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Part Manufacturer Description Datasheet Download Buy Part
74GTLPH16916GRG4 Texas Instruments GTLP SERIES, 17-BIT REGISTERED TRANSCEIVER, TRUE OUTPUT, PDSO56, GREEN, PLASTIC, TSSOP-56
74GTLPH16912GRG4 Texas Instruments 18-Bit LVTTL-to-GTLP Universal Bus Transceiver 56-TSSOP -40 to 85
SN74GTLPH16916VR Texas Instruments GTLP SERIES, 17-BIT REGISTERED TRANSCEIVER, TRUE OUTPUT, PDSO56, GREEN, PLASTIC, TVSOP-56
74HSTL16919DGGRE4 Texas Instruments TTL/H/L SERIES, POSITIVE EDGE TRIGGERED D FLIP-FLOP, TRUE OUTPUT, PDSO48, GREEN, PLASTIC, TSSOP-48
74GTLPH16916GRE4 Texas Instruments GTLP SERIES, 17-BIT REGISTERED TRANSCEIVER, TRUE OUTPUT, PDSO56, GREEN, PLASTIC, TSSOP-56
PCM1691DCARG4 Texas Instruments 111dB SNR 8-Channel Audio DAC with Single-Ended Output 48-HTSSOP -40 to 85

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2005 - TLC nand

Abstract: jz4760 tlc nand flash ingenic D16-DDR lcd epd source driver BGA345 nand flash tlc mobile color LCD DISPLAY PINOUT IEEE745
Text: . 20 2.5.5 TSSI/SSI/ MSC /UART/I2C , VREFmem AI G5 Output, Differential CKO_: DDR inverse clock output Output, Single-end CKE , _: NAND read enable MSC0_CLK: MSC (MMC/SD) 0 clock output SSI0_CLK: SSI 0 clock output PA18: GPIO group A bit 18 VDDIOn 4mA, pullup-pe FEW_: NAND write enable MSC0_CMD: MSC (MMC/SD) 0 command SSI0_CE0_: SSI 0 chip enable 0 PA19: GPIO group A bit 19 VDDIOn 4mA, pullup-pe MSC0_D0: MSC (MMC


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PDF JZ4760 JZ4760 12MHz) TLC nand tlc nand flash ingenic D16-DDR lcd epd source driver BGA345 nand flash tlc mobile color LCD DISPLAY PINOUT IEEE745
DC SERVO MOTOR CONTROL circuit

Abstract: spindle motor speed hall effect sensor rc servo motor RC servo motors transfer function ssi converter to serial RC SERVO CIRCUIT micro dc servo motor servo motor driver analog servo spindle motor spindle and VCM motor controller
Text: ciémsiiskms A TDK Group/Company DESCRIPTION The SSI 32H6811/6811B Servo and MSC Drivers, a , commutation delay for optimal motor efficiency 10-bit MSC D/A converter with 4 p.s digital delay Internal , input of the transconductance output stage. The 10-bit MSC D/A converter, referenced to VBG/2, is , operation is similar to the VCM D/A converter, but is initiated by writing to the MSC D/A register (01) in , BRAKE Mode Analog Counter VCM Driver MSC Driver 0 X X X Shutdown ON Active Float Float 1 0 X 0 Fault


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PDF 32H6811/6811B 64-lead 10-bit 02S3Tb5 DC SERVO MOTOR CONTROL circuit spindle motor speed hall effect sensor rc servo motor RC servo motors transfer function ssi converter to serial RC SERVO CIRCUIT micro dc servo motor servo motor driver analog servo spindle motor spindle and VCM motor controller
Not Available

Abstract: No abstract text available
Text: P-LCC-44-1 (SMD) Functional Description The MSC III is a component of the TV-SAM Featurebox and is , operating modes. The MSC III is set via the PC Bus, it being possible to switch the I2C Bus address by , MUX supplied by the MSC III. Other major output signals of the SDA 9220-5, in addition to the clocks , 5Tb ■01.94 M t i v i L r a tiu n ) Circuit Description The MSC III can , horizontal blanking signal. The MSC can be set to one of the two input frequencies via input LLSEL. For the


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PDF Q67100-H5087 P-LCC-44-1 fl235b05 fl23Sfc A235b05
3V motor Coils UTS Motor

Abstract: spindle and VCM motor controller RC servo motors transfer function AC Motor Speed Controller rc servo motor back EMF 80C196 68HC16 RC servo motors micro dc servo motor Tdk Vcm
Text: Siimi suskms A TDK Group/Company DESCRIPTION The 32H6812 Servo/ MSC Driver, a CMOS monolithic , , STANDBY, and SHOCKSLP bits per Table 2. With RETR and B RAKE low, both the VCM drivers and MSC drivers are , BRAKE high, and STANDBY high, MSC section is biased with spindle drivers activated; this is the "Standby" mode. With RETR low, BRAKE high, both VCM and MSC drivers are in a high impedance state, and the , BRAKE low, and RETR high, the VCM drivers are in a high impedance state, the MSC driver outputs are low


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PDF 32H6812 48-lead 10-bit Q010013 1193-rev 3V motor Coils UTS Motor spindle and VCM motor controller RC servo motors transfer function AC Motor Speed Controller rc servo motor back EMF 80C196 68HC16 RC servo motors micro dc servo motor Tdk Vcm
Not Available

Abstract: No abstract text available
Text: Advance Information December 1993 DESCRIPTION FEATURES The SSI 32H6811/6811B Servo and MSC , €¢ 10-bit MSC D/A converter with 4 us digital delay • Internal 1.0A spindle driver â , transconductance output stage. The 10-bit MSC D/A converter, referenced to VBG/2, is provided at SDAC for , VCM D/A converter, but is initiated by writing to the MSC D/A register (01) in two's complement form , Driver MSC Driver 0 X X X Shutdown ON Active Float Float 1 0 X


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PDF 32H6811/6811B 32H6811/6811B 64lead 10-bit
MD4148

Abstract: MD5614 1n3600 die MD5615 1N5614 MSC GENERAL PURPOSE 1N4007 DIODES MD56-2 md4007 1N3595 MSC 1N4001 microsemi
Text: KX A u IOk X a u IO KXAu IOk X a u IO KXAu 10KÄAu 10KÄ Au AI AI 4K& AU 4KÄ Au 4KÄ Au 4k X Au 4 KÂ , . C D ZERO TEMPERATURE COMPENSATED REFERENCE DIODES INDUSTRY STANDARD PART# MSC PART , ) BI-DIRECTIONAL TRANSIENT VOLTAGE SUPPRESSORS INDUSTRY STANDARD PART# MSC PART# Diameter TM ckiw ss MttaM zsUon


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PDF 1N8211N829 1N9351N939 1N9411N945- CZ821CZ829 CZ935CZ939 CZ941CZ945 1N61031N6137 1N61391M6173 DD6103DD6137 DD6139DD6173 MD4148 MD5614 1n3600 die MD5615 1N5614 MSC GENERAL PURPOSE 1N4007 DIODES MD56-2 md4007 1N3595 MSC 1N4001 microsemi
MD10

Abstract: No abstract text available
Text: UNCONTROLLED DOCUMENT 19.0 C75) 30,1.6 o PART NUMBER FL-LX90 REV. A REV. E.C.N. NUMBER AND REVISION COMMENTS DATE A E.C.N. #11146. 03.12.07 ELECTRO-OPTICAL SPECIFICATIONS OPERATING VOLTAGE VAC OR VDC DESIGN VOLTAGE VDC OR VAC: CURRENT DRAW § DESIGN VOLTS: M.S.C.P. 01 DESIGN VOLTS: AVERAGE LIFE @ DESIGN VOLTS: 12-14 13.0 580 mA 6 M.S.C .P. 750 HRS MECHANICAL SPECIFICATIONS BULB SIZE , SPECF1CALLY AUTHORIZED IN WRITING Bf LUMEX INC, THE HOLDER OF THS DOCUMENT SHALL KŒP Ai INFORMATION


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PDF FL-LX90 IFL/G-19 MIL-E-540DN, MD10
Not Available

Abstract: No abstract text available
Text: ¤ ïi s s I s ) _ o_o. Hh _J HHl' 250 This Material , DESCRIPTION The data input of MSC 7125-XX consists of 2 byte (16 bits) serial data but the 3 bits (bit 15,14,13) from MSB are taken as null data. This Is because a number of data bis required for MSC 7125-XX is , been completed, MSC 7125-XX generates the load signal automatically and begins execution. The value of , Programmable. The relation between the dots of vacuum fluorescent display tube and Segment output of MSC


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PDF 24E40 MSC7125-XX MSC7125-XX 16-bit b724240 T-52-13-09
2000 - RDA T212

Abstract: DIDA2 panasonic disk drive AN8725FH DAC56 QFP080-P-1212 pkmd aaf 19
Text: 80 0° to 10° 0.50±0.20 QFP080-P-1212 Pl ea M ai nt en an ce /D is co , an c se ed lud pl vi an m m es si tf ed ain ai fo ol t n l ht low disc dis ena ten low tp , 100 k) PS : Power supply/GND pin INU : Input pin (pull-up with 100 k) MSC : Parts connecting pin , this operation can be made by an STPMSK register. 30 PWMSK MSC D The pin to set up the , Category MSC D Description Filter setting pin to avoid a detection error of laser abnormality


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PDF AN8725FH QFP080-P-1212 RDA T212 DIDA2 panasonic disk drive AN8725FH DAC56 QFP080-P-1212 pkmd aaf 19
ZN1040E

Abstract: 7 segment kd common anode pin configuration FERRANTI MEMORY zn1040 7409 binary counter seven segment display ten pin 7 segment common anode mpx COUNTER LED bcd ZN1040 7409 IC decade binary counter SO-119
Text: DIGIT -v-' *-' ^- SELECT SELECT OUTPUT |000'S lOO'S 10'S MONOSTABLE CIRCUIT ■I DECADES OF BCD , as shown in figure 20. The M.S.C . is thus inhibited until after the 9999th clock pulse when the , pulse the M.S.C . count will increase by 1 whilst the L.S.C. count will go to zero. After the carry propagation delay the carry output of the L.S.C. will go low and the M.S.C . will again be inhibited. A timing , first three digits of the M.S.C . If full zero blanking is required then the circuit given in Section 5.5


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PDF ZN1040E, ZN1040AE, ZN1040 ZN1040E/AE SO-119 ZN1040, ZN1040E 7 segment kd common anode pin configuration FERRANTI MEMORY 7409 binary counter seven segment display ten pin 7 segment common anode mpx COUNTER LED bcd ZN1040 7409 IC decade binary counter
44476-1111

Abstract: UCP2003-2432 UCP2004-I82I
Text: ,44474,42404, 5569 AND 30070 SERIES CONNECTORS. 4. MATERIAL: ALLOY C 197, 5. FINISH: •I = POSTPLATE 008 , "2" = LOOSE (5.50) (6.60) (2.75) REF. REMOVED TIN-LEAD ECN «UCP2004-I82I MSC , »4/03/19 REVISED NOTE


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PDF 008/C UCP2004-I82I UCP2003-2432 UCR2002-0222 U70887 U70469 U702I2 U6I520 24AWG. U60I35 44476-1111
Not Available

Abstract: No abstract text available
Text: No file text available


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PDF PD784038 PD784038Y juPD784038 PD4711A RS-232-C PD75108 PD78014 bM27525
2000 - AN5858K

Abstract: diy rov color tv diagram
Text: ain ai fo ol t n l ht low disc dis ena ten low tp in o co n an in :// g nt n ce c g pa U in tin , kind of high grade multi-function TV. 15.3±0.25 4.76±0.25 +0.1 0.3 ­0.05 Pl ea M ai , MSB MSY CSB MSC LSB R SDET Out L MUTE MR GND2 ML ICs for TV AN5858K s Pin , BS MV MSB MSY CSB MSC LSB R SDET Out L 2 42 COUT MUTE MR ML Y/C


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PDF AN5858K AN5858K diy rov color tv diagram
CMGA15-P68

Abstract: MARKING SMD 43t 320C25 320C25-50 43t SMD SMD 5 PIN MARK CODE ARB smd marking ARB smd code AT7
Text: cycle) tdis^ï See figure 3 3/ y 9, 10,11 All Q+15 ns MSC valid from CLK0UT1 *d MSC vai id td(M-R) 9, 10,11 All 2Q-25 ns READY hold time after MSC valid th{M-R) M 9. 10,11 All 0 ns See footnotes at end of table. STANDARD , pin Function pin Function pin AO K1 A12 tC8 D2 E1 D14 A5 ÏNT2 H1 VCC V CC w SS w SS V xfs H2 AI A2 K2 , C2 CI DS DX K10 E11 MSC PS CIO J10 <11 L2 A5 K4 BR G11 D7 B2 FSR J2 READY B8 Dil A6 15 CLK0UT1 C11


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PDF 5962-R042-94. MIl-BUL-103. MIL-BUL-103 CMGA15-P68 MARKING SMD 43t 320C25 320C25-50 43t SMD SMD 5 PIN MARK CODE ARB smd marking ARB smd code AT7
sMD .v05

Abstract: smd V05 marking code y02 V05 SMD CODE MARKING smd marking code v05 marking code v05 SMD ic sot23-5 siemens sda 9257 SDA9270 7T31 field memory
Text: -80-1 Type Ordering Code Package SDA 9270 Q67100-H5158 P-MQFP-80-1 Semiconductor Group 5 01.96 ■I , timing the serial address signals SAC and SAR generated by the MSC SDA 9220 must be delayed by 4 , generated by the MSC SDA 9220 and the horizontal blanking signal BLN. Semiconductor Group 12 ■A235bD5 , blanking signal BLN2 both generated by the MSC SDA 9220. 5.7 SYNC-Signal Generation This functional block , : 4 001: 8 111: 32 (default value 101) Semiconductor Group 23 ■I fl235fci05 007^302 5=51 â


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PDF SDA9270 7126D 0535b05 D7C1311 P-MQFP-80-1 IA-BIDICl80x 02IA-B A235bD5 7T312 sMD .v05 smd V05 marking code y02 V05 SMD CODE MARKING smd marking code v05 marking code v05 SMD ic sot23-5 siemens sda 9257 7T31 field memory
MSC 5511

Abstract: L 3055
Text: Pin Names Aoi Ai E Ö0 -Ö 3 Description Address Inputs Enable Inputs Outputs © 1993 National , = Small Outline JEDECSOIC SJ = Small Outline EIAJ SOIC MSC = Shrink Small Outline EIAJ SSOP Type 1 , -Lead Plastic EIAJ SSOP Type I ( MSC ) NS Package Number MSC 16 NATL SEMIC0ND ( MEMORY ) LIFE SUPPORT POLICY


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PDF 54VHC/74VHC139 b5D112b VHC139 Cep-01451, MSC 5511 L 3055
U13121J

Abstract: C11531E uPD784044 uPD784044GC uPD784046 uPD784046GC 78f404 uPD74HC04
Text: No file text available


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PDF PD784044 16-BIT PD784046 78K/IV PD784046 10-bit U13121J C11531E uPD784044 uPD784044GC uPD784046 uPD784046GC 78f404 uPD74HC04
1998 - 784054GC

Abstract: No abstract text available
Text: No file text available


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PDF PD784054 16-BIT 78K/IV PD784044 PD784054 10-bit PD78F4046Note, 784054GC
2007 - Not Available

Abstract: No abstract text available
Text: applications. The MXD0120 accepts IF/low IF or zero IF signal from the RF tuner device. The decoded MSC and , ), AI (analog input), AO (analog output), AIO (analog bidirectional), AP (analog power), AG (analog , domain ground AVDDH J1 AP Analog 3.3V power domain power VINIP J2 AI Positive input of I-ADC VININ H2 AI Negative input of I-ADC VINQP H3 AI Positive input of Q-ADC VINQN J3 AI Negative input of Q-ADC Analog signal Analog 1.2V Power supply AGND


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PDF MXD0120
gd5f

Abstract: No abstract text available
Text: -Mbit generation TV SequentialAccess Memory devices (SDA 9251 X), a Memory Sync Controller ( MSC SDA 9220-5) and a , . This produces a basis for new features, the full implementation of which calls for a matching MSC (SDA , , i.e. during the high phase of signal VS1, if the Memory Sync Controller ( MSC ) activates the DREQ line , picture processor first and immediately afterwards to the MSC on the PC Bus at an interval not longer , and the MSC . The four PC Bus registers are described below in more detail. The values marked “*Dâ


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PDF 12-dB Q67100-H5088 P-LCC-68-1 belon21 fl235 P-LCC-44-1 A235b05 gd5f
2009 - EVK1100

Abstract: avr32program EVK1101 AVR32758 EVK1105 AT32UC3A0512 uc3a0512-isp msc diode avr32-objcopy MSC R631T-1
Text: Mass Storage Class ( MSC ) · USB MSC bootloader is additional to the pre-programmed USB Device Firmware , USB Mass Storage Class USB MSC Bootloader W rite / Verify Flash Application Section , UC3 USB MSC bootloader (acting as a USB host) comes in addition to the first bootloader (acting as , . Consequently, the USB MSC bootloader is located in the memory map above the USB DFU bootloader. For more , : Brown-Out Detector · USB: Universal Serial Bus · DFU: Device Firmware Upgrade · MSC


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PDF AVR32758: AVR32 avr32fwupgrade 32-bit 7818B EVK1100 avr32program EVK1101 AVR32758 EVK1105 AT32UC3A0512 uc3a0512-isp msc diode avr32-objcopy MSC R631T-1
2001 - 784046GC

Abstract: PD784044GC PPG SENSOR
Text: No file text available


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PDF PD784044 16-BIT PD784046 78K/IV PD784046 10-bit 784046GC PD784044GC PPG SENSOR
msc diode

Abstract: MSC-10A MSC 1500E MSC-12A MSC150 MSC-P-10A MSC-400mA MSC-200mA MSC-100mA msc 37706
Text: Type MSC /MSC-P Medium Time-Delay Glass Tube Fuse 5 X 20mm www.optifuse.com Cartridge Catalog Number MSC -100mA MSC -125mA MSC -150mA MSC -160mA MSC -200mA MSC -250mA MSC -300mA MSC -315mA MSC -350mA MSC -375mA MSC -400mA MSC -500mA MSC -600mA MSC -630mA MSC -700mA MSC -750mA MSC -800mA MSC -1A MSC -1.2A MSC -1.25A MSC -1.5A MSC -1.6A MSC -2A MSC -2.25A MSC -2.5A MSC -3A MSC -3.15A MSC -3.5A MSC -4A MSC -5A MSC -6A MSC -6.3A MSC -7A MSC -8A MSC -9A MSC -10A MSC -12A MSC -15A Approvals: MSC UL Listed


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PDF MSC-100mA MSC-125mA MSC-150mA MSC-160mA MSC-200mA MSC-250mA MSC-300mA MSC-315mA MSC-350mA MSC-375mA msc diode MSC-10A MSC 1500E MSC-12A MSC150 MSC-P-10A MSC-400mA MSC-200mA MSC-100mA msc 37706
Not Available

Abstract: No abstract text available
Text: 224 ■I 0235bOS 005fiblG bl? I B: bit number SDA 9280 SIEMENS The amplitude resolution , Controller ( MSC ) circuit. Semiconductor Group fiS3SbDS OOSflblS ITT ■229 SDA 9280 SIEMENS , Semiconductor Group ■I 230 fiSBStiDS OOSfiblb 03S SDA 9280 SIEMENS necessary. This , clock CLL. In the Siemens MEGAVISION system HS is supplied by the MSC circuit. To adjust the right , picture function of the MSC circuit of the Siemens MEGAVISION system (subaddress 00, bit D6) does not


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PDF 80-MHz fl235b05 P-LCC-44-1 fl23Sfc A235b05
Not Available

Abstract: No abstract text available
Text: Memory devices SDA 9251X), a Memory Sync Controller ( MSC SDA 9220), and a memory output device (Video D , for a matching MSC (SDA 9220). Figure 5 shows how the screen is divided up. The following modes can , vertical blanking interval, i.e. during the high phase of signal VS 1, if the Memory Sync Controller ( MSC , transmitted to the picture processor first and immediately afterwards to the MSC on the I 2C bus at an , picture processor and the MSC . The four I 2C-bus registers are described below in more detail. The values


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PDF PL-CC-44
Supplyframe Tracking Pixel