In order to get SBC to sound good, you have to increase the bitrate, which increases power consumption.
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A 1 degree drop in average temperature below seasonal level, increases power demand by around 2.5 gigawatts, according to RTE.
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But even as the power required to mine bitcoins increases, power costs go up and down for any number of reasons.
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And if it needs extra suction power, the BoostIQ increases power quickly to make sure it cleans up those tougher spots.
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These include shrinking the size of engines while adding turbocharging, which increases power and efficiency by forcing extra air into an engine.
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But even a modest rise in the water collected increases power generation along the hydropower dam cascade on the Tana River downstream of the water fund projects, Apse said.
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Flicker can be reduced (or eliminated) by setting the display to full brightness, although this degrades image quality and increases power consumption.
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This is called subthreshold conduction. The primary source of leakage occurs inside transistors, but electrons can also leak between interconnects. Leakage increases power consumption and if sufficiently large can cause complete circuit failure. Leakage is currently one of the main factors limiting increased computer processor performance.
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Currently retired from the HMF lineup, the Penland Pro was backed by the ATV legend Mike Penland, the Penland Pro Series was developed for off-road racers and trail riders. The Penland Pro comes with a Torque Range Modifier. The removable Torque Range Modifier increases power in the low-to-mid RPM range.
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A sharper change in the time domain usually results in more spikes or stronger spikes in the frequency domain. Spectral splatter can thus be reduced by making the change more smooth. Controlling the power ramp shape (i.e. the way in which the signal increases ("power-on ramp") or falls off ("power-down ramp")) can help reduce the splatter.
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You and Your MX5/Miata, Liz Turner 2002, Haynes Publishing, . Two decades later in 2011, BBR now offer a turn-key refurbishment package for old NA MX-5's, again including a turbo charger kit. This now increases power output to , and produces of torque. The estimated top speed is now , with 0–97 (60 mph) approached in 5.5 seconds.
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The additional circuitry increases the physical size and manufacturing cost of the CAM chip. The extra circuitry also increases power dissipation since every comparison circuit is active on every clock cycle. Consequently, CAM is used only in specialized applications where searching speed cannot be accomplished using a less costly method. One successful early implementation was a General Purpose Associative Processor IC and System.
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Eventually, a combination of dwindling public support and poor management made it impossible to finance and operate large- scale services. The process of nationalization of public services has taken place in stages but is still incomplete. As more services are nationalized, the power of the central government increases. Power has thus gradually been transferred from providers controlled by political parties to the civil servants who run Israel’s ministries.
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KGB is one of a few radio stations in the United States that significantly increases power at night. It has a daytime power of 5,000 watts and a nighttime power of 50,000 watts. This is because of the close proximity of AM 740 KBRT in Costa Mesa, California. KBRT, which once had been a daytimer station, currently goes from 50,000 watts by day to only 190 watts at night.
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Gate upsizing and gate downsizing techniques are used for path balancing. A gate is replaced by a logically equivalent but differently-sized cell so that delay of the gate is changed. Because increasing the gate size also increases power dissipation, gate-upsizing is only used when power saved by glitch removal is more than the power dissipation due to the increase in size. Gate sizing affects glitching transitions but does not affect the functional transition.
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The power dissipation can be minimized by keeping the load capacitance low, but this in turn reduces the maximum cycle time, requiring a higher minimum clock frequency; the higher frequency then increases power consumption by the relation just mentioned. Therefore, it is impossible to reduce the idle power consumption (when both inputs are high) below a certain limit which derives from an equilibrium between clock speed and load capacitance. A popular implementation is domino logic.
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The additional resistance increases power losses which, in power circuits, can generate undesirable heating. Proximity and skin effect significantly complicate the design of efficient transformers and inductors operating at high frequencies, used for example in switched-mode power supplies. In radio frequency tuned circuits used in radio equipment, proximity and skin effect losses in the inductor reduce the Q factor, broadening the bandwidth. To minimize this, special construction is used in radio frequency inductors.
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Similar to the E10, but with the turbocharged 2.0 L Ford EcoBoost engine, delivering at 7,000 rpm and at 2,500 rpm. Production began at the same time as for the E10. The E10 S accelerates from 0 to 60 mph (0–97 km/h) in 4.0 seconds, and can reach 145 mph (233 km/h). In September 2016, an upgrade kit was made available for the E10 S, which increases power to and torque to .
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The ballast to displacement ratio is 0.61 which provides an exceptionally "stiff" platform. The high righting moment allows the design to carry a larger than normal sail area which increases power and consequently speed through the water. 250px The Esse 850 is an example of the latest design concepts in high speed hulls and sail plans. The sail plan is characterized by a large mainsail and a high aspect ratio jib in a fractional rig design.
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BMW S85 V10 engine The BMW S85 is a V10 engine which generates a power output of at 7,750 rpm and of torque at 6,100 rpm. The S85 was exclusively used in the E60 M5 (and related E63/E64 M6) and is not based on any other engine. There are three driver-selectable engine modes: P400, P500 and P500 S. P400, the default start-up mode, limits the engine to . P500 increases power to the full .
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However, there is a limit to the maximum frequency which is called a "wall". To overcome this issue, overclockers raise the chip voltage to increase the overclocking potential. Voltage increases power consumption and consequently heat generation significantly (proportionally to the square of the voltage in a linear circuit, for example); this requires more cooling to avoid damaging the hardware by overheating. In addition, some digital circuits slow down at high temperatures due to changes in MOSFET device characteristics.
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The seat and steering wheel are fixed in position. Handling is generally considered to be good due to the low centre of gravity and wide front track (approx ) although care is needed when roads are wet. A turbo charged engine kit is available from BBR racing which increases power to around for an 1100 cc engine. There are two seats, and there is provision above the engine to accommodate some luggage which is roughly equivalent to two sports bags.
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Typically glow fuel is about 0–30% nitromethane. While higher concentrations can result in better engine performance, use of highly concentrated nitromethane is rare because of its cost. Although a given amount of nitromethane contains less energy than the same amount of methanol, it increases the amount of available oxygen in the combustion chamber, which allows the engine to draw in less air and more fuel. The increased amount of fuel increases power output and also helps cool the engine.
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The pilot then increases power to balance the pull of the winch with the lift of the helicopter. This synchronizes the helicopter with the ship's movements and puts the helicopter in the "high hover" position. As the pilot decreases the power, the helicopter is slowly pulled by the winch to the "low hover" position just above the deck while maintaining sync with the ship. When the landing signals officer (LSO) determines that a relatively quiet moment is approaching, he instructs the pilot to land.
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The power available from the wind is a function of the cube of the wind speed, so as wind speed increases, power output increases up to the maximum output for the particular turbine. Areas where winds are stronger and more constant, such as offshore and high-altitude sites, are preferred locations for wind farms. Typically, full load hours of wind turbines vary between 16 and 57 percent annually, but might be higher in particularly favorable offshore sites.Martin Kaltschmitt, Wolfgang Streicher, Andreas Wiese (eds.): Erneuerbare Energien.
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The high righting moment allows the design to carry a larger than normal sail area which increases power and consequently speed through the water. 250px The Esse 990 is an example of the latest design concepts in high speed hulls and sail plans. The sail plan is characterized by a large mainsail and a high aspect ratio jib in a fractional rig design. These high speed fractional rigs are a nearly ubiquitous feature on sportboat's and are used for their ease of handling and their high lift and low drag characteristics.
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1994 Yulon Arex 1.8 GLi (5-door) The 102 was replaced by the Yulon 601 Arex () 1.8i in summer 1993, by which time the company had switched the romanized version of their name to become "Yulon". The Arex featured a newly designed front with flip-up headlights and blistered fenders, as well as a Lucas fuel injection system which increases power to at 5,300 rpm. Top speed remained around , depending on bodystyle and transmission. After no more than 4,300 were made, Yulon halted their attempts at making a Taiwanese national car in 1995.
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The Boeing 747-400 experiences the least degradation in performance, making it safer during an engine failure. Fitting an aircraft with four engines also increases power, enabling more passengers, heavier payloads, and increased performance. This was especially important for early jet airliners, as jet engines at the time produced less thrust. The Pratt & Whitney JT3D from 1958 had a thrust output of , while modern engines like the General Electric GE90 can produce over of thrust, making this advantage less significant nowadays as larger airliners no longer necessarily need four engines.
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The ram-air intake increases power to . Tetra Lever rear drive system The bike's rear suspension-drive system is known as Tetra-Lever and is similar to the BMW Paralever and Moto Guzzi CARC systems. It is designed to handle the conflicting drive and suspension forces (known as shaft effect) typical when shaft-driven motorcycles carry powerful engines. Both the original Concours and the Concour 14 have a slipper clutch that lets the rear wheel freewheel to lessen the risk of sliding when the rider uses excessive engine braking.
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The quadrature modulator approach to digital radio transmission requires a linear RF power amplifier which creates a design conflict between improving power efficiency or maintaining amplifier linearity. Compromising linearity causes degraded signal quality, usually by adjacent channel degradation, which can be a fundamental factor in limiting network performance and capacity. Additional problems with linear RF power amplifiers, including device parametric restrictions, temperature instability, power control accuracy, wideband noise and production yields are also common. On the other hand, compromising power efficiency increases power consumption (which reduces battery life in handheld devices) and generates more heat.
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1986 – Community Radio Society of Saskatoon (CRSS) is formed. September 20, 1987 – Official sign-on to cable FM, broadcasting out of a Saskatoon Telecable studio, evenings and weekends only. 1989 – CFCR moves out on its own, relocating to the lower level of 103 3rd Avenue North. Summer 1991 – CRTC grants CFCR radio broadcasting privileges. September 7, 1991 – Community Radio's official sign-on as an FM radio station. 1994 – CFCR receives a National Campus & Community Radio (NCRA) award for Community Development. 2000 – CFCR is nominated for media outlet of the year at the Prairie Music Awards. March 22, 2006 – CFCR increases power to 1630 watts.
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Fortunately, Superman arrives in time and prevents the structure from crashing into neighboring buildings or falling to the ground, successfully restoring the skyscraper to its upright orientation. Superman then pushes the death ray away from the base of the skyscraper and attempts to fight it back to the source, but the scientist increases the weapon's power, which also sends erratic “pulses” of energy Superman's way. However, Superman remains determined to fight it, persevering against the beam and punching out each pulse as they come, gradually pounding the beam back to the scientist's lab. Seeing that the beam has been overpowered, the horrified Mad Scientist increases power, but Superman uses that against him by twisting the barrel of the weapon into a knot, preventing the beam energy from escaping, and the buildup of pressure causes the machine to overheat and explode.
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A redesign of the engine around 1998 saw it become the Endura-DI sometimes referred to as the TDDI Engine (not to be confused with the 2.0 TDDI used in the Mk.3 Ford Mondeo), it always features a turbocharger and produces when found in Mk.4 Ford Fiesta and Ford Transit Connect models. The addition of an intercooler increases power output to for use in the Ford Focus The Endura-DI engine features a cast iron block and direct injection style cylinder head, which means the combustion chamber is in the top of the piston crown. This engine makes use of aluminium for many other components to minimise the weight penalty of the Diesel engine. It has a single overhead camshaft opening 8 valves via shim-and-bucket followers, and the camshaft is driven by a toothed belt which is driven from a sprocket on the diesel injection pump; unusually this pump is driven via gemini (twin) chains from the crankshaft, until a redesign in 2007 saw these chains replaced with a 'wet' belt system to coincide with the launch of the Mk4 Mondeo.
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