Related by context. All words. (Click for frequent words.) 76 #mV [001] 76 #mV [002] 70 μV 69 output voltage 67 1kHz 67 6dB 67 μs 67 mA output 67 μA 67 -# dBm [001] 66 #.#V [002] 66 psec 66 microvolts 66 2dB 66 0V 66 nsec 65 kΩ 65 μH 65 passband 65 #.#dB [002] 65 1dB 65 mA 65 input voltages 64 ± #V [002] 64 input impedance 64 #.#mV 64 cm -2 64 #ns [002] 64 microamps 64 fA 63 #Ω [002] 63 μsec 63 V ac 63 typ. 63 milliohm 63 Vpp 63 #ksps 63 #.#V [001] 63 meV 63 mΩ 63 input voltage 63 output impedance 63 uV 63 ± #ppm [001] 63 ° sec 63 mosfet 63 oscillator frequency 63 #mA [002] 63 #.#Hz 63 ± #.#dB 63 1MHz 62 output voltages 62 typ 62 #mA output [002] 62 1mA 62 V dc 62 +5 V 62 #nA [001] 62 temperature coefficient 62 dBm 62 #.#μA 62 KHz 61 #ohm [001] 61 dc voltage 61 msec 61 #ns [001] 61 #dBm [002] 61 external resistor 61 ppm ° C 61 Input voltage 61 #.#Ω 61 μF 61 Vcc 61 #V ac 61 2kHz 61 √ Hz 61 dBc 61 phototransistor 61 capacitances 61 #pF [001] 61 pF 61 voltages 61 μW 61 ohms 61 millivolt 61 output voltages ranging 61 Vdd 61 input capacitance 61 mK 61 #us [002] 61 Vdc 61 instrumentation amplifier 61 impedances 60 ZXLD# 60 thermal EMF 60 -# dB [001] 60 millivolts 60 #.#V #.#V [001] 60 total harmonic distortion 60 dBFS 60 #pF [002] 60 kHz 60 #mV V 60 LTC# 60 #μs [001] 60 +# dB 60 LVPECL 60 ADA# 60 #μs [002] 60 #μA [002] 60 #.#pF 60 5mA 60 2mA 60 microstepping 60 #kHz [001] 60 mOhm 60 1μm 60 μS 60 ISL# [001] 60 microamp 59 pulse width modulation 59 resonance frequency 59 prescaler 59 1ns 59 μm 59 3dB 59 5VDC 59 #.#V [004] 59 PWM dimming 59 keV 59 MAX# [003] 59 mrad 59 rms jitter 59 #.#mA [002] 59 m z 59 THD + N 59 #Vdc [003] 59 #V dc [001] 59 #kHz [002] 59 PWM signal 59 lowpass filter 59 #.#dB [003] 59 microvolt 59 Â ± 59 6V 59 #dBm output 59 mV V 59 #μA [001] 59 op amp 59 cm ² 59 dB 59 #.#-# V 59 linewidth 59 output capacitance 59 #-# Vdc 59 microampere 59 dBm output 59 Quiescent current 59 LVCMOS 58 MAX#/MAX# [002] 58 +# dBm 58 Vrms 58 Voltages 58 voltage outputs 58 kS s 58 #.#V #.#V [002] 58 ± #ppm [002] 58 kHz bandwidth 58 5V 58 baud rate 58 #/#Hz [001] 58 FWHM 58 synchronous buck converter 58 Hz 58 ratiometric 58 dB attenuation 58 dB compression 58 temperature coefficients 58 +# VDC 58 HV# [003] 58 #-# mA 58 OPA# [002] 58 external resistors 58 MBd 58 nH 58 #μF [002] 58 RDS ON 58 5V input 58 KHz offset 58 1kV 58 microfarads 58 inductance 58 #dBc 58 #.#MHz [008] 58 PWM frequency 58 ohm load 58 #.#mA [003] 58 mosfets 58 #us [001] 58 #.#dB gain 58 1μA 58 LVDS outputs 58 MAX# [001] 58 #VAC [002] 58 ± 5V 58 +4 dBm 58 #uA [001] 57 DAC outputs 57 #KHz [002] 57 #uA [002] 57 capacitance 57 arcmin 57 #KHz [001] 57 TTL compatible 57 mW 57 #.#μm [001] 57 pin TSSOP 57 OIP3 57 #mA [001] 57 Ω 57 8W 57 mm ² 57 -3 dB 57 #V dc [002] 57 milliohms 57 D2PAK 57 PWM controllers 57 transconductance 57 Si#DB 57 channel MOSFETs 57 pulse width modulation PWM 57 resistor 57 dB insertion loss 57 0 dBm 57 ISL# [002] 57 MMA#Q 57 voltage coefficient 57 hysteresis 57 #Msps [001] 57 7V 57 Shutter speeds 57 impedance 57 #.#VI O 57 dB SNR 57 termination resistors 57 impedance input 57 4mA 57 5ppm 57 digital converter ADC 57 #.#mohm 57 ± #V [001] 56 PWM controller 56 transimpedance amplifier 56 deterministic jitter 56 #Vac input 56 inductance values 56 8dB 56 PWM outputs 56 mV g 56 Gbits s 56 #.#nm [002] 56 dI dV 56 VGS = 56 MSPS ADC 56 Î ¼ 56 #mW [002] 56 AMIS # 56 nV 56 Eq. 56 ohm 56 MAX#/MAX# [001] 56 +# ° C [002] 56 4dB 56 channel MOSFET 56 linearized 56 #dB [001] 56 pulse widths 56 #MS s [002] 56 #V [001] 56 quiescent current 56 capacitance values 56 PECL 56 LVTTL 56 MHz bandwidth 56 TRF# [002] 56 BPSK 56 Amperes 56 integral nonlinearity INL 56 5v 56 TSSOP package 56 0dBm 56 LT# [003] 56 #.#uF 56 5kHz 56 timebase 56 ohmic 56 YCbCr 56 kHz frequency 56 nC 56 Input Voltage 56 + #.#dB 56 AAT# 56 quadrature modulator 56 ADP# [001] 56 rms 56 5dB 56 overvoltage protection OVP 56 arbitrary waveforms 56 di dt 56 μl 56 QPSK 56 5μm 56 #VDC [002] 56 #.#V 5V 56 #.#uA 56 +# Vdc 56 1ms 56 2kV 56 MAX#A 56 #.#dBm 56 #:#:# RGB 56 leakage currents 56 I2C interface 56 intermodulation distortion 56 Fig. 2A 56 voltage divider 55 #Msps [002] 55 nm VCSEL 55 Mosfets 55 #Ω [001] 55 milliamps 55 bypass capacitor 55 VSWR 55 #-# Vac 55 DAC# 55 delta sigma 55 triac 55 #.#VDC 55 clamping voltage 55 sinewave 55 λ 55 + -1 55 +# dBm output 55 HMC#LP#E 55 coupling capacitors 55 4 x 4mm 55 MΩ 55 #mΩ [001] 55 #:# multiplexer 55 milliamps mA 55 cm -1 55 #Vdc [002] 55 pulsewidth 55 IIP3 55 σ 55 θ 55 SY#L 55 scfm 55 Vcore 55 x 5mm 55 rotary encoders 55 #nA [002] 55 5V supply 55 Mosfet 55 TPS# [002] 55 #dB SNR [002] 55 threshold voltages 55 Vp p 55 picoseconds 55 1dB gain 55 #.#μF 55 #.#Vdc 55 potentiometer 55 pulse width 55 P1dB 55 #VAC [001] 55 absorbance 55 #VDC [001] 55 #MHz bandwidth 55 photocurrent 55 harmonic distortion 55 #Hz [001] 55 +5 VDC 55 SMA connector 55 directional coupler 55 #ohm [002] 55 8kHz 55 #V AC input 55 arcsec 55 8kV 55 #Vac 55 #.#v [001] 55 opto coupler 55 #V outputs 55 ac voltage 55 ml min 55 Agilent U#A 55 5Vdc 55 1Hz 55 dropout voltage 55 voltage #.#V 55 incremental encoder 55 #um [002] 55 dc dc controller 55 +# deg [002] 55 mS 55 bit sigma delta 55 #.#MHz [003] 55 Model LTC# 55 LTM# 54 mm QFN package 54 #.#ns 54 adjustable output voltages 54 LM# [003] 54 rms noise 54 -#dBc/Hz 54 ppm deg 54 analog outputs 54 inductor 54 #.#V voltage 54 5kV 54 #V [003] 54 #MSPS 54 #.#dB [001] 54 ε 54 #μm [001] 54 #x# mm [004] 54 2MHz 54 pin TQFP packages 54 cd m 54 singlemode 54 #V AC [002] 54 DMOS 54 η 54 -# dBm [002] 54 ps rms 54 buck converter 54 +# dBu 54 dv dt 54 mu m 54 MHz oscillator 54 cm -3 54 GPIOs 54 shunt resistor 54 volts AC 54 μm diameter 54 ADIS# 54 OSNR 54 op amps 54 Total Harmonic Distortion 54 #V phantom power 54 synchronous MOSFET 54 PID controller 54 #.#V [003] 54 SOT# [001] 54 pin QFN 54 #.#mA [001] 54 DFN package 54 #.#Gbps [001] 54 1uA 54 dc dc converter 54 mono stereo 54 μS cm 54 PSRR 54 MAX# MAX# [001] 54 mH 54 intrinsic jitter 54 #dB attenuation 54 DC LVDT 54 mT 54 Vdc input 54 photodiode 54 dV dt 54 variable resistor 54 VOUT 54 ADS# [002] 54 mJ 54 resistive loads 54 microamperes 54 kPa 54 analogue inputs 54 micrometer 54 uW 54 #bit ADC 54 HV# [001] 54 ZXCT# 54 parasitic capacitance 54 +4 dB 54 #mA [003] 54 x 2mm 54 #μF [001] 54 ADMP# 54 megohms 54 PIN diodes 54 galvanic isolation 54 MOSFET gate 54 Fig. 3A 54 #.#mm x #.#mm [003] 54 ± #.#V 54 +#.# dBm [002] 54 MSOP package 54 flyback converter 54 #dBm [001] 54 SOT# package [001] 54 0dB 54 cardioid polar pattern 54 inductances 54 INA# 54 noise ratio SNR 54 #V input 54 bandpass 54 LMZ# 54 dephasing 54 #.#V/#.#V 54 switched capacitor 54 SOIC package 53 ω 53 user selectable 53 YUV 53 pA 53 oC 53 #.#GHz [001] 53 milliamp 53 ON OFF 53 mm × 53 #lm [002] 53 LTC#/-# 53 PX# [003] 53 Digital Converter ADC 53 JFETs 53 PIN diode 53 backlight LEDs 53 Gbits sec 53 ADC#D# 53 UCC# 53 dBi antenna 53 dipole 53 #μm [002] 53 #Khz 53 SiO 2 53 4mm x 4mm 53 XRT#L# 53 VCXO 53 responsivity 53 jitter tolerance 53 2μm 53 undervoltage lockout 53 SiP# 53 dc converter 53 single external resistor 53 mM NaCl 53 PWM pulse width modulation 53 hz 53 DUTs 53 ps nm 53 coil voltages 53 #ppm ° C 53 magnitude EVM 53 analog inputs 53 4kV 53 PWMs 53 -# dBc [001] 53 RC oscillator 53 pin TSSOP package 53 NMOS 53 uA 53 PIN photodiode 53 quadrature 53 torr 53 4MHz 53 Model #A 53 dBi 53 g cm 53 #.#x#.#mm 53 #V #Hz 53 amplitudes 53 digitally programmable 53 DFN packages 53 amperes 53 coupling capacitor 53 thermistor 53 #dB SFDR 53 Fig. 3b 53 Fig. 1a 53 pin TQFP 53 CY# [003] 53 crystal oscillator 53 MIC# [002] 53 kbit 53 #.#A [002] 53 demodulated 53 -# dBc [002] 53 capacitive loading 53 #VAC input 53 m 53 MCP# [002] 53 Ultra DMA 53 z axis 53 bandgap 53 NCP# [002] 53 harmonic suppression 53 frequency synthesizer 53 ± 3dB 53 RF amplifier 53 RMS jitter 53 optocoupler 53 zener diode 53 TPS# [003] 53 kcal mol 53 nm excitation 53 #Hz #kHz 53 8MHz 53 nanoamps 53 kg hr 53 +7 dBm 53 LVDS output 53 SMA connectors 53 resistor programmable 53 Fig. 1B 53 synchronous rectification 53 #.#W [003] 53 voltage 53 pin SSOP package 53 ohm cm 53 #mm x #.#mm [001] 53 #dB pad 53 TDFN package 53 voltage differential 53 ADXL# 53 frequency pulse width 53 signaling LVDS 53 #V #V [002] 53 ATR# [002] 53 #/#V AC 53 #:#:# color 53 x 3mm 53 6GHz 52 spectral density 52 ohm impedance 52 5V tolerant 52 IGBTs 52 breakdown voltages 52 analogue outputs 52 -# mV [002] 52 dipole moment 52 kVp 52 #mOhm 52 emission wavelength 52 arbitrary waveform generator 52 enthalpy 52 Supplementary Fig 52 IRF# 52 Si#DP 52 κ 52 CAT# [002] 52 pin DIP 52 chromatic dispersion 52 nV sqrt Hz 52 instrumentation amplifiers 52 3mm x 3mm 52 modulation formats 52 SAR ADC 52 LTC# utilizes 52 GMSK 52 Gbps transceiver 52 I2C compatible interface 52 x 7mm 52 JFET 52 #.#Gb s [001] 52 linearity 52 MCP# [004] 52 LVDS 52 1ppm 52 DQPSK 52 J BERT 52 THS# 52 CMOS compatible 52 RGBHV 52 Agilent #A [001] 52 Msps 52 ppm ° C. 52 1MHz switching frequency 52 +5 dBm 52 pin QFN package 52 #MS s [001] 52 clamping voltages 52 pushbutton switch 52 ISO# [002] 52 candelas per 52 5mm x 5mm 52 sigma delta 52 TDFN packages 52 nonlinearity 52 TCXO 52 ParBERT 52 stepper motor 52 inrush current 52 ± #.#mm [002] 52 #Hz [002] 52 degC 52 +6 dB 52 mm2 52 serdes 52 angstroms 52 picometers 52 radians 52 z = 52 differential signaling LVDS 52 I2C compatible 52 γ 52 voltage MOSFET 52 picosecond 52 #mm ² [001] 52 W/cm2 52 overcurrent protection 52 inductive loads 52 isotropic 52 τ 52 amperometric 52 XR#M# 52 χ 52 QT# [001] 52 regulated output voltages 52 #x#mm [002] 52 jitter measurement 52 Sitrans 52 Z axis 52 Fast Fourier Transform FFT 52 characteristic impedance 52 pin MSOP 52 arbitrary waveform 52 Burst Mode operation 52 dBi gain 52 #GHz [001] 52 picoseconds ps 52 PNP transistors 52 fig. S3 52 hysteretic 52 LVDT 52 #.#MHz [007] 52 ACLR 52 pulse width modulator 52 Fig. 4c 52 L#A [001] 52 5Hz 52 MTCMOS 52 uM 52 #mm# [001] 52 conductance 52 serial EEPROMs 52 Fig. 1c 52 locked loop PLL 52 8GHz 52 Kbits 52 dielectric strength 52 MAX#E 52 input undervoltage lockout 52 pin LQFP package 52 W/m2 52 charge Qg 52 EIRP 52 Output voltages 52 = sizeof 52 Switching Regulator 52 ± 52 m/s2 52 nm wavelengths 52 VDDQ 52 #/#V 52 thermocouple RTD 52 #dB SNR [001] 52 illuminance 52 milliampere 52 #Hz #Hz [001] 52 ADM# 52 RGB color 52 RS-#/# 52 SFDR 52 Schottky diodes 52 cm ^ sup 51 galvanically isolated 51 #.#dBm typ. 51 x #.#mm [005] 51 absorption coefficient 51 differential amplifier 51 TRIAC 51 #nm #nm [001] 51 converter topologies 51 #Vrms 51 optical encoder 51 BGA package 51 excitation 51 oscillation frequency 51 highpass 51 3 x 3mm 51 Figs. 51 psig 51 m³ h 51 micromolar 51 sampling oscilloscope 51 microwatt 51 highpass filter 51 RS#/RS# 51 pMOS 51 ADV# [001] 51 SFDR spurious free 51 milliohms max 51 2mm x 2mm 51 #V DC 51 ADF# 51 polarization multiplexed 51 micron pixels 51 zener diodes 51 pin BGA package 51 fig. S2 51 cd/m2 51 1dB compression 51 JTAG port 51 MLPQ package 51 detents 51 downconverter 51 bq# 51 pin SSOP 51 photon flux 51 Mpixels 51 linewidths 51 μM 51 dc dc 51 picometer 51 cosine 51 #bits 51 #nm wavelength [001] 51 byte FIFO 51 incremental encoders 51 SOT# [002] 51 FETs 51 pin SOIC 51 #W halogen 51 shunt resistors 51 Capacitance 51 ESD protection 51 #.# MHz [002] 51 SOIC packages 51 pin SOT# package 51 thyristors 51 AES EBU 51 termination resistor 51 GSa s 51 transimpedance 51 PWM output 51 3 mm DFN 51 #-#,# Hz 51 LDO regulator 51 baluns 51 ρ 51 amplitude 51 #mΩ [002] 51 power dissipation 51 linearization 51 mm BGA 51 rotary encoder 51 frequency modulated 51 demodulate 51 geometric distortion 51 μg ml 51 monotonic 51 low dropout LDO 51 nT 51 Fig. 2C 51 equilibration 51 #G DQPSK 51 φ 51 pin TQFP package 51 bypass capacitors 51 sinusoidal commutation 51 FAN# [002] 51 VDD 51 differential nonlinearity DNL 51 dc converters 51 TMDS 51 TMP# 51 6mm x 6mm 51 differential quadrature phase 51 trans impedance 51 2mm x #.#mm 51 #.#EV 51 ^ sup -1 51 model A# 51 sinusoid 51 bandpass filter 51 CMOS TTL 51 serializer 51 Fig. 2B 51 #.#in [004] 51 dc dc converters 51 #.#af compliant 51 nm CMOS 51 Schottky diode 51 SPI interface 51 fluorescence intensity 51 analog comparator 51 bipolar transistors 51 femtogram 51 nMOS 51 current sensing resistor 51 = null 51 #.#Gbps [002] 51 gigahertz GHz 51 #.#MHz [002] 51 x #.#mm [001] 51 E#A [002] 51 mm f/#.#-#.# 51 adaptive equalization 51 sine wave output 51 +# deg C [002] 51 MSOP packages 51 user settable 51 consumes #mW 51 SONET OC 51 #.#-#.# [011] 51 arcsecond 51 AQ# [001] 51 SGMII 51 VBUS 51 arcminutes 51 fig. S1 51 #Vdc input 51 +# º 51 -# deg [002] 51 digital potentiometers 51 jitter attenuation 51 GPa 51 ATA# [002] 51 TLP# 51 tiny 3mm x 51 Å -1 51 #ps [001] 51 capacitive loads 51 ν 51 SP#E 51 #.#V #.#V #.#V 51 ISL#A 51 mF 51 -# mV [001] 51 cantilever deflection 51 vertical keystone correction 51 Tx Rx 50 SEPIC 50 OS HSM 50 PIN photodiodes 50 -# dBc Hz [002] 50 quadrature encoder 50 Fig. 3a 50 parasitic capacitances 50 #.#W [004] 50 shear modulus 50 ceramic capacitor 50 interleaving 50 MMA#L 50 mm QFN 50 x #.#mm [003] 50 synchronous buck 50 magnetization 50 PSIG 50 ° C ambient temperature 50 electrical resistivity 50 DPSK 50 LVDS interfaces 50 ZL# [002] 50 nm wavelength 50 3nm 50 μm thick 50 SPDT switch 50 Power MOSFET 50 WIDTH 50 SO8 50 table LUT 50 FSK modulation 50 X7R 50 #.#kHz [001] 50 milliwatt 50 luma 50 #.#mW 50 MCP# MCP# 50 -# dB [002] 50 piezo actuator 50 MIC# [003] 50 ISO# [004] 50 #MHz DDR [001] 50 mux 50 anti aliasing filters 50 deg 50 analog converters DACs 50 XC# [002] 50 MAXQ# 50 Kodak KAI 50 Deg C 50 regulator LDO 50 parameter measurements