Electronics Training Kit Dealers

SSB-SC Modulation - The circuit has two Balance modulators wired using IC 1496, two 900 RC Phase shift networks and OP-AMP IC 741 as summing amplifier. The external modulating signal and carrier signal are applied as an inputs directly to one Balance modulator and through 900 RC phase shifter to another Balance modulator to provide Balance modulator output which after summing network provides SSB-SC AM Balance modulator output. Maximum modulating frequency 10KHz, Maximum carrier frequency 100KHz, Built-in fixed DC ±12V/500mA Power supply and maximum test points. SSB-SC Demodulation - The circuit uses IC 1496 wired with RC components and filter network as a SSB-SC Balance Demodulator to provide the demodulated AF output for the applied SSB-SC input. Maximum modulating frequency 10KHz, Maximum carrier frequency 100KHz, Bandwidth 3KHz, Built-in fixed DC +12V/500mA Power supply and maximum test points. Sine wave signal generators (2Nos) variable upto 100KHz frequency and 10Vpp amplitude. Objectives : To study the SSB-SC Balanced Modulator circuit. To observe the single side band output with a suppressed carrier signal. To observe and note the change in SSB output w.r.t. change in modulating & carrier signal.  To study the SSB-SC AM Balanced Demodulator circuit. To observe and note the change in Demodulated output w.r.t. change in modulating. To observe the change in the demodulated w.r.t. change in carrier signal. Accessories Included : Set of Patch Cords, Operating Manual.

We are one of the Digital IC Trainers Manufacturers, based in India. We strictly use up-to-date equipments in the entire manufacturing process assuring optimum quality production. And the whole manufacturing process is backed under the proper guidance of trained technocrats. We supply different types of Integrated Circuits Trainers. We are also one of the noted Digital IC Trainers Suppliers. We have a team of target oriented professionals having voluminous experience in the manufacturing as well as supplying of wide gamut of digital IC trainers, integrated circuits trainers etc. We present Advanced Digital IC Trainer at the most competitive price. User friendly design and features with Powder coated cabinetsInbuilt variable power supply 1.5v to 32V/1AFixed power supply +/-5v, +/- 12v/1A.Crystal Based clock pulses 1Hz to 1M HzMono pulse with high and low pulseLogic Input with soft switch with bi color indicationLogic output with high/low with bi color indicationcommon Anode/Cathode display with selector switchZip sockets with 16 pin/20pin option – 40 pin on requestvSolder less bread board.All terminal on 2mm Banana sockets2mm Banana Terminals probes (Patch cords – 10 sets)

Salient Features   Coloured sliding panels with 4mm sockets for test points and panel 'OK' LED indicator. Operational Block diagram is spread over colourful informatic functional units called as panels. Front end connection through patch cords and standardised D connector cable. Light weight but sturdy Powder coated floor standing aluminum frame to hold various panels & CRO. Rack Dimensions : 105cm(W)X152cm(H)X30cm(D) approximately. Facilitates study of principles of operation & troubleshooting skills. Operating on 220V/240V, 50Hz, single phase AC supply. Can be used as a regular lab CRO, when not in use as a Trainer.

We are engaged in the manufacturing of CDMA trainers that find application in telecommunication industry. These trainers provide a basic understanding of the concepts behind code division multiple access (CDMA), and various parameters that need to be considered in the design of a system.

Oxygen Dissolved in water, often referred to as DO is a very important parameter of water quality and is an index of physical and biological processes going on in water. There are two main sources of dissolved oxygen in water (i) Diffusion of Oxygen from air to water is a physical phenomenon and depends upon solubility of oxygen which, in turn, is influenced by factors like temperature, water movements and salinity etc. Photosynthetic activity is a biological phenomenon carried out by autotrophs (mainly phytoplankton) in water and depends upon autotroph population, light conditions and available gases etc. Range D.O. 0 to 20.0 ppm Resolution D.O. 0.1 ppm Accuracy D.O. 0.1 ppm + 1 count Temp. Compensation 0o C to 50o C Manual Compensation D.O. + 3% D.O. Sensor type D.O. Amperometric GoldSilver membrane General Display 3 12 digit LED display Power 230V A.C. 50 Hz Weight 2 Kg Standard Accessories DO Electrode 1 Nos. Instruction Manual 1 Nos. D.O. Membranes 10 Nos.