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(Click for frequent words.) 77 ambient temperatures 76 temperature 67 ° C 63 º C 63 temperatures 62 #oC [002] 62 Temperature 62 #Â ° C 62 Halifax Weather Overcast 61 ° C. 61 #Â ° F [002] 61 #degC [002] 61 airflows 61 degreesF 60 -# ˚ C 60 ° C/# 60 C 60 ˚ C 59 ˚ C. 59 input capacitance 59 Deg C 59 degC 58 -# deg C 58 º Celsius 58 -# º C [002] 58 #oF [001] 58 #degC [001] 58 #deg C 58 +# degreesC 58 -# degrees Celcius 57 ˚ F 57 -# ° [002] 57 dewpoint 57 Min Temp #.# 57 ° F 57 #'C 57 oC 57 annealing temperature 57 +# deg C [001] 57 -# degreesC 57 º C. 57 #oC [001] 56 ° C ambient temperature 56 #.degree [002] 56 cryogenic temperatures 56 -# ˚ 56 degrees farenheit 56 ℃ 56 coolant temperature 56 +# º C [002] 56 deg C 56 +# degC [002] 56 #degreesC 56 degreesC 56 humidistat 56 Mostly Cloudy Currently 56 Â ° C. 56 Meanwhile preheat oven 55 Min temp 55 +# degC [001] 55 deg F 55 degF 55 -4 ° 55 º F 55 humidity 55 #Â º C 55 temperature humidity 55 temperature gradient 55 +# ° C. [001] 55 tempera ture 55 -# º C. 55 voltages 55 ° -# ° [002] 55 +# ° C [002] 55 temperature gradients 55 ⁰ C 55 -# º C [001] 54 º Fahrenheit 54 +# º 54 degrees celcius 54 evaporator coil 54 ° C ambient 54 isotherm 54 ° -# ° [001] 54 +# º C [001] 54 input impedance 54 #Â ° C. 54 tempera tures 54 celcius 54 -# degrees Centigrade 54 -# ° F [002] 54 Degrees Celsius 54 degress Celsius 54 temperature coefficients 53 scrotal temperature 53 -# ° C. [001] 53 ° Celsius 53 +# ° F 53 +# deg C [002] 53 #C #C [001] 53 fahrenheit 53 -# ° Celsius [001] 53 input voltage 53 -# º [002] 53 scrotal temperatures 53 -5 ° C 53 elastic modulus 53 #degrees [002] 53 relative humidity 53 pollutant concentrations 53 ° Fahrenheit 53 output voltage 53 solder reflow 53 #.#deg [001] 53 #deg [001] 53 +# degrees Celsius [002] 53 #F #C [001] 53 FieldFox RF VNA 53 -1 ° C 52 rectal temperature 52 -# ° Celsius [002] 52 thermal EMF 52 -# ° F [001] 52 degrees centigrade 52 dewpoint temperature 52 -5 degrees Celsius 52 convection cooling 52 #psi [002] 52 Humidity 52 degrees fahrenheit 52 -# º [001] 52 temperature coefficient 52 ° F. 52 #.#deg [002] 52 #mA [003] 52 #.degree [001] 52 thermal gradient 52 -# ° C. [002] 52 reflow temperatures 52 ˚ F. 52 input voltages 52 degrees Celcius 52 temperature setpoint 52 +# ° F. 51 centigrade 51 inductive loads 51 viscosity 51 Reheat leftovers 51 #C [004] 51 ¢ ª 51 evaporative cooling 51 thermal gradients 51 degrees Celsius 51 1mA 51 fluid viscosity 51 51 coolant temp 51 temprature 51 airflow 51 +# ° C [001] 51 thermodynamically 51 kelvin -# 51 moisture vapor 51 +# ° C. [002] 51 output capacitance 51 0C 51 microampere 51 tempertures 51 mbar 51 deg C. 51 phototransistor 51 PREHEAT oven 51 inlet valve 51 Kelvin -# 51 microamp 51 #C #F [003] 51 ° C/# ° F [002] 51 1ppm 50 Relative humidity 50 Centigrade 50 Input voltage 50 daytime temperatures 50 volumetric efficiency 50 -8 ° C 50 crossflow 50 thermal impedance 50 thermal dissipation 50 -# ° C [002] 50 -5 ° C. 50 spindle speeds 50 microvolts 50 Thermocouples 50 2oC 50 voltage transients 50 Max Temp 50 convective heat 50 setpoint 50 -# degrees centigrade [002] 50 +# oC 50 rear defroster 50 MyFordTouch dashboard system 50 nighttime temps 50 +# degrees Celsius [001] 50 #oF [002] 50 furnace thermostat 50 degrees Fahrenheit 50 intercooling 50 leakage currents 50 -# degrees Celsius [001] 50 Vdd 50 backlight brightness 50 absolute TCR 50 PSIG 50 Liquid helium 50 inductive load 50 millivolt 50 -5 ° 50 degree centigrade 50 proton conductivity 50 viscosities 50 DUTs 50 +# deg [002] 50 enthalpy 49 emittance 49 #psi [001] 49 thermostatic 49 osmotic pressure 49 turbine inlet 49 #uA [001] 49 dehumidified 49 #.#C #.#C 49 output impedance 49 5V input 49 degree celcius 49 ° F -# ° 49 mK 49 linearisation 49 +# deg C. 49 IP# enclosure 49 endothermic 49 exotherm 49 blower motor 49 degree Celcius 49 -# degrees Fahrenheit [002] 49 -# Celsius [001] 49 #Â ° F [001] 49 PWM frequency 49 #ppm ° C 49 ammeter 49 Vcc 49 -# º F [002] 49 degree Centigrade 49 NTC thermistor 49 dewpoints 49 -2 ° C 49 #mV [002] 49 rotational torque 49 #.#V [002] 49 solenoid valve 49 minus #degC 49 heat indicies 49 insulating layer 49 8kV 49 temperature extremes 49 resonance frequency 49 #.#V [004] 49 voltage #.#V 49 ON OFF 49 -# deg [001] 49 #f #c 49 PWM dimming 49 dielectric permittivity 49 megapascals 49 +# º C. 49 bottomhole pressure 49 pH 49 isotherms 49 0C #F 49 impedances 49 √ Hz 49 preheats 49 5ppm 48 2degC 48 humidifies 48 #VAC [001] 48 4mA 48 stray capacitance 48 ± #ppm [001] 48 condenser 48 ° F/# ° C [002] 48 θ 48 #μs [002] 48 thermostatically 48 reflow oven 48 +# degrees Centigrade 48 backpressure 48 degrees Celsius #F 48 coupling capacitor 48 dielectric strength 48 Thermostats 48 bandgap 48 -# ° C [001] 48 #bar [002] 48 asparagine containing food 48 ASTM E# [002] 48 Method Preheat oven 48 millivolts 48 cam lobe 48 oscillation frequency 48 exhaust backpressure 48 C0G 48 #VDC [001] 48 cosmic ray flux 48 sensing resistor 48 ionic contaminants 48 -# º F [001] 48 convection cooled 48 voltage derating 48 temperture 48 #.#oC [001] 48 transmissivity 48 º -# º 48 capacitive loads 48 thermally induced 48 degrees Centigrade 48 degrees Farenheit 48 oscillator frequency 48 thermal foldback 48 breakdown voltages 48 hPa 48 -4 ° F 48 transient voltages 48 ° F/# ° C [001] 48 +# deg [001] 48 AST# 48 cosmic ray intensity 48 photoperiod 48 bypass capacitor 48 sensor detects 48 particulate contamination 48 thermometer hovered 48 ohmic 48 mosfet 48 moisture absorption 48 #V dc [001] 48 thermodynamic efficiency 48 -# degrees Fahrenheit [001] 48 IP# sealing 48 dehumidify 48 EUT 48 conduction cooling 48 conductance 48 #μs [001] 48 heat 48 laminar flow 48 #.#-# V 48 thermistor 48 Celsius #.#F 48 condenser coil 48 respired 48 impedance 48 melt viscosity 48 degree Celsius 48 ambient 48 CF4 48 degree celsius 48 external resistor 48 2ppm 48 freezeproof 48 1kV 48 damping characteristics 48 #nA [001] 48 tungsten halogen 48 kPa 47 humidification 47 chromatic dispersion 47 thermostat 47 deg 47 rms jitter 47 thermometer readings 47 Quiescent current 47 R #a refrigerant 47 Mosfets 47 #.#mA [002] 47 2MHz switching frequency 47 torr 47 cooling fins 47 -3 ° C 47 irradiance 47 scfm 47 Localized mild hyperthermia #.#-# 47 LED brightness 47 downwelling 47 #m# h 47 pulse widths 47 psig 47 -# ° Fahrenheit 47 -4 degrees Fahrenheit 47 #Vac 47 #pF [001] 47 Clogged filters 47 2C #.#F 47 Degrees Fahrenheit 47 #dBA 47 humidex readings 47 Temperature Range 47 #.#VDC 47 molar ratio 47 #μA [002] 47 aluminum heatsink 47 IP# compliant 47 #rpm [001] 47 -#.# ° C 47 oscillation amplitude 47 #mV [001] 47 4kV 47 5VDC 47 LUXEON K2 47 inrush current 47 VOUT 47 #bar [001] 47 frictional resistance 47 water vapor permeability 47 μV 47 ppm ° C 47 exhaust gasses 47 -4 ° C 47 capacitances 47 power dissipation 47 +1 +3 47 magnetic stirrer 47 inductances 47 5mA 47 1ns 47 solar reflectance 47 thermally 47 atmospheric CO2 concentrations 47 pyrometer 47 vibration 47 -# ° [001] 47 metal halide lamps 47 Altivar 47 atmospheric moisture 47 thermal diffusivity 47 viscosity fluids 47 μW 47 #lm [002] 47 instrumentation amplifier 47 di dt 47 APTIV film 47 #Â ° [002] 47 interfacial tension 47 illuminance 47 economizer 47 #.#oC [002] 47 #V AC [002] 47 virtually noiseless 47 #C #.#F [001] 47 flowrate 47 camshaft adjustment 47 -# degrees 47 Antarctic stratosphere 47 hygrometer 47 -7 ° C 47 Humidex 47 reduced graphene oxide 47 ° C ± 47 pinion angle 47 northerly latitudes 47 #kJ 46 ± #.#mm [002] 46 #.# mb 46 laminar airflow 46 preheaters 46 exothermic reaction 46 #.#VI O 46 Kelvins 46 IP# rating 46 #.#C #.#F [004] 46 Dewpoints 46 corrosive atmospheres 46 compressibility 46 reed relays 46 triac 46 emissivity 46 6C #F 46 5kV 46 overpressure 46 Liquid nitrogen 46 μA 46 reflow soldering 46 ultrasonic humidifiers 46 convector 46 friction coefficient 46 Ultra Low Noise 46 characteristic impedance 46 dielectric constant 46 MTTF 46 thermic 46 silicone encapsulation 46 thermal conduction 46 #pF [002] 46 thermoelectric cooling 46 photon flux 46 WEST CENTRAL Temperatures 46 soil moistures 46 exhaust gases 46 longwave radiation 46 voltage 46 μsec 46 harmonic distortion 46 rotary piston 46 degrees celsius 46 Vdc 46 inductive sensor 46 OCZ Vendetta 46 cleanroom environments 46 IBM BladeCenter H 46 amperage 46 photocurrent 46 failure MTTF 46 minus 4C 46 shunt resistors 46 defogging 46 thermistors 46 LVDTs 46 WBGT 46 #V ac 46 LDO voltage regulators 46 midlatitudes 46 #C/#F [001] 46 ps nm 46 selector knob 46 voltage divider 46 Directions Preheat oven 46 ambient light 46 ± #.#dB 46 climatic conditions 46 frequency drives VFDs 46 sweat evaporates 46 +# Vdc 46 naturally ventilated 46 #.#v [004] 46 volts AC 46 Temperature Probe 46 nMOS 46 JFET 46 electrical resistivity 46 #.#v [001] 46 capacitive loading 46 1μA 46 Tuniq Tower 46 ml min 46 Proper ventilation 46 mA 46 pH acidity 46 heatpipe cooling 46 -# deg [002] 46 Pt# 46 cold climates 46 -9 ° C 46 HCCI mode 46 heat dissipation 46 moldability 46 preheat 46 reflow solderable 46 Mosfet 46 MAX# [001] 46 PID controller 46 hygrometers 46 ° С 46 inrush currents 46 electrically noisy 46 #F #C [003] 46 #Vdc [003] 46 tropical troposphere 46 #VDC [002] 46 airtightness 46 comparatively balmy 46 #.#V [001] 46 sensorless vector 46 preheater 46 cranking amps 46 centrifugal blower 46 voltage outputs 46 Fluorescent lamps 46 magnetic permeability 46 ceramic capacitor 46 reflowed 46 Celcius 46 transimpedance amplifier 46 voltage spikes 46 dc voltage 46 thermowells 46 buck converter 46 LN2 46 paramagnetic 46 luminous flux 46 thermally stable 46 voltage coefficient 46 #,# ° C 46 moisture condenses 46 #F #F [002] 46 #.#uA 46 #um [002] 46 magnetically coupled 46 #L/min 46 +# VDC 46 Coriolis meters 46 • LA CYGNE 46 photocell 46 undervoltage 46 Thermal conductivity 46 moisture evaporates 46 AFCT 46 microclimate 45 Global Warming Potential GWP 45 osmolality 45 #mA [002] 45 W/cm2 45 hotter climates 45 MIL STD #E 45 #V AC input 45 ectotherms 45 airstreams 45 lumen output 45 intracellular pH 45 hertz Hz 45 #V DC 45 diverter valve 45 tensile stress 45 +3 +5 C 45 #C #F [002] 45 #V [003] 45 #nA [002] 45 deoxygenated hemoglobin 45 argon gas 45 amperometric 45 ° C/# ° F [001] 45 recirculation 45 hysteresis 45 Reduce oven 45 thermodynamic properties 45 photoperiodic 45 thermal insulator 45 #ksps 45 #.#F [002] 45 peltier 45 Soil pH 45 micro amps 45 IEC #-#-# [002] 45 ammonia NH3 45 +5 +7 C 45 combustion gases 45 TRIAC 45 evaporator coils 45 #uA [002] 45 parasitic capacitance 45 backrest angle 45 Sparklers burn 45 humid 45 evaporative 45 photolysis 45 oven preheated 45 +6 +# 45 ACPL K# 45 uncooled 45 Noctua NH D# 45 degress 45 dv dt 45 cantilever deflection 45 flux residues 45 PWM signal 45 oxide thickness 45 nighttime temperatures 45 #Vdc [002] 45 fluorescence intensity 45 MHz oscillator 45 #VAC [002] 45 Southern Oscillation Index 45 #.#nm [002] 45 heatsink fins 45 capacitive coupling 45 nighttime lows 45 #lm [001] 45 º F. 45 UV wavelengths 45 #.#pF 45 ppm deg 45 switched capacitor 45 seawater pH 45 shock absorber damping 45 respirable particulate matter 45 +5 V 45 thermodynamic equilibrium 45 crystallinity 45 #V [001] 45 PANHANDLE Temperatures 45 spray nozzle 45 supercooled liquid 45 #.#degC [002] 45 KTAS 45 exothermic 45 ± #ppm [002] 45 ppO2 45 fanless design 45 #.#-#.# degrees Fahrenheit [002] 45 #MPa 45 electrolytic capacitor 45 thermal conductivity 45 ± #V [002] 45 #.#μA 45 repeatable measurements 45 sensing resistors 45 Localized mild hyperthermia 45 offgas 45 ridge vents 45 absorbs moisture 45 #.#EV 45 sorption 45 Pulse Width Modulation PWM 45 2dB 45 derate 45 deg Celsius 45 pulse width 45 atmospheric CO 45 OCXOs 45 AFUE 45 Install programmable thermostat 45 Capacitance 45 Input Voltage 45 Corsair H# 45 #μA [001] 45 thermowell 45 glucose concentrations 45 leaf wetness 45 underfill 45 lateral stiffness 45 #.#kW [004] 45 dimmable LED 45 gate electrode 45 leakage inductance 45 thermoelectric cooler 45 refrigerant leakage 45 preheating 45 Shutter speeds 45 heat exchanger 45 byte FIFO 45 thermostat settings 45 output voltages 45 #.#W [003] 45 overvoltage 45 humidified 45 Evaporation 45 air conditioner thermostats 45 conductivity 45 solvent evaporation 45 brightness 45 cryogenic cooling 45 surface temperatures SSTs 45 Ventilate 45 angular displacement 45 inlet manifold 45 2C #F 45 V ac 44 straightline speeds 44 passband 44 corrosive environments 44 VBUS 44 upflow 44 geological timescales 44 bi axial 44 bending radii 44 durometer 44 #mΩ [001] 44 BCLK 44 transmittance 44 pin SOIC packages 44 9V 44 chemically resistant 44 dBA 44 gigapascals 44 SOUTH PLAINS Temperatures 44 Conductivity 44 #kHz frequency [001] 44 droplet sizes 44 wetted parts 44 Burst Mode ® 44 molten salts 44 nanomesh 44 resistive element 44 Nitrogen oxide emissions 44 #.#kW [002] 44 1μm 44 mold spore counts 44 0dB 44 convection currents 44 heatpipe cooler 44 photocells 44 generously dimensioned 44 exhaled carbon dioxide 44 laminar 44 insolation 44 0 dBm 44 5C #F 44 +2 +4 C 44 windchill factor 44 weld seams 44 selectivities 44 Serve chilled 44 V dc 44 fluxes 44 decibels dB 44 liquid nitrogen cooling 44 CRAC units 44 pulse width modulated 44 VOC emission 44 Downforce 44 4V 44 supercooling 44 Celsius 44 Sitrans 44 melt adhesive 44 inductive proximity 44 VDDQ 44 vibration isolators 44 thermal conductivities 44 diurnal cycle 44 humidities 44 HMC#LP#E 44 +5 +# 44 humidify 44 wind chill hovered 44 electrostatic filter 44 #dBm [001] 44 linearization 44 humidifying 44 Nighttime lows 44 optical encoder 44 NOx combustion 44 IEC #-#-# [003] 44 thermal inertia 44 regulated output voltages 44 variable resistor 44 Use programmable thermostat 44 #A #V [002] 44 -1 +4 44 slightly acidic pH 44 parasitic capacitances 44 cobblestone streets doused 44 kinematic viscosity 44 forcings 44 chlorophyll fluorescence 44 +9 +# 44 thermostatically controlled 44 W/m2 44 CO2 CH4 44 hydraulically driven 44 Dissolved oxygen 44 luminous intensity 44 wafer thickness 44 #.#degC [001] 44 oxidise 44 wax melts 44 salinities 44 scroll compressor 44 frequency harmonics 44 tropospheric 44 thermally activated 44 Pressure Transducer 44 dissolved oxygen DO 44 #F #.#C [001] 44 nitrogen monoxide 44 #KHz [002] 44 #ns [002] 44 pollen filter 44 torque multiplication 44 ECU remap 44 #V dc [002] 44 aerosol concentrations 44 axial tilt 44 optimum 44 thermal equilibrium 44 moisture 44 upper troposphere 44 electro static 44 barometric pressures 44 specular reflection 44 dimensionally stable 44 rotational vibration 44 heatpipe 44 velocities 44 milliampere 44 oxidative stability 44 Nighttime temperatures 44 optocoupler 44 convective cooling 44 sodium chloride NaCl 44 magnesium ion 44 3kW 44 withstands harsh 44 pneumatic actuators 44 hectopascals 44 3C #F 44 -# degrees Celsius [002] 44 clamping voltages 44 flame retardance 44 mW/cm2 44 #dB [001] 44 HCCI engine 44 Fanquip 44 #mA [001] 44 super capacitor 44 #.#C [004] 44 oxidized mercury 44 saturable 44 #db [001] 44 Vrms 44 weld bead 44 WVTR 44 fA 44 coupling capacitors 44 Barometric pressure 44 voltage switching ZVS 44 humidex values 44 dB SPL 44 capacitively coupled 44 water vapor condenses 44 #kA [001] 44 helicity 44 thermometer registers 44 torsional vibrations 44 environmentally friendly refrigerants 44 #nC 44 synchronous MOSFET 44 XRS#L# 44 cm ² 44 windings 44 climatic variations 44 desorption 44 preheated 44 DirectCU 44 inductance 44 wavefront distortion 44 glow plugs 44 piezo actuator 44 dehumidified air 44 turbo intercooler 44 7V 44 ° C/# ° 44 impedance input 44 isothermal 44 physiological pH 44 downforce circuit 44 reflow profiles 44 Breezair 44 viscous fluids 44 Installing programmable thermostat 44 isotropic 44 impedance matching 44 flammable solvents 44 -2 +3 44 flyback converter 44 +3 +8 C 44 automatically calibrates 44 ± #kV 44 cooling coils 44 Km h 44 clamping voltage 44 photochemical reaction 44 Voltages 44 expiratory flow 44 ionic contamination 44 ducks geese turkeys 44 evaporative cooler 44 membrane electrode assemblies MEAs 44 mV 44 hypothalamus gland 44 feedwater 44 SEER rating 43 Degree Celsius 43 moistures 43 #dB attenuation 43 air cooled condenser 43 reverse polarity protection 43 tantric meditation 43 Total Harmonic Distortion 43 input voltage transients 43 water vapor 43 wattage light bulb 43 #.#C [003] 43 #.#ns 43 overtemperature protection 43 #.#V voltage 43 #.#W [002] 43 #.#Hz 43 Flowmeter 43 6GHz 43 #.#Vdc