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Tag: pulse
Dispersing Prisms meet ultrashort pulse laser systems' needs.
2015-05-27 14:31:06| Industrial Newsroom - All News for Today
Depending on alignment, Ultrafast Dispersing Prisms may introduce negative or positive dispersion. Negative dispersion compensation allows effects of other dispersive optical elements to be cancelled. In high-power, ultrafast applications, introducing positive dispersion elongates pulse in time to mitigate risk of damage to optical components. RoHS-compliant, 25.4 x 25.4 mm products, polished to minimize reflection loss, come in 3 substrates and support intracavity and extracavity use.
Tags: systems
meet
laser
pulse
Dual Band Amplifier runs automotive radar pulse tests.
2015-05-21 14:31:07| Industrial Newsroom - All News for Today
Optimized for maximum power in 1.2–1.4 GHz and 2.7–3.1 GHz radar bands, Model AS0104-800/400 can be used at saturation to produce maximum continuous wave power of >800 W and >400 W, respectively. Amplifier offers harmonics below -20 dBc, even at saturation. Increase in power allows amplifier to run entire 600 V/m at 1 m radar pulse test using single horn antenna. Unit output is suitable for all EMC loads and remote operation is available via IEEE, USB, LAN, or RS232.
Tags: band
automotive
tests
runs
New Dual Band Amplifier From MILMEGA Offers Maximum Power To Run Automotive Radar Pulse Tests
2015-05-19 07:07:42| rfglobalnet Home Page
MILMEGA, part of the AMETEK Compliance Test Solutions group, introduces a dual band amplifier designed to exceed the requirements of automotive radar pulse test standards. The AS0104-800/400 has been optimized for maximum power in the two radar bands, 1.2 to 1.4 GHz and 2.7 to 3.1 GHz.
Tags: power
offers
run
maximum
Pulse: Project News From Dodge
2015-05-13 01:17:33| ENR.com: Headline News
Contracts, awards, bids and proposals from Dodge.
Tags: news
project
pulse
dodge
Astronomers Take A New Kind Of Pulse From The Sky
2015-05-12 05:17:29| rfglobalnet News Articles
Every night, our sky beats with the pulses of radio light waves, most of which go unseen. A new array of radio antennas in California, called the Owens Valley Long Wavelength Array, is gearing up to catch some of this action, aiming to pick up signals from flaring stars, flashing planets and potentially even more exotic objects.
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