Solid state devices

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elt-306_wa1.docx

Questions:

1.  Describe a Thevenin Equivalent Circuit:

2.  Describe how to convert a Thevenin to a Norton Equivalent circuit.

3.  What is meant by “intrinsic” semiconductor material?

4.  What is the difference between “Group 3”  and “Group 5”  elements.

Problems:

1.  Show the Thevenin Equivalent for this circuit.  R1 =  1 KΩ, R2 = 8KΩ, Vs = 50vhttps://lh6.googleusercontent.com/UtcCU2WxXYo5EAsF-YHFMyTyUfzrtcwcvSiVraHS197MHOQkFJEGQGvNzYd1q8lRJjeldVN2-JZxLQhb3htRLLuqKqsguLt3njGF2GOmn-XvF3w0RlhXN2KpSw

2.  Convert this circuit to a Norton Equivalent circuit.  Rs = 2KΩ, Vs = 12v

https://lh5.googleusercontent.com/TcClmRo9CvE7JqTt_KPw0PyGmM-6sTuluUH4-vubK8pmmkchJWH5foVdl_fxKjKY52gSr8pbh0Zx9W90D8TlER0vyjqivFdLaXeepD0PmGlmJ_C3MHYlKMNnNg

3.  Show a D.C. battery and resistor connected so the PN junction is forward biased.

https://lh6.googleusercontent.com/feLr8Rc2yPpGPkARFNapy36Wr3A6vL4HTv13OWJ9mUBckmidZTWVGOl_TfDpj55415oGGlezf28IHUg-vyKCa0-y7nfRK4KLDBZPEsI4eQLGpbwdzWMQpU4bGA