Optoelectronics
In today’s fast-developing information society, methods allowing for rapid, broadband data transmission are becoming ever more important. For optoelectronic and high-frequency applications, increasing use is being made of compound semiconductors.The gallium and indium-based materials most frequently for the latter differ from silicon in that their efficiency in interacting with light is significantly greater. Furthermore, they possess greater electron mobility, thus enabling the construction of transistors with higher cutoff frequencies. These types of compound semiconductors are therefore predestined for use in mobile wireless communication and in fiber-optic networks. In future, they will also capture new markets for optoelectronic applications such as LEDs.

Crystal Growing Systems
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Typ EKZ 3500
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Typ EKZ 3000
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Typ Kronos
In the vertical gradient freeze (VGF) process, a crystal solidifies directionally in a crucible with vertical temperature gradient. Compared to the Czochralski process, this provides the advantage of lower ... |
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Typ FZ 30The FZ-30 consists of a main, upper and lower chamber and an upper and lower pulling arrangement, all built as modules. The FZ-30 is fully equipped with access doors, a tank circuit, a control panel, a high frequency generator, a data logging system and an operator’s platform ... |
Ultrasonic Measurement
PVA TePla also offers
Ultrasonic Measurement for the nondestructive Inspection of High
tech materials. Find more to this on the Homepage of our subsidiary PVA
TePla Analytical Systems
http://www.samtec-germany.com/
- 08/13/10
Quarterly Report II - 09/06/10
25th EUPVSECTrade Show in Valencia,Spain
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