	GROUP 1	GROUP 2	GROUP 3	GROUP 4	GROUP 5	GROUP 6	GROUP 7	GROUP 8
	Koray Yavuz	Inci Güler	Batuhan Gayretli	Ş.Berkay Kılıç	M. Çağatay Karakan	Enes Sinan Parıldı	Muhamet Ibrahimi	Artūras Grabusovas
	Doruk Gökmen	Furkan Altincicek	Efekan Kökcü	Berkan YILMAZ	Levent Aslanbaş	Zübeyr Furkan Eryılmaz	Omer Hamza Acikoz	Linas Šimatonis
	Gamze Gül	Baris Evran	Abdullah Bera İçli	Berkan KILIÇ	Kaan Akyüz	Makbule Kübra Korkmaz	Muhamad Mahmudov	Züleyha Bingül
				Kagan Basa
22/02/2016	Exp2	Exp3	Exp4	Exp1	Exp5	Exp6	Exp7	Exp9
29/02/2016	Exp3	Exp6	Exp1	Exp5	Exp4	Exp7	Exp9	Exp2
6/3/2016	Exp6	Exp1	Exp5	Exp4	Exp7	Exp9	Exp2	Exp10
13/3/2016	Exp1	Exp5	Exp3	Exp7	Exp9	Exp2	Exp10	Exp6
21/3/2016	Exp5	Exp4	Exp7	Exp9	Exp2	Exp10	Exp6	Exp1
28/3/2016	No lab	No lab	No lab	No lab	No lab	No lab	No lab	No lab
5/4/2016	Exp4	Exp7	Exp9	Exp2	Exp10	Exp3	Exp1	Exp5
11/4/2016	Exp7	Exp9	Exp10	Exp2	Exp3	Exp1	Exp5	Exp4
18/04/2016	Exp9	Exp10	Exp2	Exp3	Exp1	Exp5	Exp4	Exp7
25/04/2016	Exp10	Exp2	No lab on monday	No lab on monday	Exp 6	Exp4	No lab on monday	Exp3
2/5/2017	No lab on monday	No lab on monday	Exp 6	Exp8	No lab on monday	No lab on monday	Exp3	No lab on monday

Exp1: Central Limit Theorem

In this experiment you will experimentally test the Central Limit Theorem.

Exp2. Measuring speed of light

Setup , fiber optic cable, procedure, video

Exp3. Magnetic properties of superconductor.

In this experiment you will measure the complex magnetic susceptibility of high-TC superconductors using mutual inductance method.

Read: http://egmrs.powweb.com/EJS/PDF/vo232/231.pdf

Exp 4: Computer controlled data acquisition using Labview programming.

Lecture 1, Lecture 2

Please watch the tutorials on Labview programming. Tutorial 1, Tutorial 2, Tutorial 3

Experiment procedure:

Exp5. Temperature measurements with thermocouple and diode.

In this experiment you will study two different temperature measurements using thermocouple and a diode. You will built an op-amp amplifier with a gain of 100 to measure the voltage generated by the thermocouple.

Experimental procedure:

Documents: OP 07:

Exp6. Measuring intensity of light with a photodiode:

In this experiment you will build a current to voltage converter (Transimpedance Amplifiers ) to measure photocurrent generated on a photodiode.

Read: Transimpedance Amplifiers

Exp7. Hall Effect in graphene:

In this experiment you will measure Hall voltage on graphene, atomically thin 2D crystal of carbon.

Experiment procedure:

Exp9. Two Slit Interference, One Photon at a Time, setup, video

Exp 10: Electron diffraction from crystals: movie

Exp. Building an amplifier:

In this experiment you will built an amplifier with variable gain using operational amplifier.

Read chapter 3

Exp: Stability of an oscillator:

In this experiment you will measure the precision of CD4060 based oscillator and 1MHz oscillator. To measure the stability of the oscillator, you have to build two identical oscillator and multiply the generated signal and measure the beat frequency.

Read: http://tf.nist.gov/phase/Properties/one.htm

Watch: https://www.youtube.com/watch?v=R5OgK0qNpek

Read: http://www.doctronics.co.uk/4060.htm

Read: Data sheet of CD4060

Read: modulator: AD630

Exp. Resistance measurement:

In this experiment you will study how to remove contact resistance during a resistance measurement using 4-point measurement and transfer line method.

Read: http://en.wikipedia.org/wiki/Four-terminal_sensing

Read: https://www.academia.edu/2719392/Electrical_conductivity_and_resistivity

Exp. Capacitance measurement:

In this experiment you will learn how to measure impedance using a lock-in amplifier. As an application you will measure the capacitance of a quadruple measurable capacitor which is used for capacitance metrology.

Exp. Ferroelectric materials.

In this experiment you will measure dielectric constant of a ferroelectric and observe hysteresis due to the polarization and measure the surface charge on the ferroelectric material.

Exp. Magnetic properties of ferromagnetic materials.

In this experiment you will measure magnetization of a ferromagnetic material and you will measure M-H curve of a ferromagnetic material.

Read chapter 14. The experimental setup is shown in section 14.3.