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Silicon Wafer N Type DSP (2″)

Silicon Wafer N-Type
Product No NRE-44033
CAS 7440-21-3
Type N Type
Crystal method NA
Doping Phosphorous
Diameter (mm) 2” (50.8mm)
Thickness 275 μm
RRG (%) ≤12 %
Crystal Orientation NA
Oxygen Contents 12.5-16.5
Carbon Contents ≤1

Silicon Wafer N Type DSP (2″)

 Applications

Semiconductor Device Fabrication:

Transistor Manufacturing: silicon wafer n type dsp (2″) are used in the fabrication of transistors (like MOSFETs, Junction Field-Effect Transistors (JFETs), and BJT). The N-type doping in the silicon wafer introduces extra electrons, creating regions that conduct negatively charged particles. These transistors are used in applications ranging from low-power electronics to high-frequency circuits.

Diodes: N-type silicon wafers are essential for the fabrication of PN junction diodes. These diodes are used in rectifiers, signal processing, and voltage regulation.

Integrated Circuits (ICs):

Digital ICs: The 2″ N-type silicon wafers are used for the fabrication of digital integrated circuits such as microprocessors, memory chips, and logic gates. N-type doped silicon helps create n-channel MOSFETs, the basic building blocks for digital circuits.

Analog ICs: N-type wafers are also important for analog ICs, such as amplifiers, voltage regulators, and oscillators, which require specific electrical properties that N-type silicon provides.

Photonic Devices:

Light Sensors: N-type silicon wafers are used in the production of photodetectors and light sensors. These devices are crucial in systems that require light detection, such as cameras, optical sensors, and solar panels. N-type doping helps in creating photoelectric effects for better response to light stimuli.

Power Electronics:

Power Diodes and Rectifiers: N-type silicon wafers are often used in power diodes and rectifiers. These devices are important in applications like power conversion, rectifying alternating current (AC) to direct current (DC), and voltage regulation in power supplies and solar energy systems.

Power Transistors: For high-power applications, N-type silicon wafers are used in the creation of power transistors, which are employed in motor controllers, electronic circuits, power amplifiers, and inverters.

Sensors:

Temperature Sensors: N-type silicon wafers are used in the manufacture of thermistors and temperature sensors. These sensors are important in applications such as automotive systems, industrial process control, and consumer electronics.

 

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