Description:
SCOPE OF LEARNING:
- Study and Construction of Various Analog Electronics Lab Experiment
TECHNICAL SPECIFICATIONS:
Digital Meters:
- Ammeter 2Ma/200mA DC.
- Voltmeter/ Ammeter 20V/20mA
- Voltmeter 2V/200V DC.
Power Supplies:
- Operated on Mains power 230V, 50Hz +10%
- DC Power Supplies IC Regulated 0-15V, 500mA
- DC Power Supplies IC Regulated 0-30V, 500mA
- DC Power Supplies Fixed +12V, 500mA
- DC Power Supplies Fixed +5V, 500mA
- AC Power Supplies Isolated 15-0-15V, 500mA
- AC Power Supplies Isolated 9-0-9V, 500mA
Function Generator and Oscillators:
- 0-100KHz Function Generator (Sine, Square, Triangle)
- Fixed Frequency Oscillator 1 KHz and 2 KHz.
Components are mounted on the panels are:
- Variable Resistor (1K, 10K, 100K)
- Buzzer as Continuity Tester
- Low Frequency Speaker.
- SPDT Switched
- 2 Nos. Bread Board provided with module box
- SALIENT FEATURES:
- Front panel built with high class insulated Printed Circuit Board sheet with well printed circuits and symbols.
- Fuse for Short Circuit protection
- Instruction manual.
- Connections are brought out through 2mm Brass Pins.
- Patch Cords 2mm.
- The trainer is housed in ABS Plastic cabinet.
- Size of the trainer set 12”x10”
OPTIONAL ACCESSORIES:
LIST OF MODULES:
- ADT-002 DISCRETE COMPONENT TRAINER
- ADT-003 RLC RESONANCE TRAINER
- ADT-004 LOW PASS AND HIGH PASS FILTER
- ADT-005 NETWORK THEOREM
- ADT-006 AC FUNDAMENTAL THEOREM
- ADT-007 OHM'S LAW AND KCL-KVL
- ADT-008 ASTABLE USING 555
- ADT-010 RC PHASE SHIFT OSCILLATOR
- ADT-009 TRANSISTOR AS A SWITCH (SWITCHING ACTION OF BJT)
- ADT-011 WEIN BRIDGE OSCILLATOR
- ADT-012 HARTLEY OSCILLATOR
- ADT-013 COLPITTS OSCILLATOR
- ADT-014 BISTABLE USING 555
- ADT-015 MONOSTABLE USING 555
- ADT-016 INTEGRATOR USING OP-AMP
- ADT-017 DIFFERENTIATOR USING OP-AMP
- ADT-018 CLIPPING AND CLAMPING MODULE
- ADT-019 HARTLEY-COLPITTS OSCILLATOR MODULE
- ADT-020 VOLTAGE REGULATOR MODULE
- ADT-021 TRANSISTOR AMPLIFIER MODULE
- ADT-022 MULTIVIBRATOR MODULE
- ADT-023 STUDY OF 555 TIMER
- ADT-024 CRYSTAL OSCILLATOR
- ADT-025 TWO STAGE RC COUPLED AMPLIFIER MODULE
- ADT-026 PUSH PULL AMPLIFIER
- ADT-027 COMMON SOURCE JFET AND MOSFET AMPLIFIER
- ADT-028 INVERTING AND NON INVERTING OP-AMP
- ADT-029 OP-AMP AS SUMMING AND DIFFERENCE AMPLIFIER
- ADT-030 INTEGRATOR AND DIFFERENTIATOR USING OP-AMP
- ADT-031 RC COUPLED AMPLIFIER (SINGLE STAGE)
- ADT-032 NORTON'S THEOREM MODULE
- ADT-033 THEVENIN'S THEOREM MODULE
- ADT-034 HALF WAVE RECTIFIER
- ADT-035 FULL WAVE TRAINER
- ADT-036 MAXIMUM POWER TRANSFER THEOREM
- ADT-037 SEMICONDUCTOR CHARACTERISTICS MODULE
- ADT-038 DIRECT COUPLED AMPLIFIER
- ADT-039 COMMON COLLECTOR AMPLIFIER (EMIITER FOLLOWER)
- ADT-040 SCR CHARACTERISTICS MODULE
- ADT-041 UJT CHARACTERISTICS MODULE
- ADT-042 TRIAC CHARACTERISTICS MODULE
- ADT-043 DIAC CHARACTERISTICS MODULE
- ADT-044 FET CHARACTERISTICS MODULE
- ADT-045 TWO OP AMP MODULE
- ADT-048 TRANSISTOR CHAR. MODULE
- ADT-049 SWITCHING ACTION OF MOSFET
- ADT-050 OPTO COUPLER CHARACTERISTICS
- ADT-051 BAND GAP OF PN JUNCTION AND THERMISTOR
- ADT-052 GTO CHARACTERISTICS MODULE