What the process engineer really wants is to have 95 of the

Assignment Help Electrical Engineering

Reference no: EM13345463

What the process engineer really wants is to have 95% of the Boron just below the oxide. However there is an oxide thickness and tolerance of 110nm +- 4nm. Also, there is an implanter voltage reduction of up to 8% from the nominal voltage because the implanter high voltage source gradually reduces voltage until the machine power supply is serviced annually. (This is a low cost factory using a budget implanter).So what is the minimal implanter energy that you need to implant the Boron under these conditions to guarantee that 95% of the Boron is below the oxide (SiO2). What is the straggle?

Reference no: EM13345463

Questions Cloud

Determine the magnitudes of forces fa and fb acting on each : the beam is to be hoisted using two chains if the resultant force is to be 600n directed along the positive y axis

After the reaction to form baco3s and caco3s was completed : a chemist weighed out 5.25 g of a mixture containing unknown amounts of baos and caos and placed the sample in a 1.50-l

A strip of magnesium of mass 15g is dropped into a beaker : a strip of magnesium of mass 15g is dropped into a beaker of dilutenbsp hydrochloric acid. calculate the work done in j

What would be the temperature change if the gas were heated : exactly one mole of nitrogen gas confined within a cylinder by a piston is heated from 0degc to 873degc at 1.00 atm.a

What the process engineer really wants is to have 95 of the : what the process engineer really wants is to have 95 of the boron just below the oxide. however there is an oxide

A homogeneous cylinder with weight g and radius r lay on a : a homogeneous cylinder with weight g and radius r lay on a roughnbsphorizontal floor and adjoins to a rough vertical

What mass of f2 is needed to produce 187 g of pf3 if the : p4s f2g -gt pf3g what mass of f2 is needed to produce 187 g of pf3 if the reaction has a 80.1

State how much greater the bleach should be to be : the background section describes why you want the bleach to be far in excess of the dye. state how much greater the

Use the mole ratio to determine the number of moles of : use the mole ratio to determine the number of moles of carbon dioxide produced when 0.136 mole of 1-heptanol reacts

User Account

All Pages