DOW CORNING - POW SLS SEH-39 B6623297DH – Semiconductor Silicon Wafer.
Special Price
$18.98
Regular Price
$98.95
READY TO SHIP - ONLY 211 LEFT IN STOCK!
SKU
5855
DOW CORNING - POW SLS SEH-39 B6623297DH – Semiconductor Silicon Wafer.
Silicon Wafer
Dimensions: 1.002” – 1.006" Diameter x 0.510” – 0.513” Thick.
Wafers are formed of highly pure (99.9999999% purity) nearly defect-free single crystal material.
Unpolished Perfectly Pure Silicon except for the doped impurities.
Type: POW (P Type)
Breakdown of what a P-Type (Positive) wafer means:
• Dopant (Impurity): P-type silicon is created by adding trivalent elements (Group III on the periodic table), such as Boron, to pure silicon.
• Charge Carrier: These dopants create an excess of positive charge carriers, known as "holes".
• "P" Stands for Positive: The "P" refers to the positive charge of the holes.
• Applications: P-type wafers are commonly used in solar cells, CMOS technology, and as a base substrate for integrated circuits (ICs) and transistors.
• Distinction: P-type wafers are usually distinguished from N-type (Negative/Phosphorus-doped) wafers, which use electrons as primary charge carriers.
Key Characteristics of P-type Wafers:
• Lower Conductivity: Generally lower conductivity compared to N-type.
• Good Performance: Ideal for hole transport in solar cell applications.
• Compatible with CMOS: Used extensively in standard semiconductor fabrication.
Theoretically millions of P/N junctions could be made from this man-made crystal. In applications wafers are thin slices
Value: The value of a (25.4mm) 1.0” Diameter x (12.7mm) 0.5” thick silicon wafer typically ranges between $50 - $250 depending on its grade and surface finish. Because this thickness is exceptionally high for a standard "wafer" (which are usually less than 1mm (Thick), this item is often categorized as a silicon window, mirror blank, or optical substrate.
A 25.4mm (1-inch) diameter, 12.7mm thick silicon wafer is a thick, small-diameter substrate primarily used for research and development, specialty optical components, or as a structural component rather than for standard microchip fabrication. Due to its extreme thickness relative to standard wafers (typically <1mm), it is ideal for precision polishing, infrared (IR) optics, high-load testing, and as a stable substrate in materials science research.
Applications: Solar Cells, CMOS Technology, Science Project or Show + Tell.
New Old Stock
Made in Japan
| SKU | 5855 |
|---|---|
| Condition | NS - NEW SURPLUS |
| Part Number | POW SLS SEH-39 B6623297DH |
| Alternative Part Number | MS-152, RD1121 CAT26-55 |
DOW CORNING - POW SLS SEH-39 B6623297DH – Semiconductor Silicon Wafer.
Silicon Wafer
Dimensions: 1.002” – 1.006" Diameter x 0.510” – 0.513” Thick.
Wafers are formed of highly pure (99.9999999% purity) nearly defect-free single crystal material.
Unpolished Perfectly Pure Silicon except for the doped impurities.
Type: POW (P Type)
Breakdown of what a P-Type (Positive) wafer means:
• Dopant (Impurity): P-type silicon is created by adding trivalent elements (Group III on the periodic table), such as Boron, to pure silicon.
• Charge Carrier: These dopants create an excess of positive charge carriers, known as "holes".
• "P" Stands for Positive: The "P" refers to the positive charge of the holes.
• Applications: P-type wafers are commonly used in solar cells, CMOS technology, and as a base substrate for integrated circuits (ICs) and transistors.
• Distinction: P-type wafers are usually distinguished from N-type (Negative/Phosphorus-doped) wafers, which use electrons as primary charge carriers.
Key Characteristics of P-type Wafers:
• Lower Conductivity: Generally lower conductivity compared to N-type.
• Good Performance: Ideal for hole transport in solar cell applications.
• Compatible with CMOS: Used extensively in standard semiconductor fabrication.
Theoretically millions of P/N junctions could be made from this man-made crystal. In applications wafers are thin slices
Value: The value of a (25.4mm) 1.0” Diameter x (12.7mm) 0.5” thick silicon wafer typically ranges between $50 - $250 depending on its grade and surface finish. Because this thickness is exceptionally high for a standard "wafer" (which are usually less than 1mm (Thick), this item is often categorized as a silicon window, mirror blank, or optical substrate.
A 25.4mm (1-inch) diameter, 12.7mm thick silicon wafer is a thick, small-diameter substrate primarily used for research and development, specialty optical components, or as a structural component rather than for standard microchip fabrication. Due to its extreme thickness relative to standard wafers (typically <1mm), it is ideal for precision polishing, infrared (IR) optics, high-load testing, and as a stable substrate in materials science research.
Applications: Solar Cells, CMOS Technology, Science Project or Show + Tell.
New Old Stock
Made in Japan
