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What is a MOSFET
#educational post
#MOSFET
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![educational post - MOSFET (Metal-Oxide-Semiconductor Field-Effect Transistor) What is it? 7 A 3-terminal semiconductor switching devicel (Gate Dr Ce) Uses an electric field from Gate to control currentl Simple DC motor MOSFET POWER DISTRIBUTIONI T M *V = [ * R (Ohm's Law Rotating Triangle Trick!) Stationary > T= they 2. Operation (How Work): Think of water in ೩ pipe but pushide sheathed togethors but for electrons! friction/opposition] push Current (T) Apply pressure limits current (I) (like a water pump) depends on mon monopoles path is depends on Work done moving a charge around a closed path] path Brushes [ Rotates] Brushes > Rotating Brushes press on Commutator! Practical MOSFET: sensing has lag loading effect generates false trips! Ideal MOSFET: perfect sensing, P= V*I*cos(O) instant trip (theoryl) LD Components (The Parts): Power Measurement (Watts!) Key 3. Gate (G) (Voltage-controlled input! high high Z!) Isolated (G) gate | Drain (D) (Receives Current!) ACIPPNNEG Source (S) (Source of electrons!) Common point! Common point! Inverter (DC to AC Conversion) 4 4 Inverter Charging Port (ACIDC Input) collects & distributes! PC has high resistancel Step-up: Vs > VP **REMEMBER** Current flows P-to-NI Step-down: Vs < VP Vp/Vs Np Ns Characteristics & Analogy: engine $$$$ motor 4 Voltage Drive: Very small Gate current (I ~0!) VS U Controlled Rectifier: Only conducts from D to $ (like a thyristor!) depends on monopoles dipoles conservative path mon different types! LED lights up in doodles Induction Dynamometer Zener LED, Schottky are different types! LED lights up in doodles VOM V= I*R Silicon Forward V-drop ~ 0.7V! VS 005 Start High on Range, Connect Probes Rightl V = -L(di) AC Generator uses slip rings to output alternating current! 2 MOSFET (Metal-Oxide-Semiconductor Field-Effect Transistor) What is it? 7 A 3-terminal semiconductor switching devicel (Gate Dr Ce) Uses an electric field from Gate to control currentl Simple DC motor MOSFET POWER DISTRIBUTIONI T M *V = [ * R (Ohm's Law Rotating Triangle Trick!) Stationary > T= they 2. Operation (How Work): Think of water in ೩ pipe but pushide sheathed togethors but for electrons! friction/opposition] push Current (T) Apply pressure limits current (I) (like a water pump) depends on mon monopoles path is depends on Work done moving a charge around a closed path] path Brushes [ Rotates] Brushes > Rotating Brushes press on Commutator! Practical MOSFET: sensing has lag loading effect generates false trips! Ideal MOSFET: perfect sensing, P= V*I*cos(O) instant trip (theoryl) LD Components (The Parts): Power Measurement (Watts!) Key 3. Gate (G) (Voltage-controlled input! high high Z!) Isolated (G) gate | Drain (D) (Receives Current!) ACIPPNNEG Source (S) (Source of electrons!) Common point! Common point! Inverter (DC to AC Conversion) 4 4 Inverter Charging Port (ACIDC Input) collects & distributes! PC has high resistancel Step-up: Vs > VP **REMEMBER** Current flows P-to-NI Step-down: Vs < VP Vp/Vs Np Ns Characteristics & Analogy: engine $$$$ motor 4 Voltage Drive: Very small Gate current (I ~0!) VS U Controlled Rectifier: Only conducts from D to $ (like a thyristor!) depends on monopoles dipoles conservative path mon different types! LED lights up in doodles Induction Dynamometer Zener LED, Schottky are different types! LED lights up in doodles VOM V= I*R Silicon Forward V-drop ~ 0.7V! VS 005 Start High on Range, Connect Probes Rightl V = -L(di) AC Generator uses slip rings to output alternating current! 2 - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_121640_1efcca8e_1776133119670_sc.jpg?tenant=sc&referrer=pwa-sharechat-service&f=670_sc.jpg "educational post - MOSFET (Metal-Oxide-Semiconductor Field-Effect Transistor) What is it? 7 A 3-terminal semiconductor switching devicel (Gate Dr Ce) Uses an electric field from Gate to control currentl Simple DC motor MOSFET POWER DISTRIBUTIONI T M *V = [ * R (Ohm's Law Rotating Triangle Trick!) Stationary > T= they 2. Operation (How Work): Think of water in ೩ pipe but pushide sheathed togethors but for electrons! friction/opposition] push Current (T) Apply pressure limits current (I) (like a water pump) depends on mon monopoles path is depends on Work done moving a charge around a closed path] path Brushes [ Rotates] Brushes > Rotating Brushes press on Commutator! Practical MOSFET: sensing has lag loading effect generates false trips! Ideal MOSFET: perfect sensing, P= V*I*cos(O) instant trip (theoryl) LD Components (The Parts): Power Measurement (Watts!) Key 3. Gate (G) (Voltage-controlled input! high high Z!) Isolated (G) gate | Drain (D) (Receives Current!) ACIPPNNEG Source (S) (Source of electrons!) Common point! Common point! Inverter (DC to AC Conversion) 4 4 Inverter Charging Port (ACIDC Input) collects & distributes! PC has high resistancel Step-up: Vs > VP **REMEMBER** Current flows P-to-NI Step-down: Vs < VP Vp/Vs Np Ns Characteristics & Analogy: engine $$$$ motor 4 Voltage Drive: Very small Gate current (I ~0!) VS U Controlled Rectifier: Only conducts from D to $ (like a thyristor!) depends on monopoles dipoles conservative path mon different types! LED lights up in doodles Induction Dynamometer Zener LED, Schottky are different types! LED lights up in doodles VOM V= I*R Silicon Forward V-drop ~ 0.7V! VS 005 Start High on Range, Connect Probes Rightl V = -L(di) AC Generator uses slip rings to output alternating current! 2 MOSFET (Metal-Oxide-Semiconductor Field-Effect Transistor) What is it? 7 A 3-terminal semiconductor switching devicel (Gate Dr Ce) Uses an electric field from Gate to control currentl Simple DC motor MOSFET POWER DISTRIBUTIONI T M *V = [ * R (Ohm's Law Rotating Triangle Trick!) Stationary > T= they 2. Operation (How Work): Think of water in ೩ pipe but pushide sheathed togethors but for electrons! friction/opposition] push Current (T) Apply pressure limits current (I) (like a water pump) depends on mon monopoles path is depends on Work done moving a charge around a closed path] path Brushes [ Rotates] Brushes > Rotating Brushes press on Commutator! Practical MOSFET: sensing has lag loading effect generates false trips! Ideal MOSFET: perfect sensing, P= V*I*cos(O) instant trip (theoryl) LD Components (The Parts): Power Measurement (Watts!) Key 3. Gate (G) (Voltage-controlled input! high high Z!) Isolated (G) gate | Drain (D) (Receives Current!) ACIPPNNEG Source (S) (Source of electrons!) Common point! Common point! Inverter (DC to AC Conversion) 4 4 Inverter Charging Port (ACIDC Input) collects & distributes! PC has high resistancel Step-up: Vs > VP **REMEMBER** Current flows P-to-NI Step-down: Vs < VP Vp/Vs Np Ns Characteristics & Analogy: engine $$$$ motor 4 Voltage Drive: Very small Gate current (I ~0!) VS U Controlled Rectifier: Only conducts from D to $ (like a thyristor!) depends on monopoles dipoles conservative path mon different types! LED lights up in doodles Induction Dynamometer Zener LED, Schottky are different types! LED lights up in doodles VOM V= I*R Silicon Forward V-drop ~ 0.7V! VS 005 Start High on Range, Connect Probes Rightl V = -L(di) AC Generator uses slip rings to output alternating current! 2 - ShareChat")