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PM 4 HTA

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: HCKyccraoHHq peryjiHpyenfciwn MHMÃTtmciíHwH ycnca^HMH - ngmerapusi paaweiueHUH 4 CTPVKT/PA ycriOBHOrO , : 11- ~ r^ 4 "'fi ^"d'írr'in^l 1 Kí k' klVT .1 ^Ví' V :. X '! IKÃliL A : ÃII - n "aTt n :. , rorMuiinsTb, D=.ipa;nchMaq â¡ npcL,ciiTj> d ncSow to-ioc iui-:íirii> c 4McroocLi otmctkjoii htí ¿^ll^l-H fifi dbl JJíi â  ^ liHd'IríHL' / HI )pM H pyti M si K l|)Op ií j'J IÃL1 â "!= l!} ' . I j . 1I â , p:"jü. m; ll,j.';i ú £v nfjjia 1 iOh uj i ;jh BblKC^Hl'!^ "Lll Htí. I ,10-esa-O L-, L1H -
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SD-59233

Abstract: UL20379 IA L NO. i- | T H I R D A N G L E - ' P R O JE C T IO N (SCALE 4:1 ) , ±0.25 ±0.3 lA ID A CHECKED BY 04/04/05 DATE HTA K A S E A P P R O V ED BY 04/04/05 DA T , 5 5 X Ü 4 6 T ? n 3 r in r F IN IS H e:ss f e S S S I & X i 'i O . 7 6 | J m M I N. mMIN. mMIN , A R T S NAME N Y L0 N 4 6 G.F. U L 9 4 V - 0 COLO R : BLACK C ONTACT A R E A : GOLD 0 .7 6 m , T E R IA L 4 6 T T 0 3 T je B S fS T J W ' ^ a u m M I N. W IRE T E R M IN A T IO N AR E A
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W002

Abstract: -LX5063GT-CLFNM T-5mrn (T-1 3/4) 565nm GREEN LED, GREEN TRANSPARENT LENS. CtHflDtriKl HfBjMAllON m wroiMDON comwco , £ HOLDER OF THS DOClltCNT SIUU KEEP «I llfOIMMION coitwcd Ht®» coNnocm uc mi PROITCI snu IN «HQIE M m r , cccuhulition imjcaic imt SOLDER HUT IS A MAJOR CMS. V EARIÏ tM> tUNUE FAILURE. please pm »«»« io rcui
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STM-16

Abstract: TX17T1A-L2000 13. Vee 18. NC 4. GND 9. LBM 14. Vee 19. Vcc 5. GND 10. LS 15. HTA 20. Vcc Bottom View Top View 4 TX47T1A 2.5 Gbps Laser Transmitter Performance Characteristics BER , 1.0 Data input bit rate V Note 3 Mbps 2488.32 Note 4 Clock suty cycle 40 - 60 % Input impedance - 50 - Note Note Note Note 1: 2: 3: 4 , extinction ratio 8.2 - - dB Spectral width - - 0.5 nm -50 - 50 pm
Samsung Electronics
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STM-16 TX47T1A-L5B00 TX47T1A-L5D00 TX17T1A-L2000 OC-48

aa6x

Abstract: 4NOP4yz{| *}~*} 4>A@ fghi fghi fghi fghi *}~ f~fghi *~* f~fghi * F , @ 5 0X B A@ 5 0X B * G ?@x FB ?@ x:.:pM> XGA@ * G ?@x FB ?@ * G ?@xM )E?@ * G , ÷4ÂÃÄÅ %J Ó00 gA@ G4%JD- ;2Éi Á&L:& 0 Ó00 G÷4ÂÃÄÅ ÁÂÃÄÅ Ó00 Á Á Æ 5 0 A@4 ÂÃÄÅ Æ , Óºf ~ BB Óºf FÓºf Á FÓºf ÁÂÃÄÅ Æ 4ÌÍ2É ºf 4/ Á FÓºf ÁË4 ¬Çz4 F ºf 4 , ¡¢JKLM 44 Ì4 GG V* gi V*Fgi ¡¢JKLM 44 Ì4 GG V*Fgi ÁzJ8p 7:E ÁMx)M Lm
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aa6x ABCEFG789

y45e

Abstract: be5z 4NOP4yz{| *}~*} 4>A@ :E4?A@-E :E4?A@" FB ?@ z?@ :E4?@-E :E4?A@" !" :E4?@-E !" * G ?@x FB ?@ x:.:pM> XGA@ * G ?@x FB ?@ * G ?@xM )E?@ * G ?@xU ¡¢JKLM£?@_ xM )E , 0 A@4 ÂÃÄÅ Æ +ÆcÆdÆdF ÂÃÄÅ Æ ÂÃÄÅ Æ Á+ÆcÆdÆdF Á*}~*} ÂÃÄÅ ÁÂÃÄÅ Æ ÁÂÃÄÅ *}~*} ÁÂÃÄÅ Æ ÁÂÃÄÅ Óºf ~ BB Óºf FÓºf Á FÓºf ÁÂÃÄÅ Æ 4ÌÍ2É ºf 4/ Á FÓºf ÁË4 ¬Çz4 F ºf 4/ FÓºf ÓBB ~ BB
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y45e be5z A234C FGH125

be5z

Abstract: NOA 81 ' - 4 ()* +,-./0123445 67893 , 4NOPvow&'()x 0B 4NOP4yz{| *}~*} 4>A@ fghi fghi fghi fghi :E4?A@-E :E4?A@" FB , ?@x FB ?@ x:.:pM> XGA@ * G ?@x FB ?@ * G ?@xM )E?@ * G ?@xU ¡¢JKLM£?@_ xM )E , G÷4ÂÃÄÅ %J Ó00 gA@ G4%JD- ;2Éi Á&L:& 0 Ó00 G÷4ÂÃÄÅ ÁÂÃÄÅ Ó00 Á Á Æ 5 0 A@4 , ÁÂÃÄÅ Óºf ~ BB Óºf ~ BB FÓºf ~ Á FÓºf ~ ÁÂÃÄÅ Æ 4ÌÍ2É ºf 4/ Á FÓºf
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NOA 81 KL1A
Abstract: . Nh. 1.020 1.84S â'" .030 1.068 1.868 2.940 â'" _i _ .080 mfcuM Hta. 26.90 46 , 47.12 74.68 â'" â'" .88 1.60 1.44 4,72 4.88 .268 .130 &28 6/46 2,92 .070 , 1700 PM PS 1000 PN NJ Semi-Conductors reserves the right to change test conditions New Jersey Semiconductor
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BUK426-50A

Abstract: BUK426 peak value) Tha = 25 -C Ths = 100 *C Ths = 25-C - -50A 30 19 120 -50 B 30 19 120 A A A Pm Utg Total , /V Fig.4. Safe operating area. T^ = 25 'C lD & lDU - f(Vps); Idm single pulse; parameter tp 10 , : » Ttani vDS £ w 5 V too 25 'C. RDS(ON)/Ohm 4 4.S 5 S.B 6 6. 5 , FIDS(ON) -HT» s , / j y 0 S 4 6 a 10 VGS/V Fig. 8. Typical transfer characteristics. Id = f(Vos
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BUK426-50A BUK426-50B BUK426 0G202M0 T-39-11 53T31

j type thermocouple sensor transmitter

Abstract: M2 RAM 4 TDMs IPBus1 32 8 Hardware Semaphores GPIO GIC GPIO, I2C Interrupts IP Master TCOP , . · Updates Chapter 4. The MSC8126 is a highly integrated system-on- a-chip that combines four , 4 Design Considerations 4.1 4.2 4.3 4.4 4.5 Power Supply Design Considerations , operation includes a multiplyaccumulate command with the associated data move and pointer update. · 4 ALUs , cores using the MQBus. · 4 KB bootstrap ROM. · A QBus protocol multi-master bus connecting the four
Freescale Semiconductor
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j type thermocouple sensor transmitter SC140 RS-232 224KB 256KB

cen 496

Abstract: LP1 K06 ] JTAG 2 4 HTD[31:0] HTP[3:0] HTOE_B HTWE_B HTCS_B[1:0] HTA[17:0] JDI JDO JCK JMS , 2010 4 1 NEC http://www.renesas.com 2010 4 1 http://www.renesas.com http://japan.renesas.com/inquiry 1. 2. 3. 4. 5 , NMOSCMOS VDD GND MOS MOS NEASCOT-X15 4 S14169JJ2V0UM00 · · · , .20-64 12 CBD 3 p.138 3.12.422 p.150 3.12.72 p.196 3.20.1 p.198 3-52 4 p
NEC
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cen 496 LP1 K06 ad14 38k datasheet HT12 D ge JMS 312 htw 323 PD98412 S14169JJ2V0UM002 31HMEO3 S14237J FAX044548-7900

HTC HD2

Abstract: htc hd2 pinouts Freescale Semiconductor Technical Data MSC8126 Rev. 11, 4/2006 MSC8126 Quad Core 16 , M2 RAM Memory Controller Banks 9, 11 256KB M2 RAM UART 4 TDMs IP Master GPIO , .2-4 Packaging 3.1 3.2 Chapter 4 Power Signals , associated data move and pointer update. · 4 ALUs per SC140 core. · 16 data registers, 40 bits each. · 27 , . -Accessible from the local bus. -Accessible from all four SC140 cores using the MQBus. · 4 KB bootstrap ROM
Freescale Semiconductor
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HTC HD2 htc hd2 pinouts AN2903 GSM starcore MPC8260 MSC8103
Abstract: CY7CI6* and CYTCIM â'¢ « M*h performance CMOS Malte RAM* (*â'¢â'¢ nhed ai 40*4 a 4 hta. Eaijr memory , « 10 Ma«(hM m nm «tiMl ftwMna tt«M wt i m #f tm . M rf IJV.k fU r * * fcwh W0 WJ #y * 4 P+M , ¿7 ELECTRO N IC ADVANCED 02547^3 D ÌJ 0QQQQQ5 Q T - 4 6 - 2 3 -0 8 ADVANCED ELECTRONIC PACKAGING C Y 7 C 168 C Y T C 169 CYPRESS = = = s = SEMICONDUCTOR 4 0 9 6 X 4 S ta tic R , M O S fer o pti««« t f U / â'¢ Cap*tW W w lttaa» 4 la | grcalw -
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200QV 7CIM-15 30I3J

marking D33

Abstract: UART RS-232 Local Bus Boot ROM 224KB M2 RAM 256KB M2 RAM 4 TDMs IPBus1 32 8 Hardware , 4 Design Considerations 4.1 4.2 4.3 4.4 4.5 Start-up Sequencing Recommendations , associated data move and pointer update. · 4 ALUs per SC140 core. · 16 data registers, 40 bits each. · 27 , the local bus. -Accessible from all four SC140 cores using the MQBus. · 4 KB bootstrap ROM. · A QBus , and read buffers improve host bandwidth. · Byte enable signals enables 1, 2, 4, and 8 byte write
Freescale Semiconductor
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marking D33

CXA1390Q

Abstract: Description CXA1390AQ 48 pm QFP (Plastic) The CXA1390AQ/AR are CCD camera's signal processing ICs , (Top view) 843 &3SB3A3 D D O fìtL 4^S B Structure Bipolar silicon monolithic 1C , Description 8 CS CCD SL Level adjustment pm of high luminance detection pin of the input signal , Black level 2.7 to 3 5 V CCD signal input pin Ï r à 44 FSHI 1:4 to 1.8V Or -W , dB -5 -4 -3 dB Note 1) -10 0 +10 mV f Gain Color separation output
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CXA1390Q CXA1390AR CXA1390Q/R CXA1390 CXA1393AN CXA1390AG FP-48P
Abstract: M2 RAM Memory Controller Banks 9, 11 256KB M2 RAM UART 4 TDMs IP Master GPIO , .2-4 Packaging 3.1 3.2 Chapter 4 Power Signals , multiplyaccumulate command with the associated data move and pointer update. â'¢ 4 ALUs per SC140 core. â'¢ 16 data , . â'"Accessible from all four SC140 cores using the MQBus. â'¢ 4 KB bootstrap ROM. â'¢ A QBus protocol , , 4, and 8 byte write access granularity. â'¢ Sliding window mode enables access with reduced number Freescale Semiconductor
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Abstract: M2 RAM Memory Controller Banks 9, 11 256KB M2 RAM UART 4 TDMs IP Master GPIO , drawing in Figure 3-3. â'¢ Chapter 4 updates Section 4.1, Start-up Sequencing Recommendations , .2-4 Packaging 3.1 3.2 Chapter 4 Power Signals , multiplyaccumulate command with the associated data move and pointer update. â'¢ 4 ALUs per SC140 core. â'¢ 16 data , . â'"Accessible from all four SC140 cores using the MQBus. â'¢ 4 KB bootstrap ROM. â'¢ A QBus protocol Freescale Semiconductor
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Abstract: M2 RAM Memory Controller Banks 9, 11 256KB M2 RAM UART 4 TDMs IP Master GPIO , .2-4 Packaging 3.1 3.2 Chapter 4 Power Signals , pointer update. â'¢ 4 ALUs per SC140 core. â'¢ 16 data registers, 40 bits each. â'¢ 27 address , MQBus. â'¢ 4 KB bootstrap ROM. â'¢ A QBus protocol multi-master bus connecting the four SC140 cores , host bandwidth. â'¢ Byte enable signals enables 1, 2, 4, and 8 byte write access granularity. â Freescale Semiconductor
Original
Abstract: M2 RAM Memory Controller Banks 9, 11 256KB M2 RAM UART 4 TDMs IP Master GPIO , .2-4 Packaging 3.1 3.2 Chapter 4 Power Signals , pointer update. â'¢ 4 ALUs per SC140 core. â'¢ 16 data registers, 40 bits each. â'¢ 27 address , MQBus. â'¢ 4 KB bootstrap ROM. â'¢ A QBus protocol multi-master bus connecting the four SC140 cores , host bandwidth. â'¢ Byte enable signals enables 1, 2, 4, and 8 byte write access granularity. â Freescale Semiconductor
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emx remote tuning module

Abstract: ST L1117 . 2004, 2005. MSC8126RM Rev. 2 4/2005 MSC8126 Overview 1 SC140 Core Overview 2 External Signals 3 System Interface Unit (SIU) 4 Reset 5 Boot Program 6 Clocks 7 , I 1 MSC8126 Overview 2 SC140 Core Overview 3 External Signals 4 System , 3-28 4 System Interface Unit (SIU) 4.1 4.1.1 Architecture . . . . . . . . . . . . . . . .
Freescale Semiconductor
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emx remote tuning module ST L1117 lict Ea 1530 A G25 BFU BRX 49 SCR PIN CONFIGURATION CH370
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