Sr |
Power and Industrial
Electronics Lab |
Model and
Specs Pdf |
1 |
Power
Electronics Main Trainers |
|
1 |
Power
Electronics Characteristics Trainer -Diac, Triac, UJT, SCR |
PEDM100 |
2 |
Power
Electronics Characteristics Trainer -Diac, UJT, PUT |
PEDM100B |
3 |
Power
Electronics Characteristics Trainer -Triac, SCR, MOSFET, IGBT |
PEDM100N |
4 |
Power
Electronics Characteristics Trainer -Diac, Triac, SCR, MOSFET, IGBT |
PEDM100M |
5 |
Power
Electronics Characteristics Trainer -Diac, Triac, SCR, UJT, MOSFET,
IGBT |
PEDM100AD |
6 |
Characteristics
of UJT, FET, SCR, SUS, SBS, TRIAC, DIAC |
PEDM100L |
7 |
Power
Electronic Design Trainer - 3 Bread Board |
PEDM200 |
8 |
Power
Electronic Design Trainer - 2 Bread Board |
PEDM200M |
9 |
Power
Electronic Design Trainer - 1 Bread Board |
PEDM200L |
10 |
Thyristor
Application Trainer |
THY100 |
11 |
Thyristor
Application Trainer |
THY100L |
12 |
IGBT
Trainer |
IGBT100 |
13 |
IGBT
MOSFET Trainer |
IGBTMOS100 |
14 |
SCR
Applications Trainer |
SCR100 |
15 |
Industrial
Electronics Trainer |
IEDM100 |
16 |
Power
Electronic Lab |
PEDM100S |
17 |
Power
Electronics Trainer (All Firing Circuit Circuits) |
POWER100 |
18 |
Power
Electronics Trainer with different plugin Panels |
POWER200 |
|
Power
Semiconductor Devices Panel |
POWER200-P3 |
|
Power
Semiconductor Application Panel |
POWER200-P20 |
|
Control
Inverter Panel |
POWER200-PE1 |
|
DV/DT
Limitation Panel |
POWER200-PE2 |
|
SCR
Application Panel |
POWER200-PE3 |
|
Addon
PMDC DC Motor with techogenerator & loading for closed Loop
Control |
POWER200-PMDC |
|
DMDC
48V Motor for chopper experiment |
POWER200-DCMT |
19 |
Three
Phase Lab |
3PHLAB100 |
|
Three
Phase Low Voltage P. Supply |
3RPS1 |
|
Three
Phase Supply Configuration |
3RPS2 |
|
Three
Phase Rectifiers |
3RPS3 |
20 |
High
Voltage Power Electronics Lab |
PEHIGH100 |
21 |
Power
Electronic Lab |
PEDM100S |
|
Ready
to Use Boards for Power Electronic Lab |
|
|
1.
UJT characteristics |
PE-01 |
|
2.
MOSFET characteristics |
PE-02 |
|
3.
SCR characteristics |
PE-03 |
|
4.
TRIAC characteristics |
PE-04 |
|
5.DIAC
characteristics |
PE-05 |
|
6.IGBT
Characteristics |
PE-06 |
|
7.PUT
Characteristics |
PE-07 |
|
8.SCR
Triggering Circuits |
PE-10 |
|
9,SCR
Triggering (using UJT) |
PE-11 |
|
10.SCR
Triggering (Using IC555) |
PE-12 |
|
11.SCR
Triggering (Using IC74121) |
PE-13 |
|
12.Ramp
and Pedestal Triggering |
PE-14 |
|
13.SCR
Triggering by Op-Amp 741 |
PE-15 |
|
14.SCR
Triggering by PUT |
PE-16 |
|
15.SCR
Triggered by LDR |
PE-17 |
|
16.SCR
Lamp Flasher |
PE-40 |
|
17.SCR
Alarm Circuit |
PE-41 |
|
18.Series
Inverter |
PE-42 |
|
19.UJT
Relaxation Oscillator |
PE-43 |
|
20.Single
Phase PWM Inverter |
PE-44 |
|
21.Power
Supply for Power Electronics Boards ( +
35V, +15V 250mA) |
PD-01 |
|
|
|
2 |
Characteristics
Trainers |
|
22 |
Characteristics
of DIAC |
THY01 |
23 |
Characteristics
of TRIAC |
THY02 |
24 |
Characteristics
of DIAC & TRIAC |
THY03 |
25 |
Characteristics
of SCR |
THY04 |
26 |
Characteristics
of PNPN Switch |
THY05 |
27 |
Characteristics
of Uni Junction Transistor (UJT) |
THY06 |
28 |
Characteristics
of Programmable UJT (PUT) |
THY07 |
29 |
Characteristics
of Photo-Transistor |
THY08 |
30 |
Characteristics
of MOSFET |
THY09 |
31 |
Characteristics
of Enhancement type MOSFET |
THY09E |
32 |
Characteristics
of Enhancement and Depletion Type MOSFETs |
THY09ED |
33 |
Characteristics
of Power MOSFET |
THY10 |
34 |
Characteristics
of CSD MOSFET |
THY11 |
35 |
Characteristics
of CSE MOSFET |
THY12 |
36 |
Characteristics
of GTO |
THY13 |
37 |
Characteristics
of IGBT |
THY14 |
38 |
Characteristics
of SUS |
THY15 |
39 |
Characteristics
of SUB |
THY16 |
40 |
Characteristics
of SCS |
THY17 |
41 |
Characteristics
of Light Activated SCRs (LASCRs) |
THY18 |
42 |
Characteristics
of Reverse Conducting Thyristor (RCT) |
THY19 |
43 |
Characteristics
of Asymmetrical SCR (ASCR) |
THY20 |
44 |
Characteristics
of Integrated Gate-Commutated Thyristors (IGCTs) |
THY21 |
45 |
Characteristics
of MOS controlled Thyristors (MCTs) |
THY22 |
46 |
Characteristics
of Power Integrated circuits (PICs) |
THY23 |
|
|
|
3 |
Thyristor
Triggering / Firing Trainers |
|
47 |
SCR
triggering using R Circuit |
SCR00 |
48 |
SCR
triggering using R-C Circuit |
SCR01 |
49 |
SCR
triggering using LDR |
SCR02 |
50 |
SCR
triggering using IC TCA 785 |
SCR03 |
51 |
SCR
triggering using UJT relaxation oscillator |
SCR04 |
52 |
UJT
& Pulse transformer trigger circuit for SCR |
SCR05 |
53 |
Line
Synchronous UJT Firing Circuit |
SCR05A |
54 |
PUT
trigger circuit for SCR |
SCR06 |
55 |
Complementary
Unijunction Transistor (CUJT) trigger
circuit |
SCR06A |
56 |
SCR
Turn On methods |
SCR07 |
57 |
SCR
Triggering Circuits |
SCR08 |
58 |
SCR
Triggering Circuits - R, RC, UJT |
SCR08L |
59 |
Forced
Commutation of SCR |
SCR09 |
60 |
SCR
Class - A Commutation |
SCR09A |
61 |
SCR
Class - B Commutation |
SCR09B |
62 |
SCR
Class - C Commutation |
SCR09C |
63 |
SCR
Class - D Commutation |
SCR09D |
64 |
SCR
Class - E Commutation |
SCR09E |
65 |
SCR
Class - F Commutation |
SCR09F |
66 |
DV/DT
limitation of SCR |
SCR10 |
67 |
Di
/ Dt Limitation of SCR |
SCR10A |
68 |
SCR
firing circuit using Cosine Wave |
SCR11 |
69 |
SCR
firing circuit using Opamp and gates |
SCR12 |
70 |
SCR
firing circuit using Ramp Comparator |
SCR13 |
71 |
RAMP
& Pedestal Control of UJT |
SCR14 |
72 |
SCR
firing circuit using Photo Device - LDR |
SCR15 |
73 |
SCR
triggering using Opamp |
SCR16 |
74 |
SCR
triggering using IC 555 |
SCR17 |
75 |
SCR
triggering using 7421IC |
SCR18 |
76 |
SCR
triggering using Digital
Firing |
SCR19 |
77 |
AntiParallel
SCR firing circuit |
SCR20 |
78 |
Phase
Shift Pulse Generator for Phase Angle |
SCR21 |
79 |
Triggering
circuit for SCR & MOSFET |
SCR22 |
80 |
Triggering
of Triac using Diac |
SCR23 |
81 |
Triac
Triggering using R-C Circuit |
SCR24 |
82 |
UJT
Trigger Circuit using DIAC |
SCR25 |
83 |
Triggering
circuit of three phase half controlled bridge converter |
SCR26 |
84 |
Triggering
circuit of three-phase fully controlled bridge converter |
SCR27 |
85 |
Microprocessor
based firing circuit of converters using SCR |
SCR28 |
86 |
Triggering
& firing circuits for SCRs IGBTs / MOSFETs |
TRG100N |
87 |
All
Firing Circuits for SCR |
FIRE100 |
|
|
|
4 |
Rectifiers
Trainers |
|
88 |
Single
Phase Half Wave Rectifier Trainer |
RECT01 |
89 |
Single
Phase Full Wave Rectifier Trainer |
RECT02 |
90 |
Single
Phase Full Wave Bridge Rectifier Trainer |
RECT03 |
91 |
Three
Phase Half Wave Rectifier Trainer |
RECT04 |
92 |
Three
Phase Full Wave Bridge Rectifier Trainer (Polyphase Rectifier) |
RECT05 |
93 |
Three
Phase Half and Full wave Rectifier Trainer |
RECT04-05 |
94 |
Single
Phase Half Wave Controlled Rectifier using RC Triggering |
RECT06 |
95 |
Single
Phase Half Wave Controlled Rectifier Trainer |
RECT11 |
96 |
Single
Phase Full Wave Controlled Rectifier Trainer |
RECT12 |
97 |
Single
phase half wave and full wave Controlled rectifier using SCR |
RECT11-12 |
98 |
Single
Phase Half Control Bridge (Semi Converter) Rectifier Trainer |
RECT13 |
99 |
Single
phase half controlled bridge converter with R, RL, RLE Load |
RECT13N |
100 |
Single
Phase Full Controlled Bridge Rectifier Trainer |
RECT14 |
101 |
Single
Phase full controlled bridge converter with R, RL, RLE Load |
RECT14N |
102 |
Single
Phase half wave controlled symmetrical and Asymmetrical Bridge
converter |
RECT14A |
103 |
Single
Phase Controlled Rectifier with Ramp comparator Firing scheme |
RECT14B |
104 |
Single
Phase Controlled Rectifier With Cosine Firing Scheme |
RECT14C |
105 |
Single
Phase Converter Firing Techniques |
RECT14D |
106 |
Single
Phase Half Wave & Full Wave Controlled Bridge Rectifier |
RECT13-14 |
107 |
Three
Phase Half Wave Controlled Rectifier Trainer |
RECT15 |
108 |
Three
Phase Full Wave Controlled Rectifier Trainer |
RECT16 |
109 |
Three
Phase Half Control Bridge (Semi Converter) Rectifier Trainer |
RECT17 |
110 |
Three
Phase Full Controlled Bridge Rectifier Trainer |
RECT18 |
111 |
Single
Phase HV Controlled Sym/Asym Bridge Converter |
RECT19 |
112 |
Six
Phase Half Wave Rectifier Trainer |
RECT20 |
113 |
Three
Phase Dual Converter Rectifier Trainer |
RECT21 |
114 |
Single
Phase Dual Converter Rectifier Trainer |
RECT21A |
115 |
Six-Phase
Full-Wave Controlled Bridge Rectifier |
RECT21B |
116 |
SCR
Converters and Reactive Loads |
RECT22 |
117 |
Effect
of free wheeling diode in Single phase Fully-Controlled Bridge
Converter |
RECT23 |
118 |
Determination
of fusing characteristics and fusing factor of given fuse |
RECT24 |
119 |
Trainer
for resonant converter |
RECT25 |
|
|
|
5 |
High Power
Control Circuits |
|
120 |
1
Phase 15A Semiconverter with Firing CKT |
RECTHP01 |
121 |
1
Phase 15A Full Converter with Firing CKT |
RECTHP02 |
122 |
1
Phase 15A Semi 8. Full converter with Firing CKT |
RECTHP03 |
123 |
3
Phase 6 SCR Bridge Firing Unit |
RECTHP04 |
124 |
3
Phase 15A Semiconverter W/O Firing CKT |
RECTHP05 |
125 |
3
Phase 15A Full converter W/O Firing-CKT |
RECTHP06 |
126 |
3
Phase 15A Semi & Full converter w/o Firing CKT |
RECTHP07 |
127 |
MOSFET
Chopper with Firing Circuit (with 0.5 HP DC Motor & Tacho
Generator) |
RECTHP08 |
128 |
1
Phase Induction Motor PWM Control using MOSFETs & 0.5HP Motor |
RECTHP09 |
129 |
3
Phase Induction Motor PWM control using IGBTs & with 0.5HP Motor |
RECTHP10 |
130 |
Thyristor
Controller Trainer with 0.1HP Universal and 0.5 HP 1 & 3 Phase
Induction Motors |
RECTHP11 |
|
|
|
6 |
Power Control
Trainers |
|
131 |
Over
voltage Crowbar protection using SCR |
PWR01 |
132 |
AC
and DC Power control Trainer |
PWR02 |
133 |
AC/DC
voltage regulator using SCR |
PWR02A |
134 |
Solid
state AC/ DC Power relay Trainer |
PWR02B |
135 |
AC
Phase Control using SCR |
PWR03 |
136 |
AC
Power Control using SCR |
PWR03A |
137 |
Study
of SCR & A.C. Phase Control with S, LH, HW |
PWR03ET |
138 |
AC
Phase control using Diac and Triac |
PWR04 |
139 |
DC
Regulated Power Supply using SCR |
PWR05 |
140 |
Single
Phase SCR AC Voltage Controllers |
PWR05ET |
141 |
AC
Regulated Power Supply using Triac |
PWR06 |
142 |
Study
of Triac & A.C. Phase Control with TD |
PWR06ET |
143 |
Battery
charger using SCR |
PWR07 |
144 |
Fan
regulator using Diac and Triac |
PWR08 |
145 |
Lamp
control (Dimmer) using Diac and Triac |
PWR09 |
146 |
Triac
as Light Dimmer |
PWR09A |
147 |
Triac
AC Line switching |
PWR10 |
148 |
TRIAC
Phase Control |
PWR10C |
149 |
Illumination
Control Using SCR |
PWR11 |
150 |
AC
Phase control using Diac and Triac and UJT |
PWR12 |
151 |
Study
of regulator using Triac, anti parallel Thyristor and Triac &
Diac |
PWR13 |
152 |
Phase
Shift Control RC Base Using SCR & Triac |
PWR14 |
153 |
Study
of TRIAC and AC Phase Control |
PWR21 |
154 |
SCR
Converters & Reactive Load Trainer |
PWR22 |
155 |
Single
Phase AC Regulator using IC 785 |
PWR23 |
156 |
Single
Phase AC Voltage controller |
ACREG100 |
157 |
Three
Phase AC controller with R load |
ACREG300 |
158 |
Control
speed of universal motor using AC voltage regulator |
ACREG101M |
159 |
SMPS
Trainer |
SMPS100 |
160 |
Buck
converter Trainer |
BUCK100 |
161 |
Boost
converter Trainer |
BST100 |
162 |
Buck-
Boost converter Trainer |
BUCKBST100 |
163 |
DC
power supply Trainer using flyback converter - Isolated |
FLYBACK100 |
164 |
Slip
Power Recovery System |
SLIP100 |
165 |
Study
of ZCD |
ZCD100 |
166 |
Online
UPS Demonstration Trainer |
UPSON100 |
167 |
Off
line UPS Demonstration Trainer |
UPSOFF100 |
|
|
|
7 |
Inverters
Trainers |
|
168 |
Inverter
using transistors |
INV01 |
169 |
Inverter
using Power MOSFET |
INV02 |
170 |
1
Phase Bridge Inverter (MOSFET Based) |
INV02A |
171 |
Pulse
Width modulated Inverter using transistor |
INV03 |
172 |
Pulse
Width modulated Inverter using Power MOSFET |
INV03A |
173 |
DC
to DC Converter |
INV04 |
174 |
Series
Inverter using SCR |
INV05 |
175 |
Series
Resonant Inverter |
INV05A |
176 |
Parallel
Inverter using SCR |
INV06 |
177 |
Parallel
Resonant Inverter |
INV06B |
178 |
Single
phase half bridge inverter |
INV07 |
179 |
Single
phase full bridge inverter |
INV07A |
180 |
Single
phase inverter using a centre tapped transformer |
INV07B |
181 |
1
Phase SCR Bridge Inverter Using Micro Controlled based PWM circuit |
INV07M |
182 |
Mc-Murray
Half Bridge Inverter |
INV08 |
183 |
Mc-Murray
inverter (1 phase thyristorised full bridge) |
INV08A |
184 |
Mc-Murray
Bed ford inverter (1 phase thyristorised
full bridge) |
INV08B |
185 |
Single
Phase Transistorized Bridge Inverter Trainer |
INV11 |
186 |
Single
phase Bridge Inverter using IGBT |
INV13 |
187 |
DC
to AC Inverter with Power Supply |
INV14 |
188 |
Single
phase PWM Converter with Power Supply |
INV15 |
189 |
Current
/Voltage Source Inverter |
INV16 |
190 |
Inverter
Trainer with Rechargeable Battery |
INV17 |
191 |
Phase
Voltage Source Inverter (120
&180 mode) |
INV18 |
192 |
Study
of 3 Phase Bridge inverter |
INV19 |
193 |
Study
of 3-Phase PWM Bridge Inverter with IGBTs |
INV20 |
194 |
Single-phase
Voltage Source Inverter |
INV21 |
195 |
Three-phase
Voltage Source Inverter |
INV22 |
196 |
Inverters
and Converters Trainer |
INV23 |
197 |
Single
Phase Quasi Square wave / PWM bridge converter with R and RL Load |
INV100N |
|
|
|
8 |
Choppers and
Cycloconverters Trainers |
|
198 |
Chopper
using SCR |
CHOP01 |
199 |
Step
down Chopper using MOSFET |
CHOP01N |
200 |
Morgan
Chopper |
CHOP02 |
201 |
Step
down Chopper using IGBT |
CHOP02N |
202 |
Jones
Chopper |
CHOP03 |
203 |
Step-Up
Chopper Trainer |
CHOP04 |
204 |
Step-
down Chopper Trainer |
CHOP05 |
205 |
Step
down & Step up transistor chopper |
CHOP04-05 |
206 |
Power
MOSFET Chopper |
CHOP06 |
207 |
MOSFET,
IGBT, Transistor & SCR based Step Down Chopper |
CHOP05S |
208 |
MOSFET,
IGBT, Transistor & SCR based Step Up Chopper |
CHOP04S |
209 |
GTO
Chopper |
CHOP07B |
210 |
IGBT
Chopper |
CHOP07 |
211 |
Voltage
commutated thyristorised chopper
(Jones Chopper) |
CHOP08 |
212 |
Voltage
commutated chopper with 0.1 HP motor |
CHOP09M |
213 |
Current
Commutated Thyristor chopper (Morgan Chopper) |
CHOP10 |
214 |
DC
to DC Chopper using Triac Trainer |
CHOP11 |
215 |
2
-Quaderent Chopper |
CHOP12-2Q |
216 |
4-Quaderent
Chopper |
CHOP12-4Q |
217 |
Step
up & down DC to DC Converter using SCR |
CHOP13 |
218 |
Chopper
drive Trainer |
CHOP14 |
219 |
Two/Four
Quadrant Chopper |
CHOP15 |
220 |
Series
commutated thyristorised chopper |
CHOP16 |
221 |
AC
Chopper |
CHOP17 |
222 |
DC
& AC Chopper demonstration Trainer |
CHOP100 |
223 |
Single
Phase to Single Phase Cycloconverter Trainer |
CYCLO100 |
224 |
Three
Phase Cycloconverter Trainer |
CYCLO300 |
225 |
3
Phase Cyclo Converter Using Micro - Controller. |
CYCLO300MC |
226 |
Three
phase measurement system (star & delta) |
STARDELTA100 |
|
|
|
9 |
Industrial
Timing Circuits Trainers |
|
290 |
Time
Delay using 555 |
IT01 |
291 |
AC
timer |
IT02 |
292 |
Timer
using SCR & UJT |
IT03 |
293 |
2
Digit Presettable Timer |
IT04 |
294 |
Ultra
Precise Long Time Delay Relay |
IT04A |
295 |
Ring
counter using SCR |
IT05 |
296 |
UJT
controlled SCR time Delay circuit |
IT06 |
297 |
Delayed
Automatic Power ON/OFF using SCR |
IT07 |
298 |
Traffic
Light Indicator system Trainer |
IT08 |
299 |
Automatic
sequence timer Trainer |
IT09 |
300 |
Digital
automatic sequence timer Trainer |
IT10 |
301 |
Sequential
Light Trainer |
IT11 |
302 |
Time
delay relay using SCR |
IT12 |
303 |
Thyristors
(SCR) Alarms |
IT13 |
304 |
Level
Alarm Trainer |
IT14 |
305 |
Alarm
& Annunciator Demonstrator. |
IT15 |
306 |
Light
Operated Switch using LDR & SCR |
IT16 |
307 |
Sequence
timer using SCR |
IT17 |
308 |
SCR
Ring Counter - Sequential Timer |
IT18 |
309 |
Electronics
Timer Trainer |
IT19 |
310 |
Light
Activated SCR characteristics |
IT20 |
311 |
PIR
Movement Detector ( Passive Infrared ). |
IT22 |
312 |
Street
Light controller using LDR and SCR |
IT23 |
|
|
|
10 |
Industrial
Applications Trainers |
|
313 |
Temperature
Indicator and Control using SCR |
PE01 |
314 |
UJT
relaxation Oscillator |
PE02 |
315 |
Zero
Voltage switching |
PE03 |
316 |
Light
and Sound operated Relay |
PE04 |
317 |
Solid-state
Relay |
PE05 |
318 |
Automatic
Voltage Stabilizer |
PE06 |
319 |
Emergency
Light using SCR |
PE07 |
320 |
Burglar
Alarm |
PE08 |
321 |
Smoke
detector Demonstrator |
PE09 |
322 |
Fire
sensing system Demonstrator |
PE10 |
323 |
Fire
Alarm Demonstration Unit |
PE10L |
324 |
SCR
Alarm Circuits |
PE11 |
325 |
Lamp
Flasher using SCR |
PE12 |
326 |
DC
Circuit Breaker using SCR |
PE13 |
327 |
High
frequency heating-Induction heating Trainer |
PE14 |
328 |
High
frequency heating-Dielectric heating Trainer |
PE15 |
329 |
Resistance
Welding Demonstrator |
PE16 |
330 |
Ultrasonic
transmitter/receiver Trainer (Remote) |
PE17 |
331 |
Magnetic
Amplifier |
PE18 |
332 |
Study
a sequence detector |
PE19 |
333 |
P.F.
improvement methods |
PE20 |
334 |
Proximity
Switch Using SCR |
PE21 |
335 |
The
Automatic night lighting controller Trainer |
PE22 |
336 |
The
Automatic night flasher Trainer |
PE23 |
337 |
AC
regulator using photo device |
PE24 |
338 |
Single
phase AC regulator with R load |
ACREG100N |
339 |
Three
Phase AC controller with R load |
ACREG300 |
340 |
AC
to AC converter |
ACAC100 |
341 |
SMPS
Trainer |
SMPS100N |
342 |
MOSFET
based SMPS Trainer |
SMPS101 |
343 |
IGBT
based SMPS Trainer |
SMPS102 |
344 |
Study
of UPS |
UPS100 |
|
|
|