Nvidia GTS 250 VS. GTX 460 - VT/SpaWa Temp. Vergleich (Backside)

!: Nvidia GTS 250 VS. GTX 460 - VT/SpaWa Temp. Vergleich (Backside)

#Deutscher Text unter dem Englischen# *GOOGLE TRANSLATE* Here I show a "heat comparison" of the voltage converters of the GTS250 (almost non-chilled), and the GTX460 (and almost non-chilled). Both are without Grakas VRM / voltage converter cooler. As you can see, my Palit GTS250 in this region is similar to hot as a current GTX460. When I click on the GTS250 f @ h (folding @ home) fold for days leave to commute the temperature (always back), with approximately 94 ° C. My GTS250 is so beautiful about 4 months without ever having exhibited any weakness. Clearly, the voltage converters have very high temperatures, but I do not understand one thing: ! IMPORTANT! Why, then push all the panic, because Palit / Gainward with their current GTX460er the voltage regulator cooler left out? I have NEVER read anything about this problem. Also not in the Palit GTS250. Only now, because Palit draufhatte at the "editorial boards" NEN cooler grouse, all around like HARMFUL BUT THE SEI leave this cooler. This is NONSENSE! Of course, carries an additional heatsink for the voltage converters on the durability / longevity, but they are simply not necessary. Whether the card is now 10, or only seven years here interrested holds the least. Until then, long ago put a newer / more recent Graka in your systems. Only time my opinion. Time and again, these scare tactics ... I do not understand simple. ! IMPORTANT! And now, as always, the long, thick and wide INFO: CPU: Intel Core i7 860 OC to 3.43 ...

Nvidia GTS 250 VS. GTX 460 - VT/SpaWa Temp. Vergleich (Backside)

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Voltage Converter. Sample Design

!: Voltage Converter. Sample Design

Voltage Converter. Sample DesignDC-to-DC converters or invertors are devices which convert DC voltage of one value into that of another, more often with a multifold increase of its nominal input value. Converter capacity depends entirely on its design.As a rule most popular designs of voltage converters are step-up models which operate in the input voltage range of 0.7 to 3 V. They feed electronic designs with current load up to 3A and voltage from 5 to 24 V.Sometimes we have to use such devices to power various types of equipment when power supply networks with necessary voltage are inaccessible. This is especially useful in field conditions when we have some low-voltage batteries with us. Using a couple of 1.5V batteries while traveling we can charge a cell phone, listen to radio, or illuminate tents and recreation areas with LED flashlights.One of the variants of such design is the simplest voltage converter. It was developed by very smart experts. The device can work from only 1 AA battery and produce quite a sufficient voltage of 7V. You can connect loads up to 150mA to it. The circuit has a point-to-point wiring which makes examination easy.Here I used a regular matching transformer. This is a domestically produced transistor KT209. For the device operation you will need two capacities, a resistor isolating device, and a rectifier diode.We connect the device to the battery and take readings by the simplest load.There are much more complex and practical converter ...

Voltage Converter. Sample Design

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Simple 12VDC to 1.2VDC converter for O2 Sensor

!: Simple 12VDC to 1.2VDC converter for O2 Sensor

Simple and quick 12 volt DC to 1.2 Volt DC project to drop down voltage to run the Poor Man's EFIE that I have a video on here.

Simple 12VDC to 1.2VDC converter for O2 Sensor

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Connect Wii to LCD Monitor and Non Pal System TV-Part 2 of 3.wmv

!: Connect Wii to LCD Monitor and Non Pal System TV-Part 2 of 3.wmv

Connect Pal system Wii to Non Pal System TV and LCD Monitor.

Connect Wii to LCD Monitor and Non Pal System TV-Part 2 of 3.wmv

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SCR Converter High-Voltage

!: SCR Converter High-Voltage

High-Voltage Converter realized by using Thyristors Inverter mit Thyristoren Frequenzbereich 20-600Hz

SCR Converter High-Voltage

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Goldsource® STU-3000 Step Up/Down Voltage Transformer Converter - AC 110/220 V - 3000 Watt

!: The Top 10 Places to Buy Goldsource® STU-3000 Step Up/Down Voltage Transformer Converter - AC 110/220 V - 3000 Watt fast

Rate : | Price : $107.95 | Post Date : Nov 25, 2011 22:33:04
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Made by one of the leading manufacturers in the industry, the Goldsource ST series step up/down voltage transformers offer you a safe, reliable, affordable & convenient solution to converting voltages from 110-120 volts up to 220-240 volts or from 220-240 volts down to 110-120 volts for both home use & industrial applications. The ST-3000 is rated at 3000 watts maximum. It features a heavy-duty cord with a standard US 3-prong plug plus a free American to German outlet plug adapter. There are a total of two grounded outputs on the front panel, one is designated for 120 volts and the other is for 220 volts only. They both are standard US outlets and can be used simultaneously. For safety, it's recommended by the manufacturer that the voltage transformer's maximum power should be equal or greater than the power rating of your appliance multiplied by 1.5. For example, if you have an appliance rated at 100 watts, you will need to pick a transformer with a maximum power of 150 watts or greater.

• Goldsource® STU-2000 Step Up/Down Voltage Transformer Converter - AC 110/220 V - 2000 Watt
• Goldsource® STU-1000 Step Up/Down Voltage Transformer Converter - AC 110/220 V - 1000 Watt
• Goldsource® STU-750 Step Up/Down Voltage Transformer Converter - AC 110/220 V - 750 Watt
• Goldsource® Step Up and Down Voltage Converter Transformer ST500 - Transformer - AC 110/220 V - 500 Watt
• Goldsource® STU-300 Step Up/Down Voltage Transformer Converter - AC 110/220 V - 300 Watt

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Fluorescent lamps for adorning illumination

!: Fluorescent lamps for adorning illumination

Fluorescent lamps for decorative illumination Fluorescent lamps with a cold cathode are one of the most popular devices for bright decorative lighting. They come in different colors, including ultraviolet. Fluorescent lamps with a cold cathode are called that way because the cathode, which emits electrons inside the tube, does not necessarily have to be heated above the ambient temperature. In conventional fluorescent lamps the cathode is made of a thin filament that lights up at red heat temperature. They light up after a certain time period of heating the cathode. Cold cathode lamps do not require a delay for heating, so they are triggered immediately. Unlike hot cathode lamps, cold cathode lamps are made of metal where electrons are dislodged from ions with a higher charge. For the cathode to work it does not need to light up. A cold cathode has a much longer working life than conventional fluorescent lamps. Decorative fluorescent lamps with a cold cathode are placed in a plastic housing which provide a solid protection for the thin cylinder of brittle glass, from which the light is emitted. There are two supply conductors at its ends. One of the most common models of these lamps are lamps 300 mm long and of 4 mm thick. They are available in red, blue, white, green and yellow colors. The glow voltage ranges from 180 to 1000V. The average brightness of the lamp is 15 000 cd/m2. The radiation power of this product is 6W. Inverters powering fluorescent lamps have an input ...

Fluorescent lamps for adorning illumination

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