Scan
PDF TMS4116 384-BIT TMS4116-15 TMS4116-20 TMS4116-25 16-Pin 103tc TMS4116 a3612 20D13 pin diagram for all 74 series ttl gates
HM10480

Abstract: TOOC
Text: HM 10480-15, H M10480F-15 16, 384 -words x 1-bit Fully Decoded Random Access Memory The HM10480 is ECL 10K compatitile, 16, 384 -words x 1-bit, read/write random access memory developed for high speed systems such as scratch pads and control/buffer storages. The fabrication process uses the Hitachi's low capacitance, oxide isolation method with doublé metalization. The HM10480 is encapsulated in cerdip-20 pin and fiat 20-pin package, compatible with Fairchild's F10480. ■FEATURES • 16, 384 -words x 1


OCR Scan
PDF M10480F-15 384-words HM10480 cerdip-20 20-pin F10480. 06mW/bit TOOC
2000 - ST92141K4

Abstract: ST92F120 programmer Advanced Transdata development board ST72314J4 rtc 358 1.2 8x8 Dot Matrix Display ST72334J4 Stag Programmers 26 pin 8x8 Dot Matrix led Display ST72314N4
Text: -Bit ST72254G2 l l l 8K 256 6x8-Bit ST72124J2 l l l 8K 384 l l l 8K 384 8x8-Bit ST72314J2 ST72314J4 l l l 16K 512 8x8-Bit ST72334J2 l l l 8K 384 256 8x8-Bit l l l 16K 512 256 8x8-Bit ST72334J4 ST72314N2 l l l 8K 384 8x8-Bit l l l 16K 512 8x8-Bit ST72314N4 ST72334N2 l l l 8K 384 256 8x8-Bit ST72334N4 l l l 16K 512 256 8x8-Bit ST72311R6 l l l , 256 ST72411R1 l 4K 256 ST72611F1 m m m 4K 384 ST72623F2 m m m 8K 384


Original
PDF 16-BIT PQFP144 ST92141K4 ST92F120 programmer Advanced Transdata development board ST72314J4 rtc 358 1.2 8x8 Dot Matrix Display ST72334J4 Stag Programmers 26 pin 8x8 Dot Matrix led Display ST72314N4
cz06

Abstract: CZ03 CZ07 J030 11uass J029 CZ05 regler r9 poskomp sincos
Text: APPLIKATIONSHINWEISE 04.05.1999, Seite 11/14 Segment Gain Offset & 384 @ G1 @ 1 Ac % 2@Oc ' 1 G1 As % 2@Os 3 384 @ G3 @ Ac & 2@Oc Ac & 2@Oc 4 As % 2@Os ' 1 G3 & 384 @ G4 @ 6 Ac & 2@Oc ' 384 @ G6 @ 1 G5 As & 2@Os 7 8 Oc As & Os & 384 @ G7 @ Ac , Os 384 @ G5 @ Ac & 2@Oc 5 Oc As % Os As % 2@Os As % 2@Os 2 Os Ac % Oc & 384 @ G2 @ Ac % 2@Oc ' 1 G7 384 @ G8 @ Oc As & Os Os Ac % Oc In die


Original
PDF
iC-ng

Abstract: 8OC51 78xx voltage regulator so20w moving message display using 7 segment pin diagram do ic 24C02 free J029 24C02 application notes CZ05 RS08
Text: 04 1999, Page 11/14 Segment Gain Offset & 384 @ G1 @ 1 Ac % 2@Oc ' 1 G1 As % 2@Os 3 384 @ G3 @ Ac & 2@Oc Ac & 2@Oc 4 As % 2@Os ' 1 G3 6 Ac & 2@Oc ' Oc As & Os Oc As & Os & 384 @ G7 @ Ac % 2@Oc Ac % 2@Oc 8 Os Ac & Oc 384 @ G6 @ 1 G5 As & 2@Os 7 Os Ac & Oc 384 @ G5 @ As & 2@Os As & 2@Os Oc As % Os & 384 @ G4 @ Ac & 2@Oc 5 Oc As % Os As % 2@Os As % 2@Os 2 Os Ac % Oc & 384 @ G2 @ Ac %


Original
PDF
2014 - Not Available

Abstract: No abstract text available
Text: s 250 VAC / 24 VDC 4000 VA / AC1 / 384 W DC Supply and function Nominal voltage (A1-A2 , 10 A / < 3 s 250 VAC / 24 VDC 2000 VA / AC1 / 384 W DC Supply and function Dimensions , 3 C/O 16 A 30 A / < 3 s 250 VAC / 24 VDC 4000 VA / AC1 / 384 W DC Supply and function , / AC1 / 384 W DC Supply and function Dimensions Nominal voltage (A1-A2) Supply voltage tolerance , VDC1 / 250 VAC1 4000 VA / AC1 / 384 W DC 12 . 240 VAC/DC 50/60 Hz 0.85.1.1 Un Latching


Original
PDF
2003 - moc 2030

Abstract: TPW400VSN4X TIW10A4X VDE 0660 - 107 TIH10A4X TPF400VS4X TUW440V4X HRN-43N EN 60730-2-9 TT2X230
Text: . rozmiar przewodów Wymiary Masa Normy 2P 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V , Max. rozmiar przewodów Wymiary Masa Normy 2P 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 , Zgodno z normami Funkcje 2P 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V , . rozmiar przewodów Wymiary Masa Normy 2P 16 A / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V , Masa Normy 1P 16 V / AC1 4000 VA / AC1, 384 W / DC 30 A / < 3 s 250 V AC1 / 24 V DC 500 mV


Original
PDF TIH10A4X moc 2030 TPW400VSN4X TIW10A4X VDE 0660 - 107 TIH10A4X TPF400VS4X TUW440V4X HRN-43N EN 60730-2-9 TT2X230
1997 - simple 2.1 home theater circuit diagram with volume control

Abstract: AD1855 AD1855JRS AD1855JRSRL
Text: Supports 256 X Fs or 384 X Fs Master Mode Clock Switchable Clock Doubler Power Down Mode Plus Soft Power , + OUTL AGND 384 /256 X2MCLK ZEROL DEEMP 48/96 AGND OUTR + OUTR FILT DVDD SDATA BCLK , 18 12 13 22 I I O O O CLATCH NC AVDD OUTR + OUTR ZEROR 6 I 384 /256 7 , . Connect to an external clock source at either 256, 384 or 512 Fs Digital Power Supply Connect to digital , either 384 times the intended sample frequency (HI) or 256 times the intended sample frequency (LO). The


Original
PDF AD1855 96KHz, /20/24-Bit 24-Bits 96Khz 48KHz -100dB AD1855JRS AD1855JRSRL simple 2.1 home theater circuit diagram with volume control AD1855 AD1855JRS AD1855JRSRL
RM24-2R5GB

Abstract: RM24-4R5GB RM15-4R0GB RM12-5R0GB RM24-16RGB 16RGB RM24-1R3GB RM48-1R3GB RM05-10RGB RM05-6R0GB
Text: . 35typ.25°C 24 19 26.5 2.5 27 27.5 2.8 3.2 RM48-1R3GB 48V 1.3A 69 48 38.4 53 1.3 , W RM05-60RGB 5V 60A 330 RM12-27RGB 12V 27A 365 RM24-16RGB 24V 16A 384 RM48 , °C 24 19 26.5 16 27 27.5 17 18.5 48 38.4 53 6 55 57 6.6 7.4 2max. 1.3typ. 100max


Original
PDF UL/C-UL300W RM-GB30 RM05-6R0GB RM12-2R5GB RM15-2R0GB RM24-1R3GB RM05-20RGB RM12-8R5GB RM15-7R0GB RM24-4R5GB RM24-2R5GB RM24-4R5GB RM15-4R0GB RM12-5R0GB RM24-16RGB 16RGB RM24-1R3GB RM48-1R3GB RM05-10RGB RM05-6R0GB
RCV5931AN

Abstract: Ge APD TRM5467 RCV5467 TRV5367 LB7374 LTH-20 RCV57 PS-593
Text: /a n/a n/a n/a n/a n/a included included included included included 382 384 386 352 352 388 350 356 , -A 5 Ref erence Page 382 384 386 370 370 388 368 372 374 376 378 included included included n/a


OCR Scan
PDF 52Mb/s TRV5366 TRV5367 156Mb/s TRM5612 TRV5466 TRV5467 TRM5467 RCV5467 RCV5602 RCV5931AN Ge APD LB7374 LTH-20 RCV57 PS-593
MCHC705B16N

Abstract: MC705P6ACPE MC705P6ACDWE XC705B32CFNE MC68HC705C8ACFNE MC68HC705B16NCFN MC68HC705SR3CP MC705P6ac MC705P6AMDWE MCHC705B16NVFNE
Text: 10.25 10.25 10.25 10.25 10.25 11.59 11.59 11.59 15.09 15.38 1.66 1.64 2.49 2.49 3.84 3.51 3.51 3.51 3.84 3.84 11.95 11.37 4.07 4.25 7.00 7.00 7.00 7.00 7.00 8.77 8.77 8.77


Original
PDF HC705 68HC705 16-bit 15-bit 68-PLCC MC68HC11F1CFN2-ND MC68HC11F1CFN3TR-ND MCHC705B16N MC705P6ACPE MC705P6ACDWE XC705B32CFNE MC68HC705C8ACFNE MC68HC705B16NCFN MC68HC705SR3CP MC705P6ac MC705P6AMDWE MCHC705B16NVFNE
CK 77-1 3

Abstract: No abstract text available
Text: H M 1 0 4 3 0 - 1 5 , H M 1 0 4 8 0 - 2 0 16, 384 -words x 1-bit Fully Decoded Random Access Memory The HM10480 is E C L 10K compatible, 16, 384 -words x 1-bit, read/write random access memory developed for high speed systems such as scratch pads and control/buffer storages. The fabrication process uses the Hitachi's low capacitance, oxide isolation method with , 's F10480. FEA T U R ES · 16, 384 -words x 1-bit organization 15ns (max) · Fully compatible with 10K E C


OCR Scan
PDF 384-words HM10480 cerdip-20 F10480. HM10480-15 HM10480-15 1048it CK 77-1 3
2000 - ST72334

Abstract: ST72C334 ST72124J2B ST72124J2T ST72311 ST72314J2B ST72314J2T ST72314J4B
Text: = Low Voltage Detection 384 384 384 384 512 512 384 384 512 512 384 384 512 512 384 384 512 512 6x8-Bit 6x8-Bit 6x8-Bit 6x8-Bit 6x8-Bit 6x8-Bit 6x8-Bit 6x8-Bit 8x8-Bit 8x8


Original
PDF ST72C334 56/64-pin ST72311 ST72334 8/16K ST72254 AN970: AN1179: ST72334 ST72124J2B ST72124J2T ST72311 ST72314J2B ST72314J2T ST72314J4B
ST72C314J4B6

Abstract: st72c215g2b6 ST72C334J2 ST72C334N2 ST72C124J2 ST72C314N4 ST72C104G2 ST72C334J2T6 ST72C314J4 ST72C314J4T6
Text: /I2C 3 22 (8) 42-44 Pins ST72C124J2 + 8K 384 2 (3/3/2) WDG, RTC SPI/SCI 3 32 (4) B6 SDIP42 _T6 TQFP44 ST72C314J4 + 16K 512 8x8 Bit 2 (3/3/2) WDG, RTC SPI/SCI 3 32 (4) ST72C334J2 + 8K 384 256 , , RTC SPI/SCI 3 44 (8) B6 SDIP56 _T6TQFP64 ST72C334N2 + 8K 384 256 8x8 Bit 2 (3/3/2) WDG, RTC SPI/SCI


OCR Scan
PDF 060pyfl0Ba-hmm. 16-Bit ST72C104G2 SDIP32 ST72C215G2 ST72C254G2 ST72C124J2 SDIP42 TQFP44 ST72C314J4 ST72C314J4B6 st72c215g2b6 ST72C334J2 ST72C334N2 ST72C124J2 ST72C314N4 ST72C104G2 ST72C334J2T6 ST72C314J4 ST72C314J4T6
2008 - 2X16 LCD 8051

Abstract: STM32F10x ST72321M9 ST7LITE25F2 selni motor STM32F103VC RLink schematic Raisonance stm8s207r8 lcd 2x16 8051 ST10R172
Text: 256 384 512 1024 2048 STM8x pitch size Plastic DIP (dual in-line package) D Ceramic DIP , l l 256 384 32 K 48 K 16x12-bit 16x12-bit STM32F101RE l 512 48 K 16x12 , STM32F101VD STM32F101VE STM32F101ZC STM32F101ZD STM32F101ZE STM32F102C4 l l 256 384 512 256 384 512 16 32 K 48 K 48 K 32 K 48 K 48 K 4K 16x12-bit 16x12-bit 16x12-bit 16x12 , -bit l l 256 384 48 K 64 K 16x12-bit 16x12-bit l 512 64 K 16x12-bit l 64


Original
PDF STM32 10x10) 14x14) SGMICRO0708 2X16 LCD 8051 STM32F10x ST72321M9 ST7LITE25F2 selni motor STM32F103VC RLink schematic Raisonance stm8s207r8 lcd 2x16 8051 ST10R172
2000 - spi flash ST72334

Abstract: ST72334 SPI pwm generator ST72C334 ST72314J4B ST72314J2T ST72314J2B ST72311 ST72124J2T ST72124J2B
Text: 384 384 384 384 512 512 384 384 512 512 384 384 512 512 384 384 512 512 8x8


Original
PDF ST72C334 56/64-pin ST72311 ST72334 8/16K ST72254 AN970: AN1179: spi flash ST72334 ST72334 SPI pwm generator ST72314J4B ST72314J2T ST72314J2B ST72311 ST72124J2T ST72124J2B
74hc292

Abstract: ic 7294 7294 HC294 HC292 hc7294 74ls292 7294 circuit diagram M74HCXXXM1R M54/74HC292
Text: 2 16, 384 215 32,768 65,536 216 217 131,072 262,144 218 219 524,288 1,048,576 220 2,097 , 16,777,216 16,777,216 4 4 16 16 64 64 256 256 1,024 1,024 4,096 4,096 16, 384 16, 384 , ,192 16, 384 32,768 BINARY Inhibit Inhibit 29 29 29 29 29 Disabled Low 22 23 24 25 26


Original
PDF M54/74HC292/7292 M54/74HC294/7294 54/74LS292/294 M54HCXXXF1R M74HCXXXM1R M74HCXXXB1R M74HCXXXC1R 54/74HC292/7292 HC294/7294 74hc292 ic 7294 7294 HC294 HC292 hc7294 74ls292 7294 circuit diagram M74HCXXXM1R M54/74HC292
Not Available

Abstract: No abstract text available
Text: HM10480,HM10480F 16, 384 -words x 1-bit Fully Decoded Random Access Memory The H M 10480 is ECL 10K com patible, 16, 384 -words x 1-bit, read/w rite random access m em ory developed fo r high speed systems such as scratch pads and c o n tro l/b u ffe r storages. The fa b rica tio n process uses the Hitachi's low capacitance, oxide isolation m ethod w ith double m etalization. The H M 10480 is , FEATURES · 16, 384 -words x 1-bit organization · · · · · F u lly com patible w ith 10K ECL level Address


OCR Scan
PDF HM10480 HM10480F 384-words cerdip-20 20-pin F10480. HM10480 10480F
1994 - 74hc292

Abstract: ic 7294 74hc294 7294 HC294 7292 74ls292 HC7294 pdf 7294 M54HCXXXF1R
Text: 2 16, 384 215 32,768 65,536 216 217 131,072 262,144 218 219 524,288 1,048,576 220 2,097 , 16,777,216 16,777,216 4 4 16 16 64 64 256 256 1,024 1,024 4,096 4,096 16, 384 16, 384 , ,192 16, 384 32,768 BINARY Inhibit Inhibit 29 29 29 29 29 Disabled Low 22 23 24 25 26


Original
PDF M54/74HC292/7292 M54/74HC294/7294 54/74LS292/294 M54HCXXXF1R M74HCXXXM1R M74HCXXXB1R M74HCXXXC1R 54/74HC292/7292 HC294/7294 74hc292 ic 7294 74hc294 7294 HC294 7292 74ls292 HC7294 pdf 7294 M54HCXXXF1R
Not Available

Abstract: No abstract text available
Text: HM10480-15.HM10480F-15 16, 384 -words x 1-bit Fully Decoded Random Access Memory The HM10480 is ECL 10K compatible, 16, 384 -words x 1-bit, read/write random access memory developed for high speed systems such as scratch pads and control/buffer storages. The fabrication process uses the Hitachi's low capacitance, oxide isolation method with double metalization. The H M l0480 is encapsulated in cerdip-20 pin and flat 20-pin package, compatible with Fairchild's F10480. H M 1 0 4 8 0 -1 5 FEATURES · 16, 384


OCR Scan
PDF HM10480-15 HM10480F-15 384-words HM10480 l0480 cerdip-20 20-pin F10480.
Supplyframe Tracking Pixel