EE100 Laboratory - Parts List

Parts will be handed out to each student during the first laboratory, except parts listed in red which will be available only during lab sessions.
Note that parts will be reused between different labs, so make sure not to loose them! You will be allowed to keep your parts at the end of the semester.

1) Voltmeter and power supplies

• Resistors: 10, 22, 47, 100, 150, 220, 270, 470, 680, 1kOhm
• Solar cell (e.g. http://www.radioshack.com/product/index.jsp?productId=2062564&cp=&sr=1&o)
• Halogen lamp, e.g. IKEA "ESPRESSIVO"

2) Circuit simulation

• Simulation only, no parts

3) Circuit elements

• 1kOhm resistor
• Schottky diode
• IRF510 MOSFET

4) Strain gage

• Omega KFG-30-120-C1-11L1M2R prewired strain gage mounted on 20" long Al flat band. The center of the gage is 7" from one end of the Al band. Use 3/4" by 1/8" stock. Mount plastic container on end to hold weights.
• Clamp
• Weights: ~200grams cut from steel rod or bar (all weights must be equal within 2%, but the absolute value is not critical).
• 3 120Ohm resistors
• 3 1kOhm resistors
• 1 100Ohm potentiometer
• AD623 instrumentation amplifier

5) Operational amplifier

• Resistors: 47, 100, 470, 1k, 2x 3.9k, 10k, 100k, 470k, 1MOhm
• Potentiometer: 1kOhm
• LMC6482

6) Time domain signals

• LM555C timer chip
• 8Ohm speaker with leads
• 10uF electrolytic capacito
• Capacitors 1nF, 10nF, 100nF
• Resistors 4.7k, 10kOHm
• Potentiometer 100kOhm
• Push button, compatible with solderless protoboard (i.e. with pins on 0.1" grid)

7) Voltage booster

• 100V Schottky diode (e.g. MBR 1100)
• IRF510 MOSFET
• Coilcraft RFB0807-562L 5.6mH inductor
• Resistors 10, 100, 470, 1kOhm 0.5W
• Resistors 2.7k, 3.9k, 4.7k, 10k, 20kOhm 0.25W
• 1uF capacitor (electrolytic)

8) Frequency domain signals

One board per group of 2 students handed out at beginning of lab.

• Touch sensor PCB (design) and parts to populate it:
  • R1, R2: 2 100kOhm resistors
  • J1, J2: 2 3pin single row headers, Jameco part #686313 on page 148
  • 4 rubber feet, <0.4" diameter
• Soldering iron

9) Microcontroller

Only one set of equipment needed per lab station plus 5 spares. Equipment can be reused in future semesters.

• TI MSP-FET430UIF USB debug interface
• Microcontroller PCB (design), populated with:
  • U1: TI MSP430F2012 in 14DIP
  • U2: LED bar graph, 20pin DIL, Jameco part #334529
  • U3: 10pin bussed SIP resistors, 330Ohm, Jameco part #773521
  • J1: 12pos deep famale SIP socket for wire prototyping, 0.1" spacing
  • J2, J3: 2 3pin single row headers, Jameco part #686313 on page 148
  • J4: 14pin keyed header, Jameco part #737715
  • J5: 20pin double row header
  • C1: 2.2nF ceramic cap
  • C2: 100nF ceramic cap
  • C3: 10uF elco
  • R1: 47kOhm resistor
  • R2: 1MOhm resistor
  • 10 shorting blocks, Jameco part #22023 on page 142
  • 4 rubber feet, <0.4" diameter

10) Analog IO

• 500Ohm potentiometer
• otherwise same parts as labs 4 and 9

11) Touch sensor

• same parts as lab 9