JAYAM Electronics – 13/43 – Annamalai Nagar – 3rd St – Mettupalayam Market – West Mambalam – Chennai – Tamil Nadu – 600033 – Ct – 9444001354 – 9677252848

JAYAM Electronics – 13/43 – Annamalai Nagar – 3rd St – Mettupalayam Market – West Mambalam – Chennai – Tamil Nadu – 600033 – Ct – 9444001354 – 9677252848

 

 

 

JAYAM Electronics, 13/43, Annamalai Nagar 3rd St, Mettupalayam Market, Ethiraj Nagar, West Mambalam, Chennai, Tamil Nadu 600033

 

dsPIC33CH512MP508 Dual Core Microcontroller

Trainer Kit  VERSION -01

• Inbuilt Power Supply
• 6 channel LED
• 16X2 LCD
• 2 Channel Potentiometer
• 1 X UART USB Interface
• Individual Switches Control for Each Interface
• dsPIC33CH512MP508 Microcontroller is plug on type for Easy Service

User Can Change Pin Configuration as per requirement

dsPIC33CH512MP508 Dual Core Microcontroller Programmer

Buck Boost Trainer Kit

Buck Boost Driver Board Only

DC MOTOR & Stepper Motor Trainer Kit

DC MOTOR Driver Board Only

Single phase inverter

Inverter Board Only

Three phase inverter

• Set Point Adjust
• Digital Output Voltage and Current Meter

Inbuilt 0.25 HP Motor

 

Temperature Measurement

Construct a circuit to measure Temperature of Liquid using RTD

Input  230VAC

Thermometer -1 No.

RTD sensor -1no

Electric kettle -1 no

Wooden box closed type

 

BEHAVIOUR OF PROXIMITY SENSORS

Input :230VAC

Power supply 12V DC

Inductive type proximity sensor -1 No

Capacitive type proximity sensor 1 No

12V Relay -2 nos

Buzzer -2 nos

Wooden box closed type.

 

LVDT

Input 230VAC

LVDT SENSOR -1 NO

DISPLACEMENT +-10MM

Digital meter -1 No

Wooden box closed type

 

PERFORMANCE OF LIGHT SENSOR

Construct a circuit to obtain the VI characteristics and Response Characteristics of photo conductive Cell

( LDR Characteristics)

Input 230VAC

Power supply: 0-15VDC

Inbuilt Digital meters

Light source & lux meter

 

Construct a circuit to measure the speed of the motor using Optical Sensor

input 230VAC

power supply 0-12V

inbuilt Rpm indicator and motor input volt

12 V dc motor & optical sensor

Closed type wooden box

 

PERFORMANCE OF ULTRASONIC AND MOISTURE SENSORS

Power supply 5V

Arduino uno  module

Ultrasonic sensor -1 No

Moisture sensor -1 no

Communication cable 1 no..

 

OBSERVE THE BEHAVIOUR OF TRANSISTOR AS A SWITCH

Input 230V AC

Power supply 12V DC

Push button, SPST ,SPDT, LIMIT SWITCH –Each 1no

Inbuilt transistor and relay circuit

12 V dc motor -1 no

 

FORWARD AND REVERSE CONTROL OF AC MOTOR

Input 3Ph 440V

Forward and reverse switch – 1 No

Tong tester -1 No

3ph 0.5 HP Motor -1 NO

Clamp meter 1 No.

 

FORWARD AND REVERSE CONTROL WITHOUT MOTOR

SERVO MOTOR CONTROL WITH AN ARDUINO

Power supply 5v

Arduino uno r3 module

Ultrasonic sensor -1 No

Moisture sensor -1 no

Servo motor -1 no

Communication cable 1 no

 

Pneumatic Circuit for double acting cylinder by using

5/2 soleniod valve

 

Digital Oscilloscope – 50MHz – Model: SMO502 ED, Make: Scientific

Digital Oscilloscope – 100MHz – Model: SMO 1002 ED, Make: Scientific

A single phase SCR half (semi ) and fully controlled bridge converter 24V / 1A with built-in transformer and 25 W resistive load – Service Charges

SMPS using MOSFET/IGBT – Service Charges

Speed control circuit for universal motor control – Service Charges

Line synchronised ramp trigger circuit using UJT with AC load – Service Charges

PWM based step down dC chopper using MOSFET/IGBT 30V/2A -step down and step up MOSFET chopper – Service Charges

Construct a circuit with a thyristor (SCR), a DC Voltage source, and a load resistor and Measure and observe the thyristor’s turn-on characteristics by varying the gate trigger

Build a circuit with a MOSFET or IGBT, a DC voltage source, and a resistive load and investigate the switching behavior of the MOSFET or IGBT by applying gate signals with different rise and fall times

Construct a single-phase or three-phase rectifier circuit using diodes and Measure the output voltage and current waveforms for different load conditions and input voltages

Setup a single-phase inverter circuit using IGBTs or MOSFETs and Generate sinusoidal output voltages by modulating the switching of the power devices, 24V DC Input sinusoidal inverter)

Build a chopper circuit using MOSFETs or IGBTs to control the speed of a DC motor and Experiment with different PWM (Pulse Width Modulation) techniques to vary the motor speed and direction

Design and implement a cyclo converter circuit to convert AC power at one frequency to AC power at another frequency and Measure the output waveform and frequency under various load conditions

Speed control of a DC Motor using PWM techniques

Speed control of an AC Induction Motor using a Variable Frequency Drive

Stepper Motor Control with various step modes and torques measurements

Closed-Loop Position Control of a Stepper Motor using an Encoder