Linked from

The 26 pages that link to Photolithography, each with the reason it gives.

• Integrated circuitRelated: It defines the tiny patterns that become circuit features during chip fabrication.

• LithographyBroader topic: It adapts lithographic pattern transfer to semiconductor and microdevice fabrication.

• Printed circuit boardRelated: In common board fabrication, a resist pattern helps define which copper remains or is removed.

• Moore's lawRelated: Its resolution determines how densely circuit features can be patterned.

• MicrofluidicsRelated: It commonly creates the master molds used to form microchannel structures.

• Semiconductor industryBroader topic: Its resolution helps determine how densely transistors can be placed.

• Application-specific integrated circuitRelated: Photolithography forms the tiny structures that implement an ASIC's physical circuit.

• Fairchild SemiconductorRelated: It enabled Fairchild to reproduce small circuit patterns across silicon wafers.

• Semiconductor fabricationRelated: It defines where later etching, deposition, and implantation alter each wafer layer.

• Robert NoyceRelated: Photolithography defines the fine circuit features and metal paths used in integrated-circuit fabrication.

• Photochemical reactionRelated: Light-driven chemistry creates patterned regions in semiconductor fabrication.

• Semiconductor device fabricationRelated: It defines where many subsequent fabrication steps alter the wafer.

• ChromolithographyCompared with: Despite the similar name, photolithography is not the traditional multicolor print method.

• Excimer laserRelated: Excimer wavelengths define fine features in semiconductor fabrication.

• Jack KilbyRelated: Photolithography enabled the scalable patterning approach associated with Noyce’s monolithic circuit proposal.

• Taiwan Semiconductor Manufacturing CompanyBroader topic: It defines the tiny circuit patterns at the heart of TSMC’s production.

• MEMSRelated: Lithographic patterns guide the etching and deposition steps that shape MEMS.

• Silicon waferRelated: It defines the fine features built in successive layers on a wafer.

• Very-large-scale integrationRelated: It defines the tiny patterns used to build devices and wires on each chip layer.

• ASMLNarrower topic: ASML’s machines are advanced tools for projecting chip patterns onto wafers.

• MicroelectronicsRelated: It transfers circuit patterns onto semiconductor wafers during chip fabrication.

• Silicon photonicsRelated: It defines the small, repeatable features used in silicon optical circuits.

• Fused quartzRelated: Fused quartz substrates and mask blanks support precise transmission of exposure light.

• Organosilicon chemistryRelated: Organosilicon compounds serve as resists and hard-mask materials in microfabrication.

• Iron(III) nitrateRelated: Iron(III) nitrate has been used in specialized resist and etching processes.

• MicromachineryRelated: It enables precise, repeatable definition of the small features used in micromachined devices.