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A germanium IC was invented in 1958 in Texas at Texas Instruments.
The modern silicon IC was invented in 1959 in California at Fairchild Semiconductor.
The silicon IC succeeded as all parts including the wiring could be integrated into the chip. The germanium IC was a dead end as even though the electronic components could be integrated, the wiring still had to be done by hand under high power microscopes component by component, making it too expensive for the market.
What else can I help you with?
Why did the colossus need valves?
Because - when Colossus was built (in 1943), microchips had yet to be invented ! Microchips replaced valves and transistors in newer computers.
Would you say eight percent of the microchips is defective or eight percent of the microchips are defective?
You would say the latter. eigh percent of microchips ARE defective
What wasn't invented in 1935 but is invented now?
t.v.'s,Nintendo's Nintendo d.s.s,wii's,computers,laptops,phones,cell phones,microchips,the newer style cars,hydro power cars.
Do toilets have microchips in them?
NO !
Are microchips in people brain?
no they are not
For what purposes are microchips used today?
Microchips are used today as implants in living bodies to aid in tracking and identification.
What purposes are microchips used today?
Microchips are used today as implants in living bodies to aid in tracking and identification.
Do passports have microchips embedded in them?
Yes, modern passports often have microchips embedded in them for added security and to store biometric information.
What are microchips made of?
Silicon mostly
What is the board that holds microchips?
the motherboard
How can microchips be used to breach the confidentiality of medical records?
Microchips when handled without the greatest degree of security can breach the confidentiality of medical records and any other records. Microchips store so much information that interception of them can have devastating consequences.
What appliances have microchips in them?
Many modern appliances contain microchips to enhance functionality and efficiency. Common examples include washing machines, refrigerators, microwaves, dishwashers, and ovens, which use microchips for features like smart controls, energy management, and diagnostic capabilities. Additionally, devices like coffee makers and air conditioners also incorporate microchips to optimize performance and user convenience. Overall, microchips are integral to the operation of a wide range of household appliances.
