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 SPECIFICATIONS

SIC310 Linear Integrated Circuit Applications:
Amplifiers, Filters, Oscillators, and Generators

The course consists of 35 laboratory experiments arranged in three groups:

[a] Introduction to telecommunication amplifiers 9 experiments

[b] Active filters 7 experiments

c] Oscillators and generators 19 experiments

Emphasis is placed on analog operational amplifiers and the equations used in designing such amplifiers, filters, oscillators, and generator circuits. The course provides for approximately 75 hour of instruction.

EQUIPMENT SPECIFICATIONS

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The course consists of a box of electronic components.

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The components are provided in a plastic box.

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A prepacked box of jumpers in multiple colors and sizes is provided for breadboarding.

bulletThe experimental circuits covered are listed in the Laboratory Manual topics.


REQUIRED EXTRA EQUIPMENT
Master Builder (S300B)
All equipment operates on 120/240 VAC, 50/60 Hz.

LABORATORY MANUAL
The following list of topics indicates the scope of the material and experimentation provided by this course.
PART 1 Introduction to Telecommunications Amplifiers

  1. Noninverting Follower Amplifiers

  2. High-Gain, Inverting Voltage Amplifiers

  3. High-Gain, Noninverting Voltage Amplifiers

  4. AC-Coupled, Low-Frequency Amplifiers

  5. High Input Impedance Amplifiers

  6. High Gain Quad Amplifiers

  7. Low-Frequency, Bass-Boost Amplifiers

  8. 0-to-360 Degree Phase-Shift Amplifiers

  9. Digital Components and Logic Functions

PART 2 Active Filters

  1. Low-Pass Active Filters

  2. High-Pass Active Filters

  3. Band-Pass Active Filters, "Bi-Quad"

  4. Notch Filters

  5. Twin T Tuned Filters

  6. High Q Tunable Notch Filters

  7. Tunable-Center-Frequency Active Filters

PART 3 Oscillators and Generators

  1. Free-Running Square-Wave Oscillators

  2. Monostable Oscillators

  3. Astable Oscillators

  4. Sine-Wave, Phase-Shifter, Tuned Oscillators

  5. Wein-Bridge Oscillators

  6. Sine/Cosine Oscillators

  7. Voltage-Controlled Oscillator Triangular and Square Wave Generators

  8. Crystal-Controlled Oscillators

  9. Crystal Oscillator, Frequency Divider, and Pulse Generator

  10. Low-Frequency Multiplier

  11. Using Comparators

  12. Delayed-Pulse (Time Delay) Generators

  13. Staircase Generators

  14. Experimental Linear Voltage Ramp Generators

  15. Linear Sweep Generators

  16. Missing Pulse Detector

  17. Phase-Locked Loop Generators

  18. Analog Commutation

ORDERING INFORMATION
Order SIC310C. One manual is supplied with each Components Kit. For additional student manuals, order SIC310CM.
WEIGHT: Approximately 3 lbs (1.6 Kg)