- In the figure shown, 2 represents the:
- collector of a pnp transistor
- emitter of an npn transistor
- base of an npn transistor
- source of a junction FET
- ==========================
- In the figure shown, 3 represents the:
- drain of a junction FET
- collector of an npn transistor
- emitter of a pnp transistor
- base of an npn transistor
- ==========================
- In the figure shown, 2 represents the:
- base of a pnp transistor
- drain of a junction FET
- gate of a junction FET
- emitter of a pnp transistor
- ==========================
- In the figure shown, 1 represents the:
- collector of a pnp transistor
- gate of a junction FET
- source of a MOSFET
- emitter of a pnp transistor
- ==========================
- In the figure shown, 2 represents the:
- drain of a p-channel junction FET
- collector of an npn transistor
- gate of an n-channel junction FET
- base of a pnp transistor
- ==========================
- In the figure shown, 3 represents the:
- source of an n-channel junction FET
- gate of a p-channel junction FET
- emitter of a pnp transistor
- drain of an n-channel junction FET
- ==========================
- In the figure shown, 2 represents the:
- gate of a MOSFET
- base of a dual bipolar transistor
- anode of a silicon controlled rectifier
- cathode of a dual diode
- ==========================
- The figure shown represents a:
- dual bipolar transistor
- dual diode
- dual varactor diode
- dual gate MOSFET
- ==========================
- In the figure shown, 3 represents the:
- filament of a tetrode
- anode of a triode
- grid of a tetrode
- screen grid of a pentode
- ==========================
- In the figure shown, 5 represents the:
- grid of a tetrode
- screen grid of a tetrode
- heater of a pentode
- grid of a triode
- ==========================