ANALOG ELECTRONICS LABORATORY - MP-eStore Electronics ... ADVANCED... · ANALOG ELECTRONICS LABORATORY MP-SCIENTIFIC AEL1037-ADV ADVANCED POWER ELECTRONICS TRAINER Magnetic Powder

ANALOG ELECTRONICS LABORATORY

AEL1037-ADV ADVANCED POWER ELECTRONICS TRAINER

MP-SCIENTIFIC

EXPERIMENTS LIST

Basic Measurement and Characteristic of SCR, TRIAC Operation of R.M.S. meter and measurement of three-phase voltage

Operation of storage oscilloscope and differential

amplifier

Measurement and characteristic of SCR

Measurement and characteristic of TRIAC Single/Three-Phase Rectify and Phase Control

(AC→DC,AC→AC)

Single-phase half-wave uncontrolled rectifier (Half‑wave rec-tify)

Single-phase full-wave uncontrolled rectifier (Full‑wave rec-tify)

Operation of reference variable generator and three phase angle controller

Operation of voltage/current to measuring transducer

Single-phase half-wave controlled rectifier (Half‑wave con-trolled rectifier)

Single-phase full-wave controlled rectifier

Single-phase full-wave semi- symmetric - controlled rectifier (Symmetric)

Single-phase full-wave semi- asymmetric - controlled rectifier (Asymmetric)

Single-phase semi-controlled AC regulator

Single-phase full-controlled AC regulator

Three-phase half-wave uncontrolled rectifier

Three-phase full-wave uncontrolled rectifier

Three-phase half-wave controlled rectifier

Three-phase full-wave semi-controlled rectifier

Three-phase full-wave full-controlled rectifier

Three-phase full-wave semi-controlled AC regulator

Three-phase full-wave full-controlled AC regulator

DC Chopper Circuit and Characteristic of IGBT

(DC→DC)

Measurement and characteristic of IGBT

Basic description of DC chopper

Single quadrant DC chopper

Two quadrant DC chopper

Four quadrant DC chopper Single/Three-Phase Frequency Converter

(AC→DC→AC)

Basic description and principle of frequency converter

Single-phase PWM controller circuit

Single-phase frequency converter

Analysis of Three-phase PWM controller circuit

Three-phase PWM controller circuit

Three-phase frequency converter Switching Power Supply Circuit and Characteristic of MOSFET (DC→DC)

Measurement and characteristic of MOSFET

Buck switching power supply

Boost switching power supply

Buck-boost switching power supply

Fly-back switching power supply Electronic Ballast Circuit (AC→AC)


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MODULES LIST

Resistor Load Unit; Model : OD2666-9P 1. Bench top type 2. 3 Load resistors, each one 100Ω 3. Rated current: 2A

DC Power Supply (±15V/2A); Model : OD3538-8D 1. Short circuit & over temperature protection 2. Over current indicator: LED 3. Over temperature indicator: LED 4. Rated output: ±15V/2A 5. Power indicator: LED 6. Power supply: 1ø, AC 220V, 50/60Hz

DC Power Supply ( 0-40V/3A,0-20V/6A); Model : PE2002-9P 1. Input voltage: 220V, AC 2. 2 Output voltage: 0~20V, 0~40V 3. Rated current: 0~20V/6A, 0~40V/3A 4. Over load protection

Reference Variable Generator; Model : OD3536-5A 1. Internal reference voltage output (VREF):+10V 2. External reference voltage input (VREF): -

10V~+10V 3. Output:

a. 0~+ VREF b. -VREF~0~+ VREF

4. Adjustment scale: Linear 0~100%

5. Working voltage: ± 15V

Differential Amplifier; Model : MS7333-4D 1. 4 Channels output and input 2. Measuring voltage (Max.): 700Vp 3. Output voltage (Max.): 10Vp 4. Measuring frequency (Max.): 200kHz 5. Input voltage range: 500V, 100V, 10V 6. Output voltage range: 10V 7. Output terminal: Common ground

3 Types:

a. 2BNC sockets for oscilloscope, the switching switch to selected the measuring channel (A/B, C/D)

b. 4 mm terminal for module connect 8. Power supply: AC 220V, 50/60 Hz

Current Transducer; Model : PE1201-2I 1. Hall current sensor 2. Measuring frequency (Max.): 200KHz 3. Current measuring:

a. Input: 20Ap / Output: 10Vp b. Input: 5Ap / Output: 10Vp c. Input: 1Ap / Output: 10Vp

4. Over current indicator

Three Phase Angle Controller; Model : OD3536-7B 1. Pulse output: Electric isolation, can direct driver up to 6

thyristors 2. Trigger angle: 0~180° 3. Control input signal: 0~10V 4. Rectification angle : 0~90° adjustment 5. Convert angle: 0~180° adjustment 6. Working voltage: ±15V, single pulse & continue pulse

R.M.S. Meter; Model : MS7211-5M 1. Measuring range:

a. Current: 0.1/0.3/1/3/10/30 A

b. Voltage: 3/10/30/100/300/1000V

2. 3 measuring type: a. RMS AC+DC: Total RMS value b. RMS AC : Ripple RMS value c. AV AC+DC: Arithmetic mean value

3. Over load protection 4. +/- value indicator: LED 5. Accuracy: 2%. Full scale 6. Operation power supply: 1 phase, AC 220V,60Hz

Power Meter (0.3W-30KW); Model : MS7211-5W 1. Active power & reactive power can be selected 2. Measuring range: 0.3W(Var)~30KW(KVar)

a. Current: 0.1/0.3/1/3/10/30A r.m.s.

b. Voltage: 3/10/30/100/300/1000V r.m.s.

3. Frequency range: 0~20KHz

4. Over load protection

5. Over current & over voltage LED indicator

6. Reactive power +/- value indicator (QL & QC)

7. Accuracy: 2% full scale

8. Output terminal: Measuring full scale 100%=1V

9. Operation power supply: 1 phase, AC 220V 60 Hz

Resistor Load; Model : PE2002-1R 1. 2 Resistors load:

a. 5~50Ω/120W b. 10~100Ω/ 120W

2. Over current protection

Inductive Load Unit; OD2666-9Q 1. Bench top type 2. Load indicator: 50mH x 2/ 200mH 3. Rated current: 5A



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Flyback Switching Power Supply; Model : IE2001-2P 1. Test point:

a. Switching control IC output signal b. Current feedback signal c. Voltage feedback signal d. Switching power component terminal

2. Switching frequency up to 40KHz 3. Converter control: Isolation feedback converter 4. Input voltage: 95~250V AC 5. Output: 45W, up to 80% efficiency 6. Output voltage ripple: ≦ 5% 7. Output voltage regulation: ≦ 5% 8. Output voltage: DC 12V ~ 15V, adjustment 9. Rated current: 3A Max., over load & short circuit

protection 10. Switching power component: MOSFET

Boost Switching Power Supply Unit; Model : PE2002-2P 1. Test point:


2. Switching frequency: ≧ 40KHz 3. Converter control: Isolation feedback converter 4. Input voltage: DC 10 ~ 16V 5. Output: 60W, up to 85% efficiency 6. Output voltage ripple: ≦ 5% 7. Output voltage regulation: ≦ 5% 8. Output voltage: DC 18V ~ 30V, adjustment 9. Rated current: 2A Max., over load & short circuit


Buck Switching Power Supply; Model : PE2002-3P 1. Test point:


2. Switching frequency: ≧40KHz 3. Converter control: Isolation feedback converter 4. Input voltage: DC 17~ 30V 5. Output: 45W, up to 85% efficiency 6. Output voltage ripple: ≦5% 7. Output voltage regulation: ≦5% 8. Output voltage: DC 10V ~ 15V, adjustment 9. Rated current: 3A Max., Over load & short circuit


Buck-Boost Switching Power Supply Unit; Model : PE2002-5P 1. Test point:


2. Switching frequency: ≧40KHz 3. Converter control: Isolation feedback converter 4. Input voltage: DC 16 ~ 26V 5. Output: 60W, up to 85% efficiency 6. Output voltage ripple: ≦5% 7. Output voltage regulation: ≦5% 8. Output voltage: DC 25V ~ 30V, adjustment 9. Rated current: 2A Max., overload & short circuit protec-

tion 10. Switching power component: MOSFET

Electronic Ballast Fluorescent Lamp Unit; Model : PE2002-1B

1. Switching frequency : 10KHz

2. Input voltage range : 70V~130V AC

3. Type of lamp : 35cm long tube 10W

4. Control mode : half-bridge self-excitation feedback multivibrator

5. Output current : 3Amax with overflow and short circuit protection

6. Switching power element : BJT

IGBT Drive Set; Model : EM5202-2D 1. Input voltage: DC 20~300V 2. Output voltage: 0~300Vp 3. Drive circuit: Photo couple and drive circuit 4. Output device: IGBT, 60A/800V 5. Current detector & protector: Hall effect component

DC PWM Generator; Model : EM5202-2C 1. Triangular wave( carrier) generator:

a. Amplitude: ±10Vp or 0~10Vp b. Frequency: 1K, 10K, 15KHz

1. PWM signal generator: 2 x PWM control signal 2. Working power supply: DC±15V / 0.5 A

Single Phase PWM Controller; Model : EM5202-1C 1. (1) Triangular wave( carrier) generator:

a. Amplitude: ±10Vp b. Frequency: 1K, 5K, 15KHz

2. Sine wave signal generator 3. Multiplex 4. PWM signal generator: 2 x TTL level 5. Square wave signal generator 6. Working power supply: DC ± 15V

Three Phase PWM Controller; Model : EM5201-3C 1. Triangular wave( carrier) generator:

a. Amplitude: ±10Vp b. Frequency: 5K, 10K, 20KHz

2. Sine wave signal generator 3. Multiplex 4. PWM signal generator: 2 x TTL level 5. Square wave signal generator 6. Working power supply: DC ± 15V

Three Phase Rectifier & Filter; Model : EM5202-3P

1. Power input: 1ø or 3ø, 0~220V AC 2. With inductor & capacitor filter circuit 3. Surge voltage protection circuit 4. Output voltage: 0~300VDC (Max.) /10A(max.)


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Magnetic Powder Brake Unit; Model : EM5101-3B 1. Power Supply: 110/220 Vac 2. Type: forced air-cooling magnetic powder brake 3. Braking Torque: 5Nm max. 4. Speed Sensing: photoelectric type, 60 pulses/rev. 5. Torque Sensing: strain-gauge torque transducer,

torsion bar 6. Temperature Sensing: thermal switch 7. Base Unit: integral, aluminum alloy 8. Connecting to controller via the dedicated cable 9. Cooling Fan

Magnetic Powder Brake Controller; Model : EM5101-3C 1. Power Supply: 110/240 Vac 2. Connecting to magnetic powder brake unit via dedicated

cable 3. LCD Display:

Display speed (S) and torque (T) of the motor under test

4. Display Range:

Torque: 0 ~ 10Nm

Speed: 0 ~ 5000rpm

Output power ; 0.000 ~ 2.000kW 5. Output Signal :

Torque : 1V / Nm

Speed : 1V / 1000 rpm 6. Automatic Loading Limit : 1 ~ 5 Nm; Settable 7. Torque zeroing 8. Fault Detection & Removal Reset Switch 9. Temperature Sensor Switch Sockets and Overheat LED

Indicator 10. Recorder connection socket 11. Communicating with PC through dedicated cable 12. Dedicated hardware and software allow processing and

displaying data on PC, such as full screen displaying, tracing, recording, printing motor speed, motor torque, motor power, power factor, efficiency, frequency, slip, voltage and current.

Universal Inverter 3×230V; Model : EM5201-3D 1. 6 x TTL level signal input: > 2.5μS, for interlocked & dead time control 2. Power input: 1ø or 3ø AC 20~220V 3. With photo-couple, isolation and main circuit 4. Output power component: IGBT 60A/800V 5. With adjustment over current protection circuit. 6. Output current sensor: Hall element, saturated current

>50A x 2 7. Output capacity: 220V/ 1.5KV 8. Operation voltage: DC ±15V, 1ø, 220V, AC

Power Diode Set; Model : OD3536-7E 1. Rated voltage: 1100V 2. Rated current: 10A

Fuse Set; Model : OD3536-7U 1. Module design 2. 3 x D-Type fuses, 6A/ 500V

Thyristor (800V/10A); Model : OD3536-7K 1. Rated voltage: 800V 2. Rated current: 10A 3. With RC surge buffer protection circuit

SCR/TRIAC Set; Model : PE1188-1S 1. SCR: 600V/16A 2. TRIAC: 600V/12A 3. Load lamp: 2, 12V/10W (with switch) 4. Load inductor: 1, 50mH/1A( with switch) 5. With current/voltage transfer measurement 6. With trigger control adjustment 7. Operation power supply: 1ø AC 220V/60Hz

MOSFET / IGBT Set; Model : PE1188-1F 1. IGBT: 800V/50A 2. MOSFET: 100V/48A 3. Load lamp: 2, 12V/10W (with switch) 4. Load inductor: 1, 50mH/1A( with switch) 5. With current/voltage transfer measurement 6. With trigger control adjustment 7. With external signal input 8. Operation power supply: DC+15V

DC Shunt Wound Machine; Model : EM5101-3A 1. The machine can be used for motor and generator

operation 2. For motor operation:

a. Rated voltage/current: 220 VDC / 1.65 A b. Rated speed: 1800 rpm c. Rated power: 0.25 KW

Three-Phase Squirrel Cage Machine; Model : EM5101-3G 1. Rated voltage: Delta 220 VAC, 50/60 Hz 2. Rated current: 1.4A 3. Rated speed: 1670 rpm (60 Hz), 1420 rpm (50Hz) 4. Rated power: 0.3KW 5. Power factor: 0.82

Isolating Transformer; Model : OD2666-9U 1. Benchtop type 2. Output voltage: 3ø, 4W, Y type connected, 64/95/110/127/220V

phase voltage output 3. Rated capacity: 1.5KVA 4. Input: AC, 3ø, 220V or 380V, 50Hz/60Hz

Experimental Frame; Model : FM1260-3T (1) Suitable for setting up test circuits and for demonstration

purpose with A4 297 mm high experiment panels (2) Can be secured to benches or back upright and be removed

at any time (3) The side pieces consist of rectangular tube steel. 60 x 30 x

2 mm, protected against corrosion, horizontal sections consists of anodized aluminium profiles

(4) Frame dimension : 1250(W) X 1000(H) X 250(D) mm



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Laboratory Table; Model : FM1260-3B 1. Dimension: 1800(W) X 900(D) X

780(H) mm, ±5%

Connecting Lead Holder; Model : FM1260-3H 1. Mobile type, with 5-foot tubular steel base, with five

casters. 2. Height: 1400mm, chipboard suitable with 20 connect-

ing leads slots.

Coupling; Model : EM5010-1A 1. Material: Rubber 2. Coupling sleeve for mechanical connection of two electrical machine

Coupling Guard; Model : EM5010-1B 1. Material: Plate coating 2. Attachable guard for protection against contact with Electrical machines

rotating parts

Shaft and Guard; Model : EM5010-1C 1. Material: Plate coating 2. Attachable guard for protection against contact with Electrical machines

rotating parts

Connecting Leads Set; Model : CB1064-1B 1. 4mm plugs with leads max. 2. Rating Current: 15A 3. Consisting of: 4. Connecting leads (25cm), Red/Black/Yellow/Blue/White. 5. Connecting leads (50cm),Red/Black/Yellow/Blue/White/Green. 6. Connecting leads (100cm), Red/Yellow/Blue/White/Green. 7. Connecting leads (150cm), Red/Yellow/Blue/White.

Experiments Manual; Model : CB1064-1M

SOFTWARE

POWER ELECTRONICS COMPUTER AIDED LEARNING SOFTWARE, AEL1037-SIMTEL Power Electronics Computer Aided Learning Software is interactive learning and simulation software, a very powerful tool to understand core concept of the subject. Power electronics is the combination of the Power, Electronics and Control. Power electronics system work as an application of solid-state electronics for the control and conversion of electric power. With the help of Power Electronics Computer Aided Learning Software, we have tried to develop a teaching tool which covers all topics of the subject, explained virtually through high quality simulation, rich theoretical content and attractive animated diagrams. Topics covered : 1. Definition, Insulators, Semiconductors and Conductors, Types of

Semiconductors, PN Junction Diode, Transistor PNP and NPN, Power Electronics Devices

2. Turn-ON Method of a Thyristor, Gate Triggering Methods, Turn-OFF Method

3. General Firing Circuit, Resistance Firing Circuit, Resistance-Capacitance Firing Circuit for Half and Full Wave, UJT Oscilla-tor, Synchronized UJT Triggering (Ramp Triggering), Ramp and Pedestal Triggering

4. Uncontrolled Rectifiers (Half Wave, Full Wave and Bridge), Fir-ing Circuits for Controlled Rectifiers (using Triangular Compara-tor, Ramp Comparator, Cosine Firing Scheme, IC-TCA785), Con-trolled Rectifiers (Single Phase Half, Full, Semiconvertor and Bridge Rectifiers with R-Load and RL-Load), Applications

5. Series Inverter, Parallel Inverter, Bridge Inverter, Applications 6. DC-DC Chopper (Introduction, Step-Down Chopper, Step-Up

Chopper), AC Chopper, Applications 7. Frequency Converter Firing Scheme, Single Phase Frequency

Converter, Applications 8. AC Voltage Controller Half and Full Wave with R-Load and RL- Load, Application

Screen shot of Power Electronics Computer Aided Learning Soft-ware



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OVERVIEW OF EQUIPMENTS REQUIRED FOR EXPERIMENTS



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Documents

ANALOG ELECTRONICS LABORATORY - MP-eStore Electronics ... ADVANCED... · ANALOG ELECTRONICS LABORATORY MP-SCIENTIFIC AEL1037-ADV ADVANCED POWER ELECTRONICS TRAINER Magnetic Powder