BenQ DD165N using new technology, making smaller and more conducive to heat its reading more fluid, we look together. .
BenQ DD165N
BenQ DD165N top of the main motor bearings, adding a unique "self-balancing ball." .the system. .The system, when high-speed rotating disc, the disc can automatically adjust the focus of real-time, so that the disc's center of gravity and the axis of the motor is always consistent, effective way to avoid the eccentric and slightly warped zone plate micro-defects such as the quality of the disc .film, the read process may occur in the chuck or jump phenomenon, so that the DVD disc playback smooth. .
BenQ DD165N
small chassis for the current trend of more and more popular, DD165N taken the industry's shortest short body design, .Compatibility is best for small chassis DVDROM. .Because DD165N take such a short body design, and this makes their size and weight have declined. .This is also you will find DD165N lighter than 1650V only reason. .
BenQ DD165N
DVDROM high-speed operation in the process, the chip will continue to generate a large number of sources of heat, so that nearby .rapid increase in temperature around the chip. .The OPU head is a very sophisticated organization, the high temperature can easily make the circuit around the head and body of aging or deformation, thus affecting the normal operation of OPU. .The traditional method is the same chipset and OPU in a working position in the body, through different air cooling system to make rapid discharge of the heat out of the machine. .This design, after all, is not the most radical solution. .
BenQ DD165N
BenQ DD165N DVDROM, take the latest isolated storage structure, so bald and chipset OPU .isolated in different positions in the body, thus ensuring that the chip set the heat at work through independent channels with U-line exhaust air navigation system to the machine outside. .A fundamental solution to the problem of chip heating components to precise the impact of OPU, thus ensuring the accurate positioning and long head life. . .