वेफ़र हिंदी उपयोग और उदाहरण

क्रिस्टलीय सिलिकॉन, जिसे आमतौर पर फोटोवोल्टिक (PV) मॉड्युलों में वेफ़र के रूप में प्रयोग किया जाता, सिलिकॉन से प्राप्त होता है, जो आम तौर पर इस्तेमाल किया जाने वाला अर्द्ध-चालक होता है।

"" अधिकांश मॉड्यूल वेफ़र-आधारित क्रिस्टलीय सिलिकॉन सेल या कैडमियम टेल्युराइड या सिलिकॉन आधारित एक पतली-झिल्ली वाली सेल का प्रयोग करती हैं।

यह विशेष रूप से वेफ़र-आधारित सिलिकॉन बैटरियों के लिए महत्वपूर्ण होती है जो भंगुर होते हैं।

वेफ़र इसके अंग्रेजी अर्थ का उदाहरण

A conventional photomask is a transparent plate with the same thickness everywhere, parts of which are covered with non-transmitting material in order to create a pattern on the semiconductor wafer when illuminated.

When the thickness is suitably chosen, the interference of the phase-shifted light with the light coming from unmodified regions of the mask has the effect of improving the contrast on some parts of the wafer, which may ultimately increase the resolution on the wafer.

That light is not strong enough to create a pattern on the wafer, but it can interfere with the light coming from the transparent parts of the mask, with the goal again of improving the contrast on the wafer.

To add to the design challenge, device properties often vary between each processed semiconductor wafer.

Multi-project wafer service.

The town is known for its production of cookies, biscuits, and wafers.

Several IC fabs in Asia were utilized to build SoC wafers including TSMC in Taiwan.

The girl aggressively makes clear she only sells an albatross and continues shouting to draw attention to her merchandise, while the potential customer keeps asking questions about the product, like "What flavour is it?" and "Do you get wafers with it?".

In March 2001, SDK merged with Showa Denko Aluminum Corporation to strengthen the high-value-added fabricated aluminum products operations, and is today developing next-generation optical communications-use wafers.

None of these materials can be grown into crystals anywhere near the size of modern silicon crystals, nor do the resulting wafers have nearly the uniformity of silicon.

The world's first unbalanced ternary semiconductor design on a large wafer was implemented by the research team led by Kim Kyung-rok at Ulsan National Institute of Science and Technology in South Korea, which will help development of low power and high computing microchips in the future.

The cartridges (or "wafers"), the same as those used in Entrepo stringy floppy devices for other microcomputers, were physically larger than Microdrive cartridges.