ㆍComposed of 7 modules for 28 circuit experiments and a main unit for various analogue experiments.
ㆍPossible to make an application experiment by various ICs and TRs.
ㆍMain body is designed a suitcase-form for easy keeping and the front-panel was made of Epoxy to prevent from short-circuit.

A. Main Body
1) DC Output : 3V/5V/6V/9V/15V Dual Output
2) Decade Capacitor : 0.001㎌ ~ 0.999㎌ (2 digit)
3) Decade Resistor : 10㏀ ~ 150㏀, 100㏀ ~ 1500㏀ (Select by BCD 2ea)
4) AF Generator
a. 100㎐ ~ 10㎑ (In 2 Range) (Digital counter display)
b. Output : 1V/10V (In 2 Range)
c. Waveform : Sine and Square
5) Multi - Tester
a. DC : 20㎷ ~ 500V, Auto Range (3½ Digital)
b. AC : 2V ~ 500V, Auto Range
c. Resistor : 200Ω ~ 20㏁, Auto Range
d. Buzzer & Diode checker
6) AC Output : 30V CT (15V+15V) 0.1A Max
7) Variable Resistor : 1,000Ω and 100㏀
8) Switch : Slide, Push, SPDT-Toggle
9) Input Power : AC 220V, 60㎐
10) Size : 380(W)×130(H)×260(D)㎜
11) Bread - Board : 1ea (Socket 1260 point, Bus 300 point)
12) Module Dimension : 200(W)×45(H)×108(D)㎜

ㆍUser's Guide : 1 copy
ㆍModule and Storage Bag : 1ea
ㆍJumper wire : 1set
ㆍPower cables : 1ea

Modules
A. (M01) OP-AMP Characteristics
1) Input Off-set Voltage Measurement Practice
2) Input Bias Current Measurement Practice
3) Internal Input Impedance Measurement Practice
4) Slow rate measurement Practice
5) Common Phase Rejection Ratio (CMRR) Measurement Practice
6) Closed Loop Response Measurement Practice

B. (M02) Basic Linear Amp
1) Characteristics of the Non-inverting Amplifier Practice
2) Characteristics of the Inverting Amplifier Practice
3) DC Off-set Characteristics Practice
4) Voltage Follower Practice
5) Practice Summing Amplifier
6) Practice Differential Amplifier

C. (M03) Differentiator and Integrator
1) OP-Amp Differentiator Practice
2) OP-Amp Integrator's Practice

D. (M04) Voltage and Current circuit
1) Constant Current Source Practice
2) Current-to-Voltage Converter Practice
3) Voltage-to-Current Converter Practice
4) Reverse Voltage-to-Current Amplifier Practice
5) Non-inverting Voltage-to-Current Amplifier Practice

E. (M05) Non-Linear Signal Processing
1) Comparison Amplifier Practice
2) Peak Detector Practice
3) Half Wave Rectifier Practice
4) Full-wave Rectifier Practice
5) Practice Logarithmic Amplifiers

F. (M06) Generator
1) Sine & Cosine Oscillator Practice
2) Square-wave Oscillator Practice
3) Practice a Square Wave and Triangle Wave Oscillator

G. (M07) Active Filter
1) Equal-Component VCVS Butter
2) Practice Worth Low-pass Filter
3) Band-pass Filter Practice
4) State Variable Filters Practice

H. (M08) Subtract / Adder Circuit
1) Addition Circuit Training
2) Practice Subtraction Circuit

I. (M09) Absolute Value Circuit
1) Absolute Value Circuit Practice
2) Absolute Value Amplifier Practice

J. (M10) Interface Circuit
1) Practice the Interface with Relay

K. (M11) Breadboard
1) Socket strip (630 hole) × 2ea
2) Bust strip (100 hole) × 3ea