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#QUIET 3 PIN FANS HOW TO#
#QUIET 3 PIN FANS PC#
#QUIET 3 PIN FANS SERIES#

There are many different types of fans and ways of controlling them.

running a fan slower increases its reliability and lifetime.

running a fan slower can reduce the power it consumes,.

running a fan slower reduces the noise it emits,.

Speed control-one way to answer some of these objections to the use of a fan-can have these advantages: The fan is also one more mechanical component in the system, not an ideal solution from a reliability standpoint. It is also an additional source of power consumption in the system-a very important consideration if power is to be supplied by a battery. A good alternative is active cooling, introducing a fan into the system to generate airflow around the chassis and the heat-generating components, efficiently removing heat from the system. However, these have proved insufficient in many popular consumer electronics products-and they are also somewhat expensive. The quietest way to remove heat is with passive components such as heat sinks and heat pipes. This heat needs to be removed quietly and efficiently. What these systems all have in common, besides significantly smaller-and still decreasing-size, is that the amount of heat they must dissipate does not decrease often it increases! In the notebook PC, much of the heat is generated by the processor in the projector, most of the heat is generated by the light source. Other examples of this trend include projection systems and set-top boxes. Thin and “Lite,” notebook PCs have shrunk significantly, yet their processing power has been maintained or increased.

Consequently, lots of electronic components are being shoehorned into very small form factors. The trend in electronics, particularly consumer electronics, is towards smaller products with enhanced combinations of features. This article will describe how and why this evolution has taken place and will suggest some useful approaches for the designer. However, in recent years, the technology of using these fans has evolved significantly. Compact electrical fans are cheap and have been used for cooling electronic equipment for more than half a century. Interest has been growing in integrated circuits for controlling the speed of cooling fans in personal computers and other electronic equipment.

#QUIET 3 PIN FANS HOW TO#

With PWM your system can ramp up the cooling when it’s needed, or operate in maximum quiet mode when it’s not.Why and How to Control Fan Speed for Cooling Electronic Equipment.

Pulse width modulation (PWM) allows compatible 4-pin controllers (including those built into many motherboards) to intelligently vary the speed of the fan.

Product Conception, Design and Quality Control in Germany.

Advanced high quality IC motor controller reduces electrical noise.

#QUIET 3 PIN FANS PC#

Removable anti-vibration mountings minimize the transmission of vibrations to the PC case and its components.The rubberized fan frame is equipped with funnel-shaped air inlets producing extremely high air pressure.Seven fan blades with optimized surface structures ensure excellent airflow.Advanced fluid-dynamic bearing (FDB) enables a super long fan life of up to 300,000 hours.6-pole fan motor with three phases giving very low power consumption and less vibration.It strikes the perfect balance between cooling and silence with a maximum of 15.5dB(A) and meets all the requirements to be a perfect choice for heat sinks, PC cases and radiators. The SilentWings® 3 140mm PWM model combines all of the above best-in-class features. They feature a smooth-running 6-pole motor, an advanced fluid-dynamic bearing, a unique airflow-optimized fan blade design and a fan frame with funnel-shaped air inlets.

#QUIET 3 PIN FANS SERIES#

The third generation of this award-winning fan series offers unrivaled and uncompromising performance with a broad range of meticulous optimizations. Product Overview No Compromise Silence and Performanceīe quiet! SilentWings® fans stand for state-of-the-art technology, virtually inaudible operation and superior cooling.