Ads
related to: pandjiris 300 amp positioner
Search results
Results From The WOW.Com Content Network
They were the industry controller amplifier for many decades until the advent of practical and reliable electronic high gain amplifiers. However they are still used extensively for field devices such as control valve positioners, and I to P and P to I converters. A proportional controller schematic is shown here.
The McIntosh MC-2300 is a solid-state power amplifier which was built by the American high-end audio company McIntosh Laboratory between 1971 and 1980. [1] Jerry Garcia in 1987 with an MC-2300 in the lower-right corner of the picture. McIntosh produced the MC-2105 (with blue meters) and the MC-2100 (without) between 1969 and 1977.
300B dimensions in mm. In electronics, the 300B is a directly-heated power triode vacuum tube with a four-pin base, introduced in 1938 by Western Electric to amplify telephone signals.
The company's first amplifier, the NAP 160, is a two-channel power amplifier with an output of 60 watts per channel; the NAP 135, which is a one-channel amplifier based on the same design as the NAP 250 rated at 135 watts. A custom-built very fast and heavy-duty TO3 transistor device was employed in the original Naim amplifiers.
The second amplifier released was the Phase Linear 400 with 200 watts per channel. It shared the same distinctive brushed aluminum, dual VU meters front panel style as the 700. It retailed for just under $500. [1] The next product was the Phase Linear 4000 Series Auto-correlation Pre-Amplifier introduced in 1973 and manufactured through 1978.
The positioner can provide roll and pitch control as well as translating the probe in lateral and longitudinal directions. A processor receives signals from the sensors corresponding to the actual orientation of the probe and controls the positioner to adjust the orientation of the probe until the desired position is achieved.
However, while this was scientifically a success, [13] the experiment in practice produced less than 1% of the energy the facility used to create it: [14] while 3.15 MJ of energy was yielded from 2.05 MJ input, [15] the lasers delivering the 2.05 MJ of energy took about 300 MJ to produce in the facility. [13]