Advance Electronic Industries

• Easy operation
• Durable construction
• Optimum functionality

• Completely self-contained stand-alone unit.
• Construction and study of op-amp as current to voltage converter (trans-resistance amplifier).
• Study the working and verify that the output voltage is proportional to the input current signal.
• Study the effect of the various parameters on the output.
• Test points provided at various stages in the circuit.
• Set of required number of patch cords.
• Housed in an elegant metal cabinet with a well spread intelligently designed circuit layout on the front panel.
• Strongly supported by a comprehensive instruction manual complete with theory and operating details.
• Built-in DC regulated power supply with short circuit protection and LED indication for supply “ON” to works on 230V AC Mains.

We have in store for our clients a wide range of Frequency Multipliers & Synthesizers that is used to create arbitrary waveforms from a single, fixed-frequency reference clock. These high efficiency linear circuits are available at market leading prices, for our esteemed clients. Some of the common applications of these frequency multipliers & synthesizers are listed below:

• For signal generation
• As function generators
• Used as local oscillators in communication systems, modulators, mixers and sound synthesizers
• As part of a digital phase-locked loop

• PLL used: ic 565.
• Counter: ic 7490.
• Input signal: 1khz generated internally using ic 555.
• Test point: multi-coloured test points at various stages in the circuit to observe waveforms and voltage.
• Indicator: mains.
• Power Requirement: 230v, 50hz ac 1 φ.
• Standard Accessories: Detailed instruction manual.

• To determine multiplied frequency at the output

• Input offset voltage.
• Input offset current.
• Input bias current.
• CMRR.

SALIENT FEATURES :

Completely self - contained stand - alone unit.

Construction and study of op - amp as a voltage follower.

Study the working and verify that the output follows the input and its applications as impedance buffering circuit.

Study the effect of the various parameters on the output.

Test points provided at various stages in the circuit.

Set of required number of patch cords.

Housed in an elegant metal cabinet with a well spread intelligently designed circuit layout on the front panel.

Strongly supported by a comprehensive instruction manual complete with theory and operating details.

Built - in DC regulated power supply with short circuit protection and LED indication for supply “ON” to works on 230V AC Mains.

SUBJECT TO CHANGE DUE TO CONSTANT

DEVELOPMENTS WITHOUT ANY PRIOR NOTICE

• Completely self - contained stand - alone unit.
• Construction and study of op - amp as voltage to current converter ( trans - conductance amplifier ).
• Study the working and verify that the output is proportional to the input voltage signal.
• Study the effect of parameters.
• Test points provided at various stages in the circuit.
• Set of required number of patch cords.
• Housed in an elegant metal cabinet with a well spread intelligently designed circuit layout on the front panel.
• Strongly supported by a comprehensive instruction manual complete with theory and operating details.
• Built - in DC regulated power supply with short circuit protection and LED indication for supply “ON” to works on 230V AC Mains.

Our company caters to a wide market for 555 Timers that are used for intelligent control of lighting equipment. These linear circuits are widely used in electronics laboratories and departments across the globe. Our range of these timers is available in various customized designs and specifications as per the requirement of the clients. The 555 timer linear circuit is used in the following:

• Decorative lighting
• Hoarding lighting
• Glow sign boards
• Outdoor lighting

• Completely self - contained stand - alone unit.
• Construction and study of op - amp as constant current source.
• Study the working and verify that the output current is independent to the voltage ( for a limited range ).
• Study the effect of parameters.
• Test points provided at various stages in the circuit.
• Set of required number of patch cords.
• Housed in an elegant metal cabinet with a well spread intelligently designed circuit layout on the front panel.
• Strongly supported by a comprehensive instruction manual complete with theory and operating details.
• Built - in DC regulated power supply with short circuit protection and LED indication for supply “ON” to works on 230V AC Mains.

• Compact design
• Easy to use
• Durability

• Completely self-contained stand-alone unit.
• Construction and study of op-amp as adder and subtractor.
• Built-in bank of components required for constructing adder and subtractor.
• Test points provided at various stages in the circuit.
• Set of required number of patch cords.
• Housed in an elegant metal cabinet with a well spread intelligently designed circuit layout on the front panel.
• Strongly supported by a comprehensive instruction manual complete with theory and operating details.
• Built-in DC regulated power supply with short circuit protection and led indication for supply “on” to works on 230v ac mains.

• User-friendly in nature
• Low maintenance
• Longer functional life

• Easy operation
• High performance
• Free from maintenance

• Completely self-contained stand-alone unit.
• Construction and study of op-amp as a comparator.
• Study the working and verify that the output is a function of the result of the two inputs.
• Study the effect of the various parameters on the output.
• Test points provided at various stages in the circuit.
• Set of required number of patch cords.
• Housed in an elegant metal cabinet with a well spread intelligently designed circuit layout on the front panel.
• Strongly supported by a comprehensive instruction manual complete with theory and operating details.
• Built-in DC regulated power supply with short circuit protection and led indication for supply “on” to works on 230v ac mains.

• Completely self - contained stand - alone unit.
• Construction and study of op - amp as wein - bridge oscillator.
• Study the working and observe that a balanced bridge is used as the feedback network.
• Study the effect of the various parameters on the output.
• Test points provided at various stages in the circuit.
• Set of required number of patch cords.
• Housed in an elegant metal cabinet with a well spread intelligently designed circuit layout on the front panel.
• Strongly supported by a comprehensive instruction manual complete with theory and operating details.
• Built - in DC regulated power supply with short circuit protection and LED indication for supply “ON” to works on 230V AC Mains.