Educational Equipment

OHM technologies function generator consists of the following features wave form It consists of the following waveforms : SineSquareTriangleTTL Frequency range:OHM technologies function generator comes in 3 different frequency ranges as follows: Lmhz2mhz3mhz Selector range:for 1mhz frequency range:for 1mhz frequency range it has the following selectors: 10 range from 1hz to 10hz100 range from 10hz to 100hz1k range from 100hz to 1000hz10k range from 1000hz to 10khz100k range from 10khz to 100khz1m range from 100khz to 1000khz Note: starting frequency range may not start form the exact point, it may starts form lower range i. E for 1000hz it may starts form 800hz also, and lower ranges vary form instrument to instruments for 2mhz frequency range:for 2mhz frequency range it has the following selectors: 20 range from 2hz to 20hz200 range from 20hz to 200hz2k range from 200hz to 2000hz20k range from 2000hz to 20khz200k range from 20khz to 200khz2m range from 200khz to 2000khz Note: starting frequency range may not start form the exact point, it may starts form lower range i. E for 2000hz it may starts form 1800hz also, and lower ranges vary form instrument to instruments. for 3mhz frequency range:for 3mhz frequency range it has the following selectors: 30 range from 3hz to 30hz300 range from 30hz to 300hz3k range from 300hz to 3000hz30k range from 3000hz to 30khz300k range from 30khz to 300khz3m range from 300khz to 3000khz Note: starting frequency range may not start form the exact point, it may starts form lower range i. E for 3000hz it may starts form 2800hz also, and lower ranges vary form instrument to instruments controls: Ohm Technologies function Generator has the following Controls : Frequency control: used to vary the frequencies from min to max in every rangeSymmetry: used to vary the symmetry of the waveformsDc offset:used to vary the offset of the waveforms, which may vary from -ve to +veAmplitude:used to vary amplitude of the waveform from minimum level to maximum level attenuator:Usually Attenuator Has Two Ranges 0. 2v And 2vfor Normal Operation Of 20v Both The Attenuator Level Should Be Pressed0. 2v range: in this range the maximum amplitude will be 0. 2v2v range:in this range the maximum amplitude will be 2v external counter: OHM technologies function generator will have an special features of external counter which may counts from 0hz to 50mhz, for this operation use ext. Counter switch to external count mode and connect the input in ttl bnc [which you want to count] counter requirement OHM technologies counter is very high accuracy counter which has the resolution of 0. 1 to 0. 5 %, but the minimum input voltage level required for count is 0. 8v, Display:ohm technologies function generator has an additional advantage of LCD display with the auto ranging display options.

Voltage Current Relationship Various forms of 3 Phase Transformer

To determine the Focal length of a combination of two lenses using Nodal Slider Arrangement

The force acts on any substance when it is placed in a inhomogeneousmagnetic field. This force depends on the susceptibility x, of the material,i.e. on ratio of intensity of magnetisation to magnetising field (I/H).Quantitatively it refers to the extent of induced magnetisation in unit field.The force acting on a substance, either of repulsion or attraction, can bemeasured with the help of an accurate balance in case of solids (Gouy sMethod) or with the measurement of rise in level in a narrow capillary incase of liquids. From this measurement, the value of susceptibility can becalculated.The apparatus consists of the following:(a) Quincks s tube, QTT-01, Quink Tube Stand (QTS-01)(b) Sample: MnSO , H O 4 2(c) Electromagnet, EMU-50 as per Cat. No. 1944d) Constant Current Digital Power Supply, DPS-50 as per Cat. No. 1945e) Digital Gaussmeter, DGM-102 as per Cat. No. 1941(f) Travelling Microscope as per Cat. No. 1566 /67.

Labix Industries is a leading manufacturer and exporter of electronic equipment designed for laboratories, offering unparalleled accuracy and dependability for both educational and research purposes. Our diverse lineup features precision instruments, advanced lab apparatus, and essential products for use in schools, universities, research institutions and Industries.

A Parallel Bridge Inverter is a type of inverter circuit used to convert DC to AC power. It utilizes a combination of transistors (such as MOSFETs or IGBTs) arranged in parallel to improve the output power capacity and efficiency. This setup is ideal for applications requiring higher power levels and better reliability.