This post is about structure, parameters and properties of JFET transistor. JFET transistor is a three-terminal device, where one of the terminal can control…
Semiconductor Devices: Preface
Aim of the study element
To provide information about semiconductor devices, their characteristics, inner structure and functions in different conditions. To give basis for learners on how to use semiconductors in a circuit.
Having successfully completed this element you will be able to:
- Differentiate classes of semiconductor devices.
- To design a circuit based on the component features.
- To conduct circuit analysis and understand the impact of every component.
- To measure semiconductor device properties and characteristics.
- Semiconductors and diodes.
- Amplifier and switches.
- Operational amplifiers.
The complete content for this module will be posted here soon.
The previous module showed the characteristics of semiconductors and their variety under different conditions. Here we will briefly recap the main characteristics of semiconductors…
A transistor is a three-terminal semiconductor device that can perform amplification and switching functions. The operation of a transistor as a linear amplifier is…
A MOS-device is a simplified example of a MOSFET structure (without source and drain). Let's consider how the MOS-device works. The simplest MOS-device has…
FET transistors are working differently than BJT transistors. In FET width of conducting channel is varied by applying of external electric field. They operate…
A depletion MOSFET is a one state transistor, that is in an ON state even when the gate to source voltage VGS or VGSS…