Analog Electronics Trainer Manufacturer, Suppliers and Exporter in India
Jaincolab Manufacturers is leading Analog Electronics Trainer Manufacturer,and supplier and Exporter in India, Algeria (Algiers), Angola (Luanda), Argentina (Buenos Aires), Armenia (Yerevan), Australia(Canberra), Austria (Vienna), Bahrain (Manama), Bangladesh (Dhaka), Bhutan (Thimphu), Bolivia (Sucre), Botswana (Gaborone), Brazil (Brasília), Brunei (Bandar Seri Begawan), Montenegro (Podgorica), Morocco (Rabat), Mozambique (Maputo), Myanmar (Naypyidaw), Namibia (Windhoek), Nepal (Kathmandu), New Zealand (Wellington), Nigeria (Abuja), Oman (Muscat), Palestine (Ramallah), Panama (Panama City), Papua New Guinea (Port Moresby), Paraguay (Asunción), Peru (Lima), Philippines (Manila)¸ Portugal (Lisbon), Qatar (Doha), Rwanda (Kigali), Saudi Arabia (Riyadh), Senegal (Dakar), Serbia (Belgrade), Sierra Leone (Freetown), Slovakia (Bratislava), South Africa (Cape Town) (Pretoria) (Bloemfontein), South Sudan (Juba), Spain (Madrid), Sri Lanka (Sri Jayawardenepura Kotte) (Colombo), Sudan (Khartoum), Syria (Damascus), Tanzania (Dodoma), Thailand (Bangkok), Togo (Lomé), Tonga (Nuku'alofa), Trinidad and Tobago (Port of Spain), Tunisia (Tunis), Turkey (Ankara), Turkmenistan (Ashgabat), Uganda (Kampala), United Arab Emirates (Abu Dhabi), United Kingdom (London), United States (Washington, D.C.)
JaincoLab, the laboratory equipment brand of Jain Scientific Suppliers (Ambala, Haryana, established 1982), manufactures and exports analog electronics trainers used to teach amplifier, oscillator and analog network design for engineering colleges, polytechnics and technical training institutes across India and internationally.
Last updated: September 2026.
Jain Scientific Suppliers holds ISO 9001:2015 (quality management) and ISO 14001:2015 (environmental management) certification for its manufacturing operations.
What does an analog electronics trainer teach?
An analog electronics trainer is a benchtop platform with built-in power supplies, function blocks and patch points that let students build and measure classic analog circuits - amplifiers, oscillators, filters and attenuator networks - using discrete components or op-amps. It bridges the gap between circuit theory taught in class and practical, measurable circuit behaviour on an oscilloscope or multimeter.
Selected Analog Electronics Trainers - Model Numbers
| Product Code | Product Name |
|---|---|
| JA-AET-1449 | T and P Network Trainer |
| JA-AET-1450 | Emitter Follower CC |
| JA-AET-1451 | Push Pull Amplifier |
| JA-AET-1452 | RF Oscillators |
| JA-AET-1453 | Series and Parallel Resonance |
| JA-AET-1454 | Anderson Bridge |
| JA-AET-1455 | Passive Filters |
| JA-AET-1456 | Two Stage RC Coupled Transistor Amplifier |
| JA-AET-1457 | Training Board for Diode and Zener Diode |
| JA-AET-1458 | Training Board for Transistor |
Applications
| Application Area | Typical Use |
|---|---|
| Analog circuits laboratories | Amplifier, oscillator, filter and resonance-circuit experiments |
| Transistor and diode fundamentals courses | Discrete-device characterisation on dedicated training boards |
| Network theory labs | T-and-Pi network and Anderson bridge measurement |
| Electronics engineering diploma courses | Bridging theory with measurable analog circuit behaviour |
Why Choose JaincoLab
JaincoLab, the laboratory equipment brand of Jain Scientific Suppliers, designs and manufactures its electronics and electrical training equipment in-house at its Ambala, Haryana facility, giving institutions a single, accountable source for procurement, after-sales support and spares across India and internationally.
Explore the parent Electronics Lab Equipments range, related categories such as Digital Electronics Trainer | Breadboard Trainers | Electronic Fundamentals, or the tender support page for institutional and bulk procurement.
Frequently Asked Questions
What information should I include when requesting a quotation for Analog Electronics Trainer?
Include the item name or model, the quantity required, and the delivery destination. JaincoLab issues formal quotations within 1-2 business days, and quotations remain valid for 15-30 days depending on order size and logistics.
Does JaincoLab support tenders and bulk institutional orders?
Yes. JaincoLab regularly supplies analog electronics trainer against school, college, polytechnic and government tenders, along with bulk institutional orders. Tender documentation and bulk pricing support are available through the tender support page.
What are the typical delivery and packing timelines?
Standard items are typically delivered within 3-7 business days inside India, while bulk or special orders take about 10-15 working days. Fragile components are packed with protective cushioning, and export consignments are prepared in customs-ready packing.
How does an analog electronics trainer differ from a breadboard trainer?
An analog electronics trainer is built around specific analog experiments (amplifiers, oscillators, filters, bridge networks), while a Breadboard Trainer is a general-purpose prototyping station used to build any circuit, analog or digital, from scratch.
Is JaincoLab's manufacturing quality-certified?
Jain Scientific Suppliers holds ISO 9001:2015 (quality management) and ISO 14001:2015 (environmental management) certification for its manufacturing operations.
Can I get full technical specifications before placing an order?
Detailed technical specifications are available on request through a formal quotation. Not every item in the catalogue has a downloadable datasheet, so it is best to confirm the exact specification, channel count or configuration you need before ordering.
Request a Quote
To request a formal quotation for this equipment, share the model/item name, quantity and delivery destination through the contact page. The sales team responds with pricing, lead time and, where applicable, tender documentation within 1-2 business days.
T and P Network Trainer
Product Code : JA-AET-1449
The T and pi network trainer is a panel for verifying the impedance properties of passive T and pi networks in electronics and network theory practicals.
Note: The T and pi network trainer is a panel for verifying the impedance properties of passive T and pi networks in electronics and network theory practicals.
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Emitter Follower CC
Product Code : JA-AET-1450
The emitter follower trainer is a common-collector (CC) amplifier board for measuring voltage gain, input impedance and output impedance in electronics practicals.
Note: The emitter follower trainer is a common-collector (CC) amplifier board for measuring voltage gain, input impedance and output impedance in electronics practicals.
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Push Pull Amplifier
Product Code : JA-AET-1451
The push pull amplifier trainer is a class B transistor push-pull amplifier board for audio-frequency practicals.
Note: The push pull amplifier trainer is a class B transistor push-pull amplifier board for audio-frequency practicals.
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RF Oscillators
Product Code : JA-AET-1452
The RF oscillators board is a panel for radio-frequency oscillator practicals, built around a PNP transistor with a variable gang condenser and an internally connected -9 V DC, 50 mA IC-regulated supply.
Note: The RF oscillators board is a panel for radio-frequency oscillator practicals, built around a PNP transistor with a variable gang condenser and an internally connected -9 V DC, 50 mA IC-regulated supply.
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Series and Parallel Resonance
Product Code : JA-AET-1453
The series and parallel resonance trainer lets students plot resonance curves for series and parallel circuits with different values of resistance, capacitance and inductance, and measure Q for both.
Note: The series and parallel resonance trainer lets students plot resonance curves for series and parallel circuits with different values of resistance, capacitance and inductance, and measure Q for both.
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Anderson Bridge
Product Code : JA-AET-1454
The Anderson bridge trainer measures the inductance of a coil by the Anderson bridge method.
Note: The Anderson bridge trainer measures the inductance of a coil by the Anderson bridge method.
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Passive Filters
Product Code : JA-AET-1455
The passive filters trainer is used to study constant-K and m-derived passive filters and to determine their constants and cut-off frequencies.
Note: The passive filters trainer is used to study constant-K and m-derived passive filters and to determine their constants and cut-off frequencies.
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Two Stage RC Coupled Transistor Amplifier
Product Code : JA-AET-1456
The two stage RC coupled transistor amplifier trainer is a board with two PNP transistor stages for studying the characteristics of a cascade amplifier.
Note: The two stage RC coupled transistor amplifier trainer is a board with two PNP transistor stages for studying the characteristics of a cascade amplifier.
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Training Board for Diode and Zener Diode
Product Code : JA-AET-1457
The diode and zener diode training board is used to plot the forward and reverse bias characteristics of a germanium semiconductor diode and the forward and reverse (breakdown) characteristics of a zener diode.
Note: The diode and zener diode training board is used to plot the forward and reverse bias characteristics of a germanium semiconductor diode and the forward and reverse (breakdown) characteristics of a zener diode.
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Training Board for Transistor
Product Code : JA-AET-1458
The transistor training board is used to study and plot transistor input and output characteristics in common emitter, common base and common collector modes.
Note: The transistor training board is used to study and plot transistor input and output characteristics in common emitter, common base and common collector modes.
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Silicon Controlled Rectifier
Product Code : JA-AET-1459
The SCR characteristics trainer is used to study the DC gate (firing) characteristics and anode current characteristics of a silicon controlled rectifier, measure its holding current and plot its phase firing characteristics.
Note: The SCR characteristics trainer is used to study the DC gate (firing) characteristics and anode current characteristics of a silicon controlled rectifier, measure its holding current and plot its phase firing characteristics.
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Determination of Energy Band Gap in Semiconductor Diode
Product Code : JA-AET-1460
The energy band gap trainer determines the energy band gap of a P-N junction diode from its reverse saturation current at different temperatures.
Note: The energy band gap trainer determines the energy band gap of a P-N junction diode from its reverse saturation current at different temperatures.
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Training Board for Triac
Product Code : JA-AET-1461
The TRIAC training board is used to study the gate characteristics of a TRIAC in modes I+, I-, III+ and III-, its terminal characteristics in modes I+ and III+, and its holding current.
Note: The TRIAC training board is used to study the gate characteristics of a TRIAC in modes I+, I-, III+ and III-, its terminal characteristics in modes I+ and III+, and its holding current.
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Training Board for DIAC
Product Code : JA-AET-1462
The DIAC training board is used to plot the V-I characteristics of a DIAC and study its break-over voltage, negative resistance region and VBO symmetry.
Note: The DIAC training board is used to plot the V-I characteristics of a DIAC and study its break-over voltage, negative resistance region and VBO symmetry.
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DE Sauty Bridge
Product Code : JA-AET-1463
The De Sauty bridge trainer is used to study the working of a De Sauty bridge and to compare the capacitances of two capacitors.
Note: The De Sauty bridge trainer is used to study the working of a De Sauty bridge and to compare the capacitances of two capacitors.
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Semiconductor Diode
Product Code : JA-AET-1464
The semiconductor diode trainer is used to plot the forward and reverse bias characteristics of germanium and silicon diodes and to determine the static and dynamic resistance of a forward-biased P-N junction.
Note: The semiconductor diode trainer is used to plot the forward and reverse bias characteristics of germanium and silicon diodes and to determine the static and dynamic resistance of a forward-biased P-N junction.
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Unijunction Transistor
Product Code : JA-AET-1465
The UJT trainer is used to plot the V-I characteristics of a unijunction transistor and to use it as a relaxation oscillator.
Note: The UJT trainer is used to plot the V-I characteristics of a unijunction transistor and to use it as a relaxation oscillator.
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Active Filters
Product Code : JA-AET-1466
The active filters trainer is used to study the characteristics of op-amp active filters: a 1 kHz low-pass, a 100 Hz high-pass, a 100 Hz to 1 kHz band-pass and a 1 kHz notch filter.
Note: The active filters trainer is used to study the characteristics of op-amp active filters: a 1 kHz low-pass, a 100 Hz high-pass, a 100 Hz to 1 kHz band-pass and a 1 kHz notch filter.
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Training Board for MOSFET
Product Code : JA-AET-1467
The MOSFET training board is used to determine the drain characteristics of a MOSFET and to use it as a common-source amplifier, measuring its voltage gain.
Note: The MOSFET training board is used to determine the drain characteristics of a MOSFET and to use it as a common-source amplifier, measuring its voltage gain.
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Junction Diode Rectifier and Filter
Product Code : JA-AET-1468
The junction diode rectifier and filter trainer compares half-wave, centre-tap full-wave, bridge full-wave and voltage doubler rectifiers, measuring output and ripple content with different resistive loads.
Note: The junction diode rectifier and filter trainer compares half-wave, centre-tap full-wave, bridge full-wave and voltage doubler rectifiers, measuring output and ripple content with different resistive loads.
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Charging and Discharging of a Condenser
Product Code : JA-AET-1469
The capacitor charging and discharging trainer is used to plot voltage and current against time while a condenser charges and discharges, and to find the time constant from each graph.
Note: The capacitor charging and discharging trainer is used to plot voltage and current against time while a condenser charges and discharges, and to find the time constant from each graph.
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Opto Electronic Devices
Product Code : JA-AET-1470
The opto-electronic devices trainer is used to study the characteristics of six devices: an LED, a photo diode, a photo transistor, an LDR, a photovoltaic cell and an opto-coupler.
Note: The opto-electronic devices trainer is used to study the characteristics of six devices: an LED, a photo diode, a photo transistor, an LDR, a photovoltaic cell and an opto-coupler.
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Ohms Law Series and Parallel Circuits
Product Code : JA-AET-1471
The Ohm's law and series-parallel circuits trainer is used to verify Ohm's law and to study series and parallel resistive circuits.
Note: The Ohm's law and series-parallel circuits trainer is used to verify Ohm's law and to study series and parallel resistive circuits.
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Measurement of Inductance and Capacitance
Product Code : JA-AET-1472
The inductance and capacitance measurement trainer is a bridge panel for measuring unknown capacitances and unknown inductances.
Note: The inductance and capacitance measurement trainer is a bridge panel for measuring unknown capacitances and unknown inductances.
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Wien Bridge
Product Code : JA-AET-1473
The Wien bridge trainer is used to study the Wien bridge and to measure capacitance with both the Wien series bridge and the Wien parallel bridge.
Note: The Wien bridge trainer is used to study the Wien bridge and to measure capacitance with both the Wien series bridge and the Wien parallel bridge.
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Conversion of Galvanometer into an Ammeter
Product Code : JA-AET-1474
This trainer is used to determine the resistance of a galvanometer by the half-deflection method, find its figure of merit, and convert it into an ammeter of a given range and calibrate it.
Note: This trainer is used to determine the resistance of a galvanometer by the half-deflection method, find its figure of merit, and convert it into an ammeter of a given range and calibrate it.
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Schering Bridge Trainer
Product Code : JA-AET-1475
The Schering bridge trainer measures unknown capacitance by the Schering bridge method.
Note: The Schering bridge trainer measures unknown capacitance by the Schering bridge method.
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Power and Differential Amplifier Trainer
Product Code : JA-AET-1476
The power and differential amplifier trainer is used to study the working principles of a differential amplifier and a class B push-pull power amplifier.
Note: The power and differential amplifier trainer is used to study the working principles of a differential amplifier and a class B push-pull power amplifier.
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Elementary Fiber Optics Trainer
Product Code : JA-AET-1477
The elementary fiber optics trainer is a simplex analog and digital fiber optic link working at 660 nm, with AM, FM and PWM modulation and demodulation, an on-board function generator and a voice link.
Note: The elementary fiber optics trainer is a simplex analog and digital fiber optic link working at 660 nm, with AM, FM and PWM modulation and demodulation, an on-board function generator and a voice link.
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Advanced Fiber Optics Trainer
Product Code : JA-AET-1478
The advanced fiber optics trainer is a full-duplex analog and digital fiber optic link with 660 nm and 950 nm channels, AM, FM and PWM modulation and demodulation, and PC-to-PC communication through RS232 ports with software.
Note: The advanced fiber optics trainer is a full-duplex analog and digital fiber optic link with 660 nm and 950 nm channels, AM, FM and PWM modulation and demodulation, and PC-to-PC communication through RS232 ports with software.
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BJT Amplifiers and Emitter Follower Trainer
Product Code : JA-AET-1479
The BJT amplifiers and emitter follower trainer is a board for illustrating a multistage BJT amplifier and an emitter follower.
Note: The BJT amplifiers and emitter follower trainer is a board for illustrating a multistage BJT amplifier and an emitter follower.
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