「GHz」の共起表現(1語右で並び替え) - Weblio英語共起表現検索

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共起表現

「GHz」の共起表現一覧(1語右で並び替え)

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alled two more radiometers, one operating at 15	GHz and one at 33 GHz.
The BRS band uses microwave frequencies at 2.1	GHz and from 2.5 GHz to 2.7 GHz. Reception of BRS-d
The modern M band intersects with the V (50-75	GHz) and W band (75-110 GHz) of the older IEEE clas
COSMO15 (three channels at 12.7, 14.7 and 16.3	GHz) and COSMO11 (two hands of linear polarization
mtrakConnectAcela) supports 802.11 a/b/g/n, 2.4	GHz and 5 GHz and provides pass-thru of standard VP
in two segments stretching from 2.300 to 2.310	GHz, and from 2.390 to 2.450 GHz.
the brightness temperature of the Earth at 23.8	GHz and 37 GHz.
ion MESFETs are operated up to approximately 45	GHz, and are commonly used for microwave frequency
wn current gain to frequencies greater than 600	GHz and power gain to frequencies greater than 1 TH
e therefore used to build oscillators in the 10	GHz and higher (THz) frequency range, where a reson
uld be transmitted in the S-band frequency (2-4	GHz) and broadcast through a phased array antenna t
ntally polarized radiation at a frequency of 19	GHz, and can be used to calculate sea ice concentra
In the microwave range (1000 MHz (or 1	GHz) and higher), cavity filters become more practi
hnical equipment (RTE) in the range 100 MHz -18	GHz and continual tracking across the entire band.
e of the unencrypted amateur bands at 10.0-10.5	GHz and 2.4 GHz.
e microwave radiometer, with one channel at 150	GHz and three channels at 183 GHz.
ers to radio frequencies (RF) in the range of 3	GHz and 30 GHz.
This processor combines a 45 nm 1	GHz ARM Cortex A8 based CPU core with a PowerVR SGX
It features a 1	GHz ARM processor, 4.0-inch Super AMOLED screen, an
This processor combines a 45 nm 1	GHz ARM Cortex-A8 based CPU core with a PowerVR SGX
or data transfer timing (typically 800 MHz or 1	GHz, as of 2007).
ed to U-boats to allow them to detect 10 cm / 3	GHz ASV (air to surface vessel) radar, though by th
Gain bandwidth : 0.96 nm (257	GHz) at 1064 nm (for 1.1 atm% Nd doped)
eceivers, the receiver systems cover 2.2 to 2.4	GHz at S-band and 8.1 to 9.1 GHz at X-band.
nsor Networks in the 868 MHz, 915 MHz and 2.450	GHz bands, as well as wireless LANs and cordless ph
iameter dish antenna to observe in 8, 22 and 43	GHz bands, it will be used in a combination of grou
noise amplifiers cooled to 15 K, which have 20	GHz bandwidths and provide 46 dB of amplification.
ound radiation (CMB/R) observations at 13 to 17	GHz, based at the Mullard Radio Astronomy Observato
signal-carrying frequencies every 50 or even 25	GHz can double or even quadruple the number of chan
y in 1996, where he worked on the world's first	GHz CMOS microprocessor prototype (i.e., the IBM Ri
0.3-115	GHz continuous frequency coverage
eivers covering frequencies between 210 and 880	GHz, corresponding to wavelengths between 0.35 and
Output frequencies range from about 20 to 250	GHz, covering wavelengths from microwave to the edg
nd ggnfs; the computation took 73 days on a 1.9	GHz dual-core processor.
modules (PCM's) operating in the G/H-Band (4-8	GHz), engagement antenna array with 1000 PCM's oper
electric dipole of very rapidly spinning (10-60	GHz) extremely small (nanometer) dust grains (Drain
0K (-253 C) and in the frequency range of 10-12	GHz for COSMO11, and 12-18 GHz for COSMO15.
oxim was first to market with its RangeLAN2 2.4	GHz frequency hopping wireless LAN product family b
The development of centimetric (roughly 30	GHz frequency) gun laying radars based on the cavit
to operate upon a stable overclocked CPU at 2.5	GHz from 2 GHz without increasing effective memory
radiances, at 6.63, 10.69, 18.0, 21.0, and 37.0	GHz, from the Earth's atmosphere and surface.
Gunn diodes are made for frequencies up to 200	GHz, gallium nitride materials can reach up to 3 te
ctor named "Naxos" that could pick up 10 cm / 3	GHz H2S radar transmissions, and a more sophisticat
In addition, frequencies at 70, 80, and 90	GHz have been allocated as "lightly licensed" bands
ts below the U.S. IEEE designated V band (50-75	GHz) in frequency.
ment interferometer operating between 26 and 36	GHz in ten bands.
monstrated at current gain frequencies over 600	GHz in April 2005.)
continuous frequency coverage from 70 MHz to 10	GHz in the first two phases of its construction.
Especially at frequencies higher than 10	GHz in heavy rain fall areas, a noticeable degradat
e at 408 MHz and at 1.5, 2.7, 4.9, 6.6, and 8.4	GHz, including the hydrogen line near 1.4 GHz, the
PC with 2.0	GHz Intel(R) Pentium(R)4 equivalent or higher proce
NG or the Multiplexed SQUID TES Array at Ninety	GHz is a focal plane array bolometer camera built f
with a high frequency (usually greater than 10	GHz) is imposed on a lightwave signal before being
High speed wireless communication in the 2.4	GHz ISM band, with ultra-low power and cost, is the
entimetre wavelengths (at frequencies of 1-1000	GHz) known as microwaves.
The ACBAR 145	GHz measurements are the most precise high multipol
mmunications using the GSM-GPRS standard or 5.8	GHz microwave technology.
ughly equivalent to running a server with a 2.8	GHz modern processor for the same period of time" (
It is the first phone to use the new 1	GHz MSM8255 Scorpion CPU.
ern D band intersects with the L band (0.5-1.55	GHz) of the older IEEE classification system.
The NATO E band lies in the S band (2-4	GHz) of the older IEEE classification system.
It use a carrier-frequency in X-Band (9	GHz) or Ku-band (15 to 17 GHz), and antennas with a
At frequencies above 6	GHz or in fast digital circuits, tin whiskers can a
To keep running overclocked CPU at 2.5	GHz or even at higher speeds (by increasing FSB) we
creating even denser composite signals with 25	GHz or 12.5 GHz spacing.
tarted using Cu metal layers and FSG on its 1.2	GHz Pentium processor at 130 nm CMOS.
A 1	GHz Pentium III consuming about 20 watts could be r
For example, a 1.7	GHz Pentium 4M can run at 1.6 GHz, at 1.2 GHz, and
A Power Macintosh with at least a 1	GHz PowerPC G4 processor is required for real time
Dimension 4500 desktop machine, with an Intel 2	GHz processor and 384 MB of memory in April 2009, t
In addition to its Nvidia Tegra 2 dual-core 1.0	GHz processor, the ViewSonic G Tablet comes with 51
The computer has 1368 AMD Opteron 2.6	GHz processors and 3016 GB RAM, distributed in 337
These I band (8 to 12	GHz) pulse-Doppler radar systems are designed for b
aval two- or three-dimensional G/H-band (4 to 8	GHz) radar-based surveillance and air defense comma
ew instruments were scaled copies of the old 10	GHz radiometer according to their observing wavelen
	GHz range used by Astra satellites in the Astra 19.
arge-signal analyses and measurements to design	GHz range RF ICs driven with multi-tone sources.
	GHz range of the Ka band.
	GHz range of the Ku band and 18.8 GHz-21.75
	GHz range for Internet and telecommunications servi
ade with microwaves in the 9000-10000 MHz (9-10	GHz) region, with fields corresponding to about 350
"MUSTANG: 90	GHz science with the Green Bank Telescope".
erleaver takes two multiplexed signals with 100	GHz spacing and interleaves them, creating a denser
the AMSU-B instrument, except it lacked the 89	GHz surface sounding channel.
From 2005 to 2007, it undertook a deep 31	GHz survey of several patches of sky.
pulsar was discovered in an ongoing L-band (1.4	GHz) survey with the 305 m diameter Arecibo radio t
nd SAR antenna (wavelength 31 mm, frequency 9.6	GHz), TerraSAR-X acquires new high-quality radar im
ate was a result of a spurious detection at 250	GHz that was not confirmed by later observations.
The satellite examined microwaves from 487-556	GHz that originated in water molecules, molecular o
t conditions for 1 workunit per 1 CPU core (2.4	GHz): time to run ~20-30 minutes; RAM<20 MB; HDD<50
t conditions for 1 workunit per 1 CPU core (2.4	GHz): time to run ~2-48 hours; RAM<500 MB; HDD<1 GB
sense is the range of radio frequencies from 4	GHz to 6 GHz in the electromagnetic spectrum.
rs typically power in the range of 1 mW at 1000	GHz to 50 mW at 200 GHz.
s of atomic and molecular spectral lines in 110	GHz to 880 GHz range.
Observations using the SZA (operating at 30	GHz) to make the atmospheric measurements started i
lass license that covers downlinking from 12.25	GHz to 12.75 GHz and uplinking from 14.0 GHz to 14.
band is the range of radio frequencies from 60	GHz to 100 GHz in the electromagnetic spectrum.
band is the range of radio frequencies from 110	GHz to 170 GHz in the electromagnetic spectrum.
I band is the range of radio frequencies from 8	GHz to 10 GHz in the electromagnetic spectrum.
band is the range of radio frequencies from 90	GHz to 140 GHz in the electromagnetic spectrum.
E band is the range of radio frequencies from 2	GHz to 3 GHz in the electromagnetic spectrum.
band is the range of radio frequencies from 10	GHz to 20 GHz in the electromagnetic spectrum.
Its payload consisted of two 6/4	GHz transponders connected to a 0.9 meter diameter
A map of the sky at 37	GHz was built using an 8 mm band Dicke-type modulat
QX6700 (product code 80562) and clocked at 2.67	GHz, was released on November 2, 2006, at US$999.
On Dec. 15, 1995 the V band at 60	GHz was used by the world's first crosslink communi
At	GHz wavelengths, the skin depth is less than the th
performed with a high-frequency EPR setup (~200	GHz), where the slight g-anisotropy of DPPH becomes
ries four feed horns sensitive at 22, 32 and 90	GHz which feed a bolometer with a pixel sensitivity
sion (FCC) of the frequency band of 12.2 - 12.7	GHz, which it christened MVDDS.
oscillation in the range of about 3 kHz to 300	GHz, which corresponds to the frequency of radio wa
ce states that Band VI ranges from 11.7 to 12.5	GHz, whilst other earlier sources state the range a
87 for connections to a USB host and to the 2.4	GHz wireless links.
Its working frequency will be 0.3-5.1	GHz, with a pointing precision of 4 arcseconds.
er products range in frequency from 80 MHz to 8	GHz with power levels to 1 kW.
nergy at 24 discrete frequencies from 19 to 183	GHz with a swath width of 1700 km.
io Observatory ring observations at 14.5 and 32	GHz with IRAS 100 μm.
324 Mac Pro machines contains two quad-core 2.8	GHz Xeon processors and 8 gigabytes (GB) of ram.

共起表現