Related by context. All words. (Click for frequent words.) 67 keV 64 MeV 64 1kHz 63 electronvolts 62 cm -2 62 μW 62 kVp 62 fs pulses 61 Nd YAG 61 pulse durations 60 cm ² 60 femtosecond pulses 60 nH 60 mW/cm2 60 microvolts 59 dBm output 59 ° sec 59 μV 59 total harmonic distortion 59 dB SNR 59 +7 dBm 59 μm wavelength 59 Vpp 58 mΩ 58 ohm load 58 W/cm2 58 mW 58 wavelength tunable 58 pulse widths 58 microvolt 58 meV 58 dB insertion loss 58 μH 58 2dB 58 linewidth 58 #lm [002] 57 mT 57 #pF [001] 57 #.#Hz 57 FWHM 57 synchronous buck converter 57 thermal EMF 57 GeV 57 HV# [003] 57 YAG lasers 57 #.#dB [003] 56 typ 56 joules 56 #dBm output 56 cm -3 56 msec 56 nm wavelength 56 cm -1 56 Si#DB 56 √ Hz 56 LTR# 56 D2PAK 56 GFlops 56 Â ± 56 microampere 56 mOhm 56 ZXLD# 56 Î ¼ 56 #ksps 56 #.#nm [002] 56 #.#V [002] 56 mK 56 #.#μm [001] 56 1mA 56 microamps 56 #/#Hz [001] 56 pulse width 56 5μm 56 μsec 56 kcal mol 56 Voltages 56 #us [001] 56 #Ω [002] 56 luminous flux 56 phonon 56 m z 56 μm 55 Quiescent current 55 THD + N 55 #μs [002] 55 microwatt 55 petawatt 55 polarization multiplexed 55 #nm wavelength [001] 55 f#.# f#.# 55 micron wavelength 55 #.#dBm 55 Input Voltage 55 numerical aperture NA 55 femtoseconds 55 millivolts 55 circularly polarized 55 #μA [002] 55 μS cm 55 0 dBm 55 2kHz 55 ZUIKO DIGITAL ED 55 dBFS 55 pulsewidth 55 μS 55 #V outputs 55 BPSK 55 differential nonlinearity DNL 55 absorption coefficient 55 phototransistors 55 excitation 55 #.#mA [002] 55 #.#VDC 55 dc voltage 55 ohm cm 55 kΩ 55 cm ³ 55 delta sigma 55 Nd YAG laser 55 milliohm 55 #mA [003] 55 MBd 55 GB DDR3 55 fA 55 #nm #nm [001] 55 x 2mm 55 ± #.#dB 55 PIN diodes 54 nsec 54 #.#dB gain 54 #nm laser [002] 54 λ 54 Hz 54 pin TQFP 54 #mV [002] 54 servo controller 54 electron volt 54 #.#mV 54 LVPECL 54 -# dBm [001] 54 1kV 54 ZrO 2 54 ± #ppm [001] 54 dBc 54 1Hz 54 photoemission 54 kT 54 NMR spectra 54 mm ² 54 pF 54 input impedance 54 regulated output voltages 54 #um [002] 54 #.#W [003] 54 DEV DA TOMAR NEXT 54 quadrature modulator 54 inductance values 54 #KHz [001] 54 #Vdc [003] 54 ml min 54 mV V 54 narrow linewidth 54 Agilent #A [001] 54 8W 54 titanium sapphire 54 PIN diode 54 mV 54 1dB gain 54 #μs [001] 54 #V ac 54 Nd YAG lasers 54 dI dV 54 nT 54 V ac 54 megajoules 54 photon energies 54 mH 54 5mW 54 trans impedance 54 #W halogen 54 LiNbO3 54 lowpass filter 54 FCBGA 54 Sitrans 54 kHz frequency 54 ε 54 dB compression 54 sqft hr 54 mA output 54 μm diameter 54 #μm [001] 54 linearly polarized 54 picoseconds 53 milliamps 53 pin TSSOP 53 luminous efficacy 53 emission wavelength 53 rms jitter 53 dispersive 53 Shutter speeds 53 RDS ON 53 #.#MHz [007] 53 microamp 53 CdSe 53 KHz offset 53 V dc 53 MBq 53 output voltages ranging 53 nm excitation 53 g cm 53 capacitive loading 53 LVCMOS 53 ppm ° C 53 candelas 53 μs 53 #Hz #kHz 53 clamping voltages 53 #.# MHz [002] 53 mA 53 UV VIS 53 CY# [003] 53 -3 dB 53 1μm 53 MΩ 53 lithium niobate 53 InSb 53 W mK 53 uW 53 dV dt 53 5Hz 53 mW MHz 53 gamma ray emission 53 #.#kW [002] 53 kg hr 53 arbitrary waveform generator 53 photon detection 53 emits photons 53 #Msps [002] 53 picosecond 53 cm3 53 1mW 53 uM 53 QMEMS 53 voltage #.#V 53 #dB SFDR 53 #.#um [001] 53 μm thick 53 #nm laser [001] 53 0V 53 candelas per 53 mW cm 2 53 1W LEDs 53 impedance input 53 #μF [002] 53 #lm W [001] 53 5dB 53 5mm x 5mm 53 #mV V 53 #dB SNR [002] 53 milliwatts mW 53 #x# mm [004] 53 DFB lasers 53 2ppm 53 psec 53 sulfur dioxide SO 53 milliamp 53 hz 53 Femtosecond 53 #VDC [002] 53 X ray pulses 53 Total Harmonic Distortion 53 1dB 53 #V dc [002] 53 isotropic 53 photon flux 53 microwatts 53 voltage coefficient 52 electron bunches 52 microstepping 52 Vrms 52 pulse width modulated PWM 52 0dBm 52 #.#Gbit s [001] 52 fluence 52 m 52 -#dBc/Hz 52 micron thick 52 Quadrature Phase Shift Keying 52 ohm loads 52 timebase 52 electron volts 52 #.#V #.#V [001] 52 photodetector 52 #W bulb 52 typ. 52 voltage divider 52 bandpass 52 microamperes 52 #nm #nm [003] 52 jitter measurement 52 mCi 52 PWM signal 52 noise ratio SNR 52 nanosecond pulses 52 LEICA DC VARIO ELMARIT 52 dBi antenna 52 SNR signal 52 amplitudes 52 mosfets 52 #.#x magnification [001] 52 cd m 52 #-# Vdc 52 #Msps [001] 52 PWM frequency 52 Wh kg 52 Fig. 2d 52 uV 52 uF 52 Yb 52 photon counting 52 deoxy 52 IR LEDs 52 InGaAs 52 signal analyzers 52 oscillation frequency 52 mosfet 52 5ppm 52 microfarads 52 irradiance 52 LWIR 52 resonance frequency 52 electron volts eV 52 Mpixels 52 #dB SNR [001] 52 hafnium oxide 52 Max. 52 #ohm [001] 52 C0G 52 5mA 52 transcranial 52 #dB attenuation 52 rms noise 52 Mosfets 52 pulse width modulation PWM 52 nanowatts 52 8kV 52 QCLs 52 Vdd 52 #ppm ° C 52 picometers 52 Amperes 52 Gbps transceiver 52 #.#dB [002] 52 pulse width modulation 52 +# deg [002] 52 4MHz 52 ADA# 52 #VAC [002] 52 Si#DP 52 pulsed lasers 52 electron diffraction 52 photoelectron 52 #lm [001] 52 #mV [001] 52 nanometer wavelength 52 Uncooled 52 absorbance 52 helium ions 52 x 9mm 52 THz radiation 52 #:#:# RGB 52 attoseconds 52 Vp p 52 #u [001] 52 sinewave 52 pulsed fiber 52 mm equiv 51 oscillator frequency 51 #ns [002] 51 chipscale 51 ZnSe 51 μg mL 51 beamsplitter 51 capacitively coupled 51 2kV 51 Å -1 51 leakage currents 51 Noise Ratio 51 Tunable 51 -# dB [002] 51 spectral density 51 wph 51 nm wavelengths 51 lasing wavelength 51 absorption spectroscopy 51 harmonic suppression 51 kS s 51 Erbium 51 micron diameter 51 pin DIP 51 IC# = 51 milliwatt 51 Ultra DMA 51 frequency modulated 51 4mA 51 #mA output [002] 51 +# dBm output 51 voltage outputs 51 PWM dimming 51 ohms 51 #MS s [002] 51 #V dc [001] 51 L#A [001] 51 micromolar 51 z = 51 #mW [002] 51 enthalpy 51 MHz bandwidth 51 modulated RF 51 modulated laser 51 #V AC input 51 passband 51 #.#μ 51 mAs 51 #.#nm [001] 51 pmol 51 arcmin 51 photodiode array 51 #nm #nm [002] 51 Pulsed 51 #.#mA [001] 51 CMOS TTL 51 ultrashort pulse laser 51 spectral purity 51 numerical apertures 51 P1dB 51 #μm [002] 51 #lm W [002] 51 photocurrent 51 #mΩ [001] 51 5kV 51 cantilever deflection 51 4dB 51 switched capacitor 51 kHz sampling 51 ω 51 SOT# [002] 51 #.#mm x #.#mm [003] 51 transimpedance amplifier 51 numerical aperture 51 kilohertz kHz 51 circular dichroism 51 ppm deg 51 #cd m 2 51 ParBERT 51 5VDC 51 mAh g 51 #μA [001] 51 #mW [003] 51 #.#Gbps [003] 51 χ 51 mrad 51 differential signaling LVDS 51 QPSK 51 thyristor 51 -#.# dBm 51 3dB 51 lumens lm 51 #.#MHz [008] 51 amplitude 51 T1 weighted 51 kHz/#-bit 51 mrem 51 ug mL 51 shear modulus 51 Er YAG 51 ADMP# 51 PWM outputs 51 linearized 51 -# dBc [001] 51 +5 VDC 51 #.#pF 51 degC 51 γ 51 μF 51 1ns 51 femtosecond 51 2μm 51 #.#uF 51 milliohms 51 Analog Devices AD# 51 hyperfine 51 Fourier transform 51 #K LEs 51 xenon lamp 51 #.#dB [001] 51 bit sigma delta 51 ± #V [002] 51 TRF# [002] 51 #mm f#.# [001] 51 Fig. 1A 51 millimeter wavelength 51 Mach Zehnder 51 ratiometric 51 E pHEMT 51 cm2 51 Ti sapphire laser 51 Gaussian beam 51 absorption spectra 51 thermally optimized 51 Model LTC# 51 #.#μF 51 #pF [002] 51 1MHz 51 #MHZ [002] 51 backscattered 51 waveform generators 51 kHz 51 multimode optical fiber 51 hysteretic 51 η 51 Mpc 51 scfm 51 lumens watt 51 consumes #mW 51 Platform openSUSE 51 SMD LEDs 51 pin SSOP 51 #us [002] 51 Mosfet 51 ^ sup -1 51 SiO 2 51 sigma delta 51 #:# multiplexer 51 #,#:# contrast ratio [003] 50 #nm wavelength [002] 50 Z axes 50 ohmic 50 8GHz 50 8MHz 50 4kW 50 TDFN packages 50 τ 50 quadrillionth 50 frames sec 50 +4 dBm 50 Interferometric 50 SFDR spurious free 50 DPSS laser 50 ° C ambient temperature 50 8dB 50 Gamma rays 50 VCXO 50 Mg Fe 50 excitation wavelengths 50 6GHz 50 3MHz 50 W/m2 50 brushless DC motors 50 kilovolts kV 50 ac voltage 50 #mm ² [001] 50 transfer FRET 50 +# dB 50 #V MOSFETs [002] 50 2mA 50 pixel CMOS 50 emission spectrometer 50 prescaler 50 KB L2 cache 50 nm spectral 50 capacitances 50 #kHz frequency [002] 50 excitation wavelength 50 CL7 50 TO #AB 50 m/s2 50 ADC#D# 50 Fig. 4c 50 watts RMS 50 milliamps mA 50 frequency synthesizer 50 mcd 50 Fig. 2b 50 EIRP 50 tera electron volts 50 #.#mm x [001] 50 galvo 50 hyperpolarization 50 #MSPS 50 voltage differential 50 excitation energies 50 J BERT N#B 50 #GHz [001] 50 PECL 50 surface plasmon 50 T2 weighted 50 polarimetry 50 diffractive 50 dBi gain 50 #x#W 50 Nm3 h 50 bipolar transistor 50 #W #W [001] 50 Ultrabright 50 FLIM 50 amplitude modulated 50 #.#VI O 50 watts 50 TVID 50 rotary encoders 50 kJ 50 Gbit LAN 50 integral nonlinearity INL 50 transmissivity 50 mm f/#.#-#.# 50 submillimetre wavelengths 50 zero cogging 50 kilo watts 50 collimator 50 MS#A 50 #mW [001] 50 transmittance 50 transduction 50 #dBc 50 TDS#C 50 5V tolerant 50 #.#kHz [001] 50 PWM output 50 5Vdc 50 megapascals 50 I# I# [002] 50 mGy 50 Distagon T * 50 jitter attenuation 50 inelastic scattering 50 Pulse Width Modulation 50 argon fluoride 50 6mm x 50 SO4 50 adaptive equalization 50 XR#M# 50 GFLOPs 50 GaAs FET 50 arbitrary waveform generators 50 x 7mm 50 μA 50 #.#GHz [001] 50 Crystal Oscillator 50 #Wh [002] 50 PWM controller 50 monocrystalline modules 50 Op Amps 50 piezoelectric crystal 50 measuring #.#mm x [001] 50 photon fluorescence 50 TPC# H 50 Preamplifier 50 nV 50 epitaxially grown 50 #.#GB s [001] 50 dielectric strength 50 Fig. 4a 50 Nova NanoSEM 50 cd/m2 50 mol 50 Digital Converter ADC 50 +5 dBm 50 milliampere 50 #nA [001] 50 6x zoom 50 optically coupled 50 Model #A 50 #Vac input 50 differential quadrature phase 50 dipole moment 50 Khz 50 SCFM 50 ZUIKO DIGITAL 50 sampling oscilloscope 50 parameter measurements 50 magnetoresistance 50 Avago ACPL 50 PIN photodiode 50 modulated signals 50 x #i 50 cd m² 50 Kelvins 50 #.#x#.#mm 50 MAX#/MAX# [002] 50 backlight LEDs 50 nV sqrt Hz 50 fig. S2 50 ASPH lens 50 #Vdc input 50 #nA [002] 50 3nm 50 adjustable output voltages 50 +#.# dBm [002] 50 4kV 50 dv dt 50 electret 50 femtosecond laser pulses 50 decibel dB 50 piezoelectric actuators 50 monochromator 50 #μF [001] 50 gph 50 #dB pad 50 magnetization 50 capacitance values 50 #V AC [002] 50 #.#mA [003] 50 arcsec 50 inductance 50 temperature coefficient 50 di dt 49 #ppm Cu 49 ferrites 49 output voltage 49 optocoupler 49 Coulomb blockade 49 oC 49 mm F#.# 49 laser pulses 49 MOSFETS 49 collimated 49 laser excitation 49 SMT LEDs 49 pin 4mm x 49 chemiluminescence 49 GPa 49 multicrystalline cells 49 THz 49 nm VCSEL 49 FT4 49 3mm x 49 #m Tc 49 pin QFN 49 CPU Cooler Review 49 collinear 49 ps rms 49 energetic gamma rays 49 -# mV [002] 49 #.#μA 49 σ 49 YAG laser 49 m3 h 49 fluorescence intensity 49 Gbits s 49 lasing 49 Mflops 49 #uA [002] 49 #.#u 49 WIDTH 49 #uA [001] 49 baud rate 49 thyristors 49 SOIC package 49 Mbit SRAMs 49 PLL synthesizer 49 output impedance 49 dielectric constant 49 Kbits 49 HMC#LP#E 49 UCC# 49 digital converters ADCs 49 #mm F4 [001] 49 anomalous dispersion 49 beamsplitters 49 + #.#dB 49 P3HT 49 Â ° C. 49 nitride semiconductor 49 ms -1 49 x #.#in [002] 49 1nm 49 cm sec 49 inductive loads 49 bandpass filter 49 min -1 49 mG 49 transistor pHEMT 49 photothermal 49 kGy 49 #oC [001] 49 nanomolar 49 beam splitter 49 GFLOPS 49 plasmon 49 azimuthal 49 TMDS 49 GaAs pHEMT 49 PaO 2 49 birefringence 49 ± #ppm [002] 49 RF Power Amplifier 49 yr -1 49 Heatsink Review 49 responsivity 49 #mm f/#.#-#.#G ED VR 49 photon beam 49 dpa wh 49 moduli 49 Msps 49 sigma delta ADC 49 luminous intensity 49 tin Sn 49 lumen brightness 49 DMOS 49 watt CFL 49 single photon detectors 49 illuminance 49 dpa si 49 GaN transistor 49 Dimmable LED 49 μL 49 sine wave 49 TTL compatible 49 instrumentation amplifiers 49 InAs 49 #Hz [002] 49 megohms 49 #.# mW MHz 49 psia 49 synthetic aperture 49 digitally programmable 49 Color Rendering Index 49 #Khz 49 kelvin 49 f/#.#-#.# 49 MHz DDR 49 CONVERTER 49 R LAV CC 49 6dB 49 2ms 49 2nm 49 μmol 49 #.#Vdc 49 #A #V [002] 49 mm f/#.# ASPH 49 MPa 49 2MHz 49 monochromators 49 vertical polarization 49 2mm x #.#mm 49 demultiplexer 49 dpa rt 49 paramagnetic 49 #kHz [001] 49 CL8 49 #msec 49 instrumentation amplifier 49 uL 49 datarates 49 Sitrans LR# 49 watt incandescent lamp 49 Fig. 4b 49 metal halides 49 reflectometry 49 linear interpolation 49 output capacitance 49 mu m 49 Europium 49 Voltage Controlled 49 avalanche photodiode 49 MTCMOS 49 photodetectors 49 collimators 49 microcavity 49 attosecond 49 resistive loads 49 ultraviolet laser 49 kt Increasing 49 picoseconds ps 49 x #dpi [002] 49 sinusoidal commutation 49 watt MR# 49 rev min 49 1μA 49 Ytterbium 49 ν 49 × #.#mm [002] 49 thermal dissipation 49 Fabry Perot 49 arbitrary waveform 49 MPQ 49 pfu 49 ANSI lumens brightness 49 TDFN package 49 magnon 49 #V input 49 SMA connector 49 oxyhemoglobin 49 laser diode modules 49 #-#,# Hz 49 lamp ballasts 49 nmol 49 #G DQPSK 49 kB 49 S Nikkor 49 photon 49 LVTTL 49 κ 49 θ 49 #nm wavelengths 49 ft sec 49 Fractional N 49 #mΩ [002] 49 XLR mic 49 rpm spindle 49 #Wh [001] 49 mm f/#.# 49 sq. mm 49 LM# [003] 49 pin BGA package 49 optimized dpi 49 LEICA DC VARIO ELMAR 49 μM 49 NMOS 49 Z axis 49 #.#mm x #.#mm [001] 49 micro sieverts 49 Xtra Fine 49 oxide thickness 49 demodulate 49 VCXOs 49 2kW 49 CL5 49 galvanically isolated 49 Optical Transceiver 49 Arsenide 49 ii ultrasonic 49 TECNIS ® 49 #W RMS [001] 49 frequency doubler 49 superior heat dissipation 49 metal halide lamp 49 bandgap 49 microbolometers 49 external resistor 49 MAX#A 48 4 x 4mm 48 #.#W [004] 48 foot lamberts 48 breakdown voltages 48 #W #W [002] 48 +# Vdc 48 Z Foil 48 Nm torque 48 electrons positrons 48 cell Li Ion 48 #mA [002] 48 VisuMax 48 monolithically integrated 48 dpa tg 48 oxide thickness EOT 48 dpa sch 48 pulsed laser 48 laser pulse 48 kWhr 48 arcsecond 48 incremental encoders 48 5nm 48 sub picosecond 48 Vsby 1 48 mL kg 48 compressive stress 48 #.#h [002] 48 kbit 48 +# dBm 48 differential scanning calorimetry 48 downconverter 48 characteristic impedance 48 band parametric EQ 48 lm W 48 #APSK 48 #GB DDR3 48 LV CC 48 heterodyne 48 eSIP 48 digital converter ADC 48 Downlink Freq 48 #Hz #Hz [001] 48 electromotive force 48 intracavity 48 #MIPS [002] 48 #mm f/#.#-#.# [002] 48 PWM pulse width modulation 48 cm ^ sup 48 #.#-# V 48 #MHz #.#GHz 48 YUV #:#:# 48 terawatt 48 Mbytes sec 48 #ohm [002] 48 kWs 48 #m/min [002] 48 compensator