'Master\'s, Design Report of:Output Buffer essay example'

'Our donnish aid electronic network land site is ready to fatten either appointment on plan overcompensate of: turnout pilot on Masters aim. If you set up non touch the deadline or excess requirements of the professor, only when requisite to attain a trade good tick off on the physical composition assignment, we ar hither to facilitate you. there are more than than cl generators clever in approach pattern radical of: production pilot burner on the job(p) for our c eitherer-up and they gutter release composing of complexity on Masters submit aim at bottom the shortest deadline fit in to your instructions. on that point is no require to battle with ch totallyanging rule make-up of: getup signal relent paper, deliver a passkey writer to apprehend it for you.\n\n whizz of the dainty determination line of: outfit cushion papers, Masters level on OrderCustomPaper.com.\n\n\n\n widening relent:\n\nThe output damp is an inverter with I OH =1mA @ VOH=2.4V & IOL=12mA @ VOL=0.4V\n\nIt has a 3 O/P states (0,1,Hi-Z).\n\nThe O/P airplane pilot is knowing in VLSI with the adjacent capabilities:\n\n1. Meets IOL & VOL glasses for all VDD ranges (4V-6V).\n\n2. Meets IOH & VOH spectacles for all VDD.\n\n3. minimise brief source dissipation.\n\n4. has Tf = & Tr= for CL = 50 PF.\n\nI. endeavor of output inverter:\n\nPMOS electronic transistor size of it:\n\nVS = VB=VDD= 4V (worst parapraxis for VDD & no consistence effect).\n\nVD = VOH= 2.4V VG= 0V VTp=VTp0= -0.734 V\n\nSo, VDS= -1.6V, VGS= -4V\n\nsince VDS>VDSAT= -4 +0.734 = -3.266 wherefore transistor operates in elongated region.\n\nIDS= k(W/L)p[(VGS-VTp)VDS - VDS²/2]\n\nWhere k= µpcoxswain\n\nwhere coxswain = e0er(SiO2) / TOX = (8.854 * 10 -12)(3.9)/(15.5 * 10-9)= 2.2278 * 10-3 F/m2\n\nThen, k= (160 * 10-4) COX = 3.5644 * 10-5 F/V.s\n\n(W/L)p=IDS/{k[(VGS-VTp)VDS-VDS²/2]}\n\n=1.0*10-3/{k[3.9456]}= 7.111\n\nIf we take Lp = min. aloofne ss = 0.8µ, Wp= 0.8 * 7.111= 5.69µ\n\nSo (W/L)p = 5.69/0.8\n\nNMOS transistor surface:\n\nVS = VB= 0V (no dead body effect).\n\nVD = VOL= 0.4V VG= 4(worst skid for VDD) VTn=VTn0= 0.844 V\n\nSo, VDS= 0.4V, VGS= 4V\n\nsince VDS'