Study of Power supply, (Solid State) Model – SPS – 12.

Study of Multivibrators (using Transistors),Model – MV– 12.

Study of Hybrid– Parameters of a Transistor, Model – H – 01.

Measurement H, Y & Z parameter of junction transistor in CE mode at different emitter Current value, Model – H – 02

Study of Basic Operational Amplifier, Model – LM – 741.

Study of Op – Amp. Math–Circuits, Model – 741 M.(using Op-Amp. as Summer, Substractor, Integrator, Differential)

Study of Comparator and Schmitt Trigger Using Op – Amp., Model – CST – 10

Study of Precision Rectifier Using Op-Amp., Model – PR – 10.

Study Of Voltage Controlled Oscillator Using I.C. – Ne - 566, Model – VCO – 10

Study of an Integrated circuit timer, Model – 555.

Study of astable and monostable multivibrator using I.C. – 555, Model – AM – 555.

Study of an integrated circuit regulator, Model – 723.

Study of a transistor amplifier (RC Coupled) Cum-Feed-Back Amplifier, Model – RC – 10

Performance study of two stage amplifier with RC, LC and Transformer coupling, Model – CT–12.

Study of Single Stage Transistor Amplifier in CE Mode, Model – CE - 10.

Study of single stage Transistor Amplifier in Common Base Mode, Model – CB– 12.

Study of load variation and frequency response of single stage CE amplifier, Model – LF – 04.

Performance Study Of Chopper Amplifier, Model – CA – 10.

Study of Instrumentation Amplifier using Op – Amp., Model – IA – 12

Transistorized Emitter Follower / Darlington Pair Amplifier, Model – FD – 10.

Performance study of a class A, AB and B Push – pull, Model - PP – 10

Different types of characteristics of junction (NPN transistor) transistor in CE, CB and CE configuration, Model – JT – 10.

Different types of characteristics of junction (PNP transistor) transistor in CE, CB and CE configuration, Model – JT – 11.

Different types of characteristics of junction (NPN & PNP) transistor in CE, CB and CE configuration, Model – JT – 12.

Study of Characteristics of Semiconductor Diode : Si, Ge, Zener and LED, Model – SD – 12.

Study of Semiconductor Diode Voltmeter, (Study of semiconductor diode voltmeter use as average responding ac voltmeter) Model – SDV – 10.

Characteristics of P.N. Junction Diode (Ge & Si) and Comparison, Model – D – 01.

Characteristics of Zener Diode and Zener Regulator, Model - Z – 10.

Study of Logarithmic Amplifier Using Op – Amp., Model – LA – 10

Characteristics of Unijunction Transistor (UJT) and Measurement of Its Parameters, Model – UJ – 05.

Characteristics of Field Effect Transistor (FET) measurement of its Parameters, Model – FT – 10

Study of voltage to Frequency Conversion, Model – VF – 12.

Study of voltage to Current Conversion, Model – VC – 12.

Different types of characteristics of junction (PNP transistor) transistor in CE, CB and CE configuration, Model – JT – 11.

Features : 

• Two  Power  Supplies  (Regulated,  continuously  variable  and  short  circuiting  proof  suitable  for  the  experimental  board  are  builtin.
• Circuit  is  printed  and  component  are  mounted  on the  top  of  the  decorated  sunmica  bakelite  sheet  to  give  better  and  clear  understanding.
• A  complete  working  manual  containing  operating  instruction,  theory  and  circuit  details  will  be  supplied  alongwith  experimental  set - up.
• Patch  cords  suitable  to  the  terminals  are  supplied  with  the  board  for  easy  inter  connections  and  longer  working  of  the  terminals.
• Weight : 3 Kg Approximately
• Dimension : 250mm × 330mm × 72mm

Experiments  :

1. Input,  Output  and  Transfer  Characteristics  of  the  Junction  Transistor  in  the  following  three  configurations  can  be  drawn  :

• Common  Emitter.
• Common  Base.
• Common  Collector.

Other  Apparatus  Required  :

1. Digital  Voltmeter.                                0 – 20,  Volt.                           01  No.
2. Digital  Milliammeter.                          0 – 20, mAmp.                       02  Nos.
3. Digital  Voltmeter.                                0 – 2, Volt.                              01  No.
4. Digital  Milliammeter.                          0 – 2, mAmp.                         01  No.

 

Note: There may be any change in specification due to continuous R & D without notice.

 

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