Linear IC Trainer
Breadboard, two 20-pin ZIF sockets and built-in ±15 V variable and fixed supplies for op-amp and timer experiments.
Trainer kits, instruments and laboratory panels for EEE, ECE, instrumentation and polytechnic departments. Filter by discipline or search for a specific experiment.
Specifications are configurable — supply voltages, instrument ranges and experiment sets are adjusted to your practical list at no extra charge.
Breadboard, two 20-pin ZIF sockets and built-in ±15 V variable and fixed supplies for op-amp and timer experiments.
Ten logic indicators, nine logic switches, pulser, 1 Hz clock generator and a seven segment display around a full breadboard.
Regulated linear supply with digital voltage and current metering, fixed AC source and an on-board resistor bank.
Combined IC and pulse-digital-circuits bench: ZIF IC socket, logic indicators and switches, pulser and a four-rate clock.
Silicon, germanium and zener diodes, CL100/CK100 transistors, a capacitor set and resistors — all brought out to sockets.
Square, sine and triangular output across six ranges with fine frequency, DC offset, amplitude control and a TTL output.
Two independent 0–30 V channels with coarse and fine voltage control, adjustable current limit and overload indication.
BFW11 FET stage with a three-section RC phase shift network, every node brought out to a 2 mm test socket.
Tapped-inductor tank with L1/L2 and a BFW11 stage, laid out to follow the textbook circuit exactly.
Capacitive-divider tank with a 70 µH inductor and BFW11 stage, with output and ground on separate sockets.
Programmable logic controller on a wired panel with switched logic inputs, lamp outputs, 24 V supply and a USB programming lead.
Mains-powered bench meters in a steel case with 2 mm terminals. Built to whichever range your experiment sheet calls for.
Seven standard ranges from 0–50 mV to 0–50 V, supplied individually or as a matched set for a whole lab.
Seven standard ranges from 0–50 µA to 0–100 mA. Microammeter ranges are built for characteristic-curve experiments.
Four standard ranges from 0–1 V to 0–50 V for transformer, rectifier and machines experiments.
Three standard ranges from 0–1 mA to 0–100 mA, matched to the AC voltmeters for paired measurements.
Instrument panel with loading arrangement for DC machine, transformer and motor experiments.
Digital IC applications: gates, flip-flops, counters, shift registers, multiplexers and ADC/DAC.
AM and FM modulation and demodulation with on-board carrier, modulating source and detectors.
ASK, FSK, PSK and QPSK modulation plus PCM and TDM multiplexing experiments.
Klystron or Gunn diode bench with waveguide components, VSWR meter and detector mount.
Transmitter, receiver and rotating mount with a set of antennas for radiation pattern plotting.
V–I characteristics of SCR, TRIAC, MOSFET and IGBT with isolated supplies and metering.
Half wave, full wave and bridge rectifiers with selectable filter networks and load banks.
Buck, boost and buck-boost choppers plus single phase inverter with PWM firing control.
Three phase induction motor with brake loading, starter and full instrument panel.
OC and SC tests, polarity, turns ratio and efficiency studies on a single wired panel.
8085 and 8086 trainer kits with hex keypad, display, serial link and interfacing modules.
8051 and modern microcontroller boards with sensor, display and connectivity modules.
Inductance, capacitance, resistance and Q factor measurement for component labs.
Try a different term, or — the catalogue runs well beyond this page.
Most of this catalogue began as a one-off request from a department. Send a circuit, a datasheet or just the experiment description.
We work from your experiment sheet to a schematic and panel layout, then confirm it with you before cutting metal.
PCB fabrication and assembly, enclosure work and screen-printed legends — all under one roof.
Each custom unit ships with a circuit diagram, experiment procedure and expected readings.
Tell us your department and we will email the current list.