Related by context. All words. (Click for frequent words.) 61 μs 58 #ns [001] 58 typ 57 fs 56 #ns [002] 55 ms 55 cm -2 55 nsec 55 μsec 54 ps 53 h 53 meV 53 msec 53 #ms [003] 52 #.#ns 52 #us [001] 52 dpa wh 52 dpa amc 52 2n 52 #μs [001] 52 1ns 51 1ms 51 Ù 51 ¬ 51 pulse width 51 μm 51 #.#ms [002] 50 nid 50 ° sec 50 CNA ir 50 dpa si 50 dpa rt 50 ì 50 sec 50 dpa jbp 50 mS 50 sn 50 = strlen 50 dpa sib 49 buf 49 Fig. 4c 49 mV 49 Mbits 49 ac 49 Phase Locked Loops 49 rel 49 rr 49 ³ ³ 49 #μs [002] 49 nt 49 dpa nr 49 lx 49 keV 49 Fig. 1c 49 microsecond 49 √ Hz 49 f [001] 49 dpa sm 49 1MHz 49 χ 49 dpa hl 49 g 48 z 48 1μm 48 FWHM 48 dpa rl 48 dpa cb 48 #.#Hz 48 thermal EMF 48 GB sec 48 dpa ms 48 struct * 48 z axes 48 = sizeof 48 1kHz 48 picoseconds 48 Fig. 2d 48 rt 48 ê 48 memset 48 = null 48 channel MOSFETs 48 μS 48 #us [002] 48 #.#μm [001] 48 = argv 48 nanoseconds ns 48 Î ¼ 48 unsigned char 48 Ω 48 η 48 2ns 48 ls 48 ± ± 48 kulhadd 47 rms 47 rho 47 dpa tg 47 τ 47 inni 47 dpa fm 47 kB 47 dyn 47 ij 47 ¹ q 47 dpa kr 47 dV dt 47 l li 47 printf 47 qed 47 dpa ry 47 milli 47 ω 47 microseconds 47 sqrt 47 dsp 47 questi 47 dpa sch 47 #.#mA [002] 47 47 dpa db 47 impedances 47 cm -3 47 Platform openSUSE 47 eax 47 hekk 47 str = 47 #ms [002] 47 argv 47 interleaving 47 mosfet 47 huma 47 Vdd 47 ks 47 #msec 47 #.#Gbit s [002] 46 interrupt latency 46 ± ¹ 46 rela 46 operatio 46 linewidth 46 46 -# dBm [001] 46 baud rate 46 #ps [002] 46 dpa hw 46 RMS jitter 46 5ms 46 #.#-# b [002] 46 i ty 46 mH 46 ts 46 ε 46 nH 46 #bits 46 mhux 46 5μm 46 sed 46 ± #.#dB 46 radi 46 ∂ 46 Jekk 46 ne se 46 Kb 46 ¬ tion 46 milliseconds ms 46 pkt 46 #GHz [001] 46 ving 46 ma li 46 CNA jy 46 lt ;/ 46 dolore 46 Gbit sec 46 luma 46 ^ [001] 46 arcmin 46 ë 46 picosecond 46 sprintf 46 xi haga 46 ch 46 dpa ff 46 mm ² 46 qs 46 dia 46 dpa cp 46 #nA [002] 46 darba 46 thers 46 kes 46 microamps 46 unsigned int 46 pulse widths 46 dpa sar 46 Fig. 2c 46 Fig. 2A 46 alw 46 pulse durations 46 nds 45 wl 45 fA 45 4ms 45 = NULL [001] 45 cm ² 45 = NULL [002] 45 jista 45 ttl 45 SiO 2 45 mJ 45 μW 45 #ksps 45 CNA vm 45 IOPs 45 ent 45 u ma 45 nV 45 d 45 jekk 45 psec 45 nl 45 communica 45 anding 45 ÿÿ 45 ¼ ¼ 45 ar eu 45 cate 45 íà 45 lambda 45 tions 45 vl 45 mig 45 dx 45 ý Q 45 ú 45 MBytes 45 prescaler 45 intrinsic jitter 45 input impedance 45 yt 45 #.#ms [001] 45 ine 45 ined 45 jaf 45 ta 45 #Mbits [002] 45 cm ^ sup 45 dc voltage 45 cle 45 Hz 45 schede 45 dc 45 dpa fp 45 i gyd 45 dollari 45 kn 45 #.#V [002] 45 kΩ 45 dpa dc 45 dpa lsm 45 ahjar 45 Fig. 1B 45 hafna 45 li 45 picometers 45 kieku 45 fprintf stderr 45 Gigahertz GHz 45 ÷ 45 Ì 45 GSa s 45 newydd yn 45 sizeof 45 ip 45 struct 45 addr 45 +# dB 45 datarates 45 #pF [002] 45 · Î 45 ained 45 cosine 45 #.#W [003] 45 len 45 cynnwys 45 channel MOSFET 45 hy 45 minn 45 ^ sup -1 45 ° í 45 zmien 45 qq 45 xi hadd 45 bw 45 KByte 45 hela 45 dz 44 li li 44 #μm [001] 44 m z 44 dpa dg 44 mK 44 #Gbit [001] 44 G.#a 44 #.#nm [002] 44 sl 44 contribu 44 ma xejn 44 ¾ Ð 44 cs 44 Fig. 4b 44 nL 44 bool 44 Vcc 44 edi 44 sizeof struct 44 Gvern 44 RC oscillator 44 transconductance 44 2KB 44 Gbits sec 44 div div 44 nanoseconds 44 newsdesk@afxnews.com faj 44 wjh 44 u cn 44 ets 44 wiehed 44 ¬ tions 44 Gbits s 44 attoseconds 44 ¸ ¸ 44 ¶ À 44 hemm 44 #kHz [001] 44 ˙ 44 multiply accumulate 44 Gb sec 44 ohms 44 hr 44 #mV [002] 44 μA 44 vm 44 fcc 44 3nm 44 hz 44 mW MHz 44 oc 44 6T SRAM 44 wph 44 #bit [001] 44 torr 44 . [006] 44 ne 44 kbits 44 orm 44 u li 44 1nm 44 sub microsecond 44 nies li 44 MByte 44 wo wo 44 dephasing 44 ≈ 44 ar ar 44 art. 44 utf 8 44 ra 44 Fig. 3c 44 capacità 44 strlen 44 π 44 ips 44 ere 44 ï ¬ 44 aac 44 fs pulses 44 holl 44 À º 44 TTL compatible 44 dpa ns 44 ange 44 #mV [001] 44 Vpp 44 1mb 44 femtoseconds 44 FIFOs 44 Fig. 3A 44  ± 44 CNA ls 44 FRAP 44 nks 44 ters 44 output voltage 44 np 44 ni wedi 44 ely 44 vb 44 Maen nhw'n 44 ations 44 8ms 44 dB insertion loss 44 DMOS 44 Mpixels 44 μV 44 voltages 44 See USSG § #A#.# 44 newsdesk@afxnews.com jdd 44 kienet 44 0 & 44 #x# [013] 44 Å -1 44 ÿÿ ÿþÿÀ ÿ ® 44 cm -1 44 σ 44 vio 44 ock 44 ° ê 44 ghz 44 jitter 44 il li 44 RDS ON 44 kbytes 44 Fig. 43 leakage currents 43 vry 43 passband 43 bli 43 z = 43 differen 43 excitation emission 43 ni'n 43 kollha 43 ys 43 ± #V [002] 43 ± ¸ 43 μ 43 fd 43 8kHz 43 wi 43 argc 43 r n 43 dm 43 8kV 43 jrw 43 ide 43 ro 43 ked 43 ν 43 nà 43 dB 43 Kbits 43 ac ar 43 = -1 43 #.#μA 43 λ 43 0 printf 43 kb 43 #MS s [002] 43 ewwel 43 newsdesk@afxnews.com tsm 43 1kV 43 unt 43 bytes 43 = '0 43 kHz bandwidth 43 » ç 43 Shutter speeds 43 Mbyte 43 newsdesk@afxnews.com fp 43 #.#Gbit s [001] 43 newid 43 str 43 aw 43 & gt 43 newsdesk@afxnews.com fjb 43 pmc 43 modulo 43 gwybodaeth 43 δ 43 MeV 43 ics 43 waith 43 mmc 43 dpa sk 43 ¨ ª 43 GBps 43 mpm 43 lnk 43 pha 43 #μm [002] 43 ds 43 Mosfet 43 2dB 43 gener 43 sion 43 ρ 43 dc converter 43 poplu 43 kbits s 43 oved 43 newsdesk@afxnews.com gh 43 #MHz DDR [001] 43 h r 43 PWM frequency 43 ene 43 sc 43 rs 43 cm ³ 43 lowpass filter 43 8MHz 43 Fig. 3B 43 ar 43 #.#dB [002] 43 newsdesk@afxnews.com 43 l 1l 43 pF 43 6dB 43 ¬ ing 43 ª ÷ 43 latencies 43 kcal mol 43 L1 cache 43 4Mb 43 ¨ q 43 ¡ 43 u 43 js 43 dywedodd y 43 sions 43 microwatt 43 newsdesk@afxnews.com ash 43 newsdesk@afxnews.com afp 43 cyhoedd 43 james.davey @ thomson.com jdd 43 Fig. 3d 43 angen 43 Mbytes sec 43 CNA jm 43 mi 43 mu m 43 ¼ 43 º Î 43 contro 43 pid 43 l ewwel 43 Saesneg 43 yl 43 MagIC 43 ane 43 Mae'r wedi 43 memorie 43 ¼ l 43 #GBps 43 #dB [001] 43 maith 43 Sh hd 43 ¤ å 43 ¸ ° 43 Supplementary Fig 43 ck 43 args 43 hysteresis 43 moduli 43 ca tion 43 newsdesk@afxnews.com jro 43 printf n 43 li qed 43 lang = 43 5Gbps 43 #V ac 43 #μA [002] 43 V dc 43 Fig. 1a 43 3ms 43 #.#-# V 43 ej 43 ted 43 θ 43 kilohertz kHz 43 ³ ¯ 43 angstroms 43 ei i 43 newsdesk@afxnews.com tsk 43 ll 43 deadtime 43 bre 42 len = 42 ohm 42 @ COMM 42 sd 42 biex l 42 dI dV 42 baud 42 ghax 42 ps rms 42 ¤ ¤ 42 scb 42 sh 42 int 42 f/# 42 ¿ ¡ 42 alla di 42 PWM signal 42 dB SNR 42 Mbit SRAMs 42 nya 42 oo 42 :9 42 jaghmel 42 kHz sampling 42 #Hz [002] 42 nce 42 sram 42 Fig. 1A 42 ghal 42 achat photoshop 42 ddim yn 42 Max. 42 ce 42 gma 42 noise ratio SNR 42 r# [003] 42 ut 42 ¨ ¤ 42 lignes 42 gvern 42 twd ccg 42 millisecond 42 1Hz 42 ms -1 42 ml min 42 pan.pylas @ thomson.com pp 42 absorption coefficient 42 yno 42 #.#GB s [001] 42 ÷ ÷ 42 5nm 42 42 uV 42 2ms 42 dpa jb 42 baud rates 42 μH 42 te 42 params 42 Á ¤ 42 awr 42 mw END 42 1mA 42 dpa fs 42 o 42 cpu 42 #.#V #.#V [001] 42 timebase 42 sci en tists 42 oed yn 42 x 42 Ð ¸ 42 sia 42 emi 42 direc 42 mili 42 IEEE #.#a b 42 uv 42 gael 42 dpa str 42 ca 42 pn 42 Fig. 3b 42 tc 42 ps nm 42 newsdesk@afxnews.com bk 42 o fewn 42 ure 42 faoi 42 ¼ ö 42 Ú 42 li ma 42 φ 42 Np 42 scsi 42 uM 42 capacitive loading 42 swyddogion 42 qatt 42 gr 42 mnt 42 m ^ sup 42 CL7 42 omes 42 os 42 tter 42 #pF [001] 42 j 42 ÀÌ 42 height #px [002] 42 KHz 42 cx 42 tr 42 yn â 42 newsdesk@afxnews.com hco 42 h1 42 kemm 42 fast Fourier transform 42 anns 42 Fig. 2b 42 microamp 42 mol 42 ghax ma 42 Mhux 42 defnyddio 42 -# dB [001] 42 kbit s 42 ict 42 eu ar 42 orci 42 μl 42 r 42 spi 42 var i 42 Ñ Ñ 42 img 42 ddyn 42 uf 42 MΩ 42 #.#Gbps [002] 42 var = # [001] 42 Class BladeSystem 42 § #E 42 ¤ ¸ 42 ter 42 #.#dB [003] 42 shem 42 Kb s 42 io 42 #à [001] 42 qu 42 ima 42 oed 42 nC 42 sulfur dioxide SO 42 responsivity 42 Gbps 42 ected 42 newsdesk@afxnews.com nma 42 USC § § #e 42 anag. less 42 ² ³ 42 remo 42 kien hemm 42 Eq. 42 fa la 42 aff 42 di lavoro 42 l l 42 Minghella pronounced 42 gl 42 ¤ j 42 Na wa 42 pratique 42 aelodau 42 g cm 42 Cafodd ei 42 ue 42 paul.sandle @ thomson.com ps 42 il ta 42 amu 42 pobl 42 semper 42 fydd 42 byw 42 MB sec 42 thm 42 Dnt 42 participa 42 uts 42 kyk 42 o O = 42 kollu 42 ar yn 42 #x [001] 42 ddamwain 42 nanosecond pulses 42 rom 42 Vestibulum 42 º ° 42 addi 42 const 42 dan il 42 io n 42 c1 42 hwn 42 ects 42 + sizeof 42 oving 42 anag 42 contiene 42 fpm 42 Mbits s 42 hanner 42 fu * [001] 42 rfc 42 jl 42 millivolts 42 lc 42 :3 42 yn gallu 42 unrhyw un 42 z ^ 42 cael eu 42 pA 42 2μm 42 li il 42 user selectable 42 ui 42 es 41 Fig. 2C 41 ddau 41 aros 41 ° ° 41 vQsQn 41 isomeric 41 c2 41 Sht hd 41 jh 41 ild 41 rg 41 hon yn 41 fel y 41 NZPA WGT 41 disgwyl 41 arall 41 Det är 41 ฌ 41 y sy'n 41 tty 41 Yb 41 mbar 41 Cafodd y 41 chwe 41 #Mbyte s [002] 41 ª k 41 mrad 41 ADA# 41 ZXLD# 41 ver 41 si le 41 kpc 41 jst 41 ± × 41 hm hm 41 Gra 41 addysg 41 kA 41 dV 41 ori 41 dpa br 41 #.#Gb s [003] 41 Megabits 41 biss 41 excitation 41 GLU GLU MOBILE 41 newsdesk@afxnews.com jmh 41 q = 41 fc 41 ³ â 41 Lg nk 41 newsdesk@afxnews.com pmi 41 ti 41 8KB 41 cl 41 y gwaith 41 tumi amar 41 Du kan 41 rhai 41 獭 41 cb 41 ated 41 minut 41 tes 41 monicca.egoy @ afxnews.com mbe 41 rk 41 # xfffd 41 #Mb/sec [002] 41 cern 41 Id. § 41 total harmonic distortion 41 kont 41 CNA fa 41 o'i 41 #.#mA [003] 41 ¾ î 41 characteristic impedance 41 mbs 41 eto 41 emc 41 ò 41 fis 41 Connect io 41 P. #a 41 ation 41 vari 41 gv 41 ° C 41 fa 41 ta tion 41 ethe 41 :/ 41 #px [001] 41 ge 41 Mbytes 41 0V 41 ech 41 rhaid 41 gy 41 Mae angen 41 ysgolion 41 två 41 smo 41 ac mae'n 41 ± â 41 41 microvolts 41 ule 41 arbennig 41 #kB [001] 41 gwasanaeth 41 mwy o 41 integral nonlinearity INL 41 sta 41 bels 41 drwy 41 heddlu 41 udp 41 yn un 41 photoshop preis 41 ens 41 yr yn 41 ff 41 www.orgsites.com 41 eets 41 ikun 41 o bobl 41 integer 41 din il 41 milliamps mA 41 ligula 41 y cynulliad 41 #kHz sampling [001] 41 microampere 41 blb 41 u mhux 41 #.#fps [003] 41 synchronous 41 iehor 41 sivakumar.sithraputhran @ afxnews.com ss 41 cdrom 41 y yn 41 ftit 41 diversi 41 ystyried 41 type ZnO nanowires 41 eller 41 Ð ¾ 41 GBytes 41 kollox 41 alex.brittain @ thomson.com abr 41 gh 41 #MHz [001] 41 unrhyw 41 än 41 -# ° [002] 41 μm diameter 41 y cwmni 41 wavefront distortion 41 USC § #c 41 MPa 41 ile 41 #.#a b 41 ues 41 ymchwiliad 41 klein 41 b 41 oa 41 y mae 41 llawer o 41 CL9 41 megabits sec 41 eta 41 qatt ma 41 newsdesk@afxnews.com mn 41 operat 41 difrifol 41 wg 41 ref. 41 dejjem 41 ga 41 una para