Search for tag: "millivolts"

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AVLSI Demo 4 - Calculator Basics and Creating… duration 7 minutes 29 seconds AVLSI Demo 4 - Calculator Basics and Creating… AVLSI Demo 4 - Calculator Basics and Creating DCOP Expression	AVLSI Demo 4 - Calculator Basics and Creating DCOP Expression Basics of using the Cadence Virtuoso calculator and adding DCOP expressions to the ADE output avlsib analogue circuits cadence virtuoso device expression stack calculator outputs point characteristics devices margin millivolts vsat ad cursor thing buffer vds parameter step simulation voltage From Filip Taneski 0 likes 45 plays 0 Course Code ELEE11073 Publisher Filip Taneski Licence Type Creative Commons - Attribution Language English Date Created January 28th, 2021
BMS2: Chemical Synaptic Transmission 3 Part 3 Dr… duration 11 minutes 40 seconds BMS2: Chemical Synaptic Transmission 3 Part 3 Dr… BMS2: Chemical Synaptic Transmission 3 Part 3 Dr Phil Larkman	BMS2: Chemical Synaptic Transmission 3 Part 3 Dr Phil Larkman GPCR-mediated slow synaptic transmission potential receptors protein receptor acetylcholine inhibitory channels response duration events pathway signal mechanism activation potentials cells membrane beta potassium millivolts From Philip Larkman 0 likes 476 plays 0 Licence Type Creative Commons - Attribution
BMS2 Chemical Synaptic Transmission 2 Part 2 Dr… duration 25 minutes 23 seconds BMS2 Chemical Synaptic Transmission 2 Part 2 Dr… BMS2 Chemical Synaptic Transmission 2 Part 2 Dr Phil Larkman	BMS2 Chemical Synaptic Transmission 2 Part 2 Dr Phil Larkman Ion permeability of the nACh receptor potential membrane sodium equilibrium ions channel potassium muscle calcium millivolts end acetylcholine channels plate ion flow receptor contraction action receptors From Philip Larkman 0 likes 378 plays 0 Licence Type Creative Commons - Attribution
Medical Sciences 1: How does the CNS work? Part 3… duration 19 minutes 32 seconds Medical Sciences 1: How does the CNS work? Part 3… Medical Sciences 1: How does the CNS work? Part 3 Dr Phil Larkman	Medical Sciences 1: How does the CNS work? Part 3 Dr Phil Larkman Ion channels and neuronal excitability - the resting and action potentials. potential membrane channels potassium action sodium cell channel axon equilibrium ions ion change neurons depolarization voltage gradient concentration millivolts neuron From Philip Larkman 0 likes 94 plays 0 Licence Type Creative Commons - Attribution