It is very easy to cut, however it would be difficult to cut into a desired shape.
When you cut silicon you score it slightly then press it against an edge.
However, it only breaks along the crystal lattice since silicon is usually available as a single crystal wafer.
This means that you can only make clean breaks in the material. It does not "cut", you can only break it into pieces.
It is not 'Cutting voltage' but it is Cut-in voltage'. It is the voltage at which the diode turns ON. For silicon it is 0.7v. After reaching 0.7V diode current starts increasing rapidly for little increase in voltage.
for germanium it is 0.3 and for silicon it is 0.7
silicon and germanium
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A silicon transistor is a transistor made of silicon.
Silicon has a larger band gap energy than germanium, resulting in a higher cut-in voltage for silicon diodes compared to germanium diodes. The larger band gap in silicon means that it requires more energy for electrons to be excited into the conduction band, resulting in a higher cut-in voltage.
The conversion is impossible.It is difficult to use a dry gallon to measure silicon.
the cut in vol for silicon diode is 0.7 where as germaium is around 0.3 because of their construction( the ratio of majority n minority carreirs)
A blunt knife's edge is thicker but not sharp. Hence, it is difficult to cut with a blunt knife.
Silicon itself is a non-metallic element with a shiny luster. However, when it is in its pure form or as a compound, it may appear dull depending on how it is cut or polished. So, silicon can exhibit both dull and shiny characteristics depending on its context.
Personally I think that corn is one of the most difficult vegetables to cut. It is difficult to remove the kernels of corn without damaging them.
cut in voltage *** for silicon is 0.7volts and that for germanium is 0.3volts.According to Millman and Taub, "Pulse, Digital and Switching Waveforms", McGraw-Hill 1965, the cutin (or offset, break-point or threshold) voltage for a silicon diode is 0.6, and 0.2 for germanium.Breakdown voltage is another thing entirely. It is the reverse voltage at which the junction will break down.
silicon diodes Cut in voltage is 0.7 V.but the Germanium cut in voltage is 0.3 V that's why .............
Silicon carbide can be cut using a diamond saw or a laser cutting machine. Diamond saws are typically used for thicker or larger pieces, while laser cutting is suitable for more precise or intricate cuts. It is important to use proper safety equipment and techniques when cutting silicon carbide due to its hardness and potential for generating fine particles.
Silicon dioxide, commonly found in sand and soil, can be abrasive to ants' exoskeletons, making it difficult for them to move and causing discomfort. This can deter ants from crossing areas with high levels of silicon dioxide, affecting their behavior and movement in their environment.
It is not 'Cutting voltage' but it is Cut-in voltage'. It is the voltage at which the diode turns ON. For silicon it is 0.7v. After reaching 0.7V diode current starts increasing rapidly for little increase in voltage.
for germanium it is 0.3 and for silicon it is 0.7