Showing 2017–2032 of 2574 results
PFO-E160C ANALOG-DIGITAL FIBER OPTIC TRAINER
PFO-E160C
PFO-E160C ANALOG-DIGITAL FIBER OPTIC TRAINER
SCOPE OF LEARNING:
• Setting up Fiber Optic Analog Link Setting up Fiber Optic Digital Link
• Study of Intensity Modulation Technique using Analog Input Signal
• Study of Intensity Modulation Technique using Digital Input Signal
• Setting up of Propagation Loss in Fiber Optic Study of Bending Loss.
• Measurement
PFO-E160D FIBER OPTIC TRAINER (NUMERICAL APERTURE, ATTENUATION LOSS, BENDING LOSS AND SPEED OF LIGHT)
PFO-E160D
PFO-E160D FIBER OPTIC TRAINER (NUMERICAL APERTURE, ATTENUATION LOSS, BENDING LOSS AND SPEED OF LIGHT)
SCOPE OF LEARNING:
• Study of Optical Sources Characteristics & Transmission
• Study Of DC Power Characteristics Of LASER And Optical Sources
• Study Of Losses In Optical Transmission Attenuation Losses
• Study Of Losses In Optical Transmission Bending Loss
• Study
PFO-E312 OPTICAL FIBER CHARACTERISATION WITH OPTICAL BREADBOARD KIT
PFO-E312
PFO-E312 OPTICAL FIBER CHARACTERISATION WITH OPTICAL BREADBOARD KIT
SCOPE OF LEARNING:
i. Study of total internal reflection in solids & refractive index measurement.
ii. To determine the mode of laser Beam.
iii. Determination of Fibre attenuation by cut-back method.
iv. Bending loss determination.
v. Splice loss determination. Loss at the fiber splice could originate from either
PFO-E312B FIBER OPTIC CHARACTERIZATION KIT (OPTICAL SOURCE CHARACTERISTICS AND POWER MEASUREMENT)
PFO-E212B
PFO-E312B FIBER OPTIC CHARACTERIZATION KIT (OPTICAL SOURCE CHARACTERISTICS AND POWER MEASUREMENT)
SCOPE OF LEARNING:
• Study of Optical Sources Characteristics & Transmission
• Study Of DC Power Characteristics Of LASER And Optical Sources
PFO-E449 FREQUENCY RESOPONSE OF OPTICAL RECEIVER AT DIFFERENT BANDWIDTH SCOPE
PFO-E449
PFO-E449 FREQUENCY RESOPONSE OF OPTICAL RECEIVER AT DIFFERENT BANDWIDTH SCOPE
SCOPE OF LEARNING:
• Study of Optical Sources Characteristics & Transmission
• Study Of DC Power Characteristics Of LASER And Optical Sources
• Study Of Losses In Optical Transmission Attenuation Losses
• Study Of Losses In Optical Transmission Bending Loss
• Study Of Frequency Response at Different
PFO-E477 FIBER OPTIC TRAINER (NUMERICAL APERTURE, ATTENUATION LOSS AND BENDING LOSS)
PFO-E477
PFO-E477 FIBER OPTIC TRAINER (NUMERICAL APERTURE, ATTENUATION LOSS AND BENDING LOSS)
SCOPE OF LEARNING:
• Study of Optical Sources Characteristics & Transmission
• Study Of DC Power Characteristics Of LASER And Optical Sources
• Study Of Losses In Optical Transmission Attenuation Losses
• Study Of Losses In Optical Transmission Bending Loss
• Study Of Losses In
PFO-E477A FIBER OPTIC TRAINER (NUMERICAL APERTURE, ATTENUATION LOSS, BENDING LOSS AND SPEED OF LIGHT)
PFO-E477A
PFO-E477A FIBER OPTIC TRAINER (NUMERICAL APERTURE, ATTENUATION LOSS, BENDING LOSS AND SPEED OF LIGHT)
SCOPE OF LEARNING:
• Study of Optical Sources Characteristics & Transmission
• Study Of DC Power Characteristics Of LASER And Optical Sources
• Study Of Losses In Optical Transmission Attenuation Losses
• Study Of Losses In Optical Transmission Bending Loss
• Study
PHY-ELA-01 YOUNG'S MODULUS APPARATUS,SIMPLIFIED
SSI-PHY-ELA-01
Simplified design on the basis of Searle’s pattern,but having square rods joined together through a phosphor bronze strip instead of metal frame. One of the rods has 10-0-10scale with a 0.01mm micrometer head for adjusting the spirit level. Rods have self-centering chuck at its top for holding wires and load
PHY-ELA-02 WIRE TESTER
SSI-PHY-ELA-02
WIRE TESTER It is used to test the stretch and bearing strain of tread, wool, hair, wire etc.Provided in pair with an efficient griping system and may be supported from any laboratory stand while slotted weights are applied to the lower end to provide the stretching force
PHY-ELA-03 STRIP TESTER
SSI-PHY-ELA-03
STRIP TESTER To compare the breaking strain, stretch of carry bag handles, strength of newspaper, stretch of plastic film etc. a pair of strong wooden clamps are used. To avoid slipping of strip, clamps have wing nut fixing and a metallic bar attachment system. The clamp scan hook on to
PHY-ELA-04 YOUNG'S MODULUS APPARATUS, BRASS WIRE
SSI-PHY-ELA-04
YOUNG’S MODULUS APPARATUS, BRASS WIRE Brass Wire for use with Young’s modulus apparatus, for use as comparison or experimental wire.Available in diameters 18 to 28 SWG (any gauge).
PHY-ELA-05 YOUNG'S MODULUS APPARATUS, STEEL WIRE
SSI-PHY-ELA-05
YOUNG’S MODULUS APPARATUS, STEEL WIRE Steel Wire for use with Young’s modulus apparatus, for use as comparison or experimental wire. Available in diameters 18 to 28 SWG (any gauge).
PHY-ELA-06 YOUNG'S MODULUS APPARATUS, SEARLE'S TYPE
SSI-PHY-ELA-06
YOUNG’S MODULUS APPARATUS, SEARLE’S TYPE Young’S Modulus Apparatus, Searle’S Type, Brass Frame, Two cast metal rectangular frames hinged together parallel to each other to allow only vertical relative motion, with a spirit level fixed on a cross-bar pivoted across the frames for noting the reference point. One frame has vertical
PHY-ELA-07 YOUNG’S MODULUS APPARATUS, SEARLE'S TYPE
SSI-PHY-ELA-07
YOUNG’S MODULUS APPARATUS, SEARLE’S TYPE Young’s Modulus Apparatus, Searle’s Type, Aluminum Frame, Two cast metal rectangular frames hinged together parallel to each other to allow only vertical relative motion, with a spirit level fixed on a cross-bar pivoted across the frames for noting the reference point. One frame has vertical
PHY-ELA-08 STRAIN GAUGE
SSI-PHY-ELA-08
STRAIN GAUGE Demonstrates the functioning of Strain gauge sensor. Strain generated on hanging slotted weights on the extreme end of the metallic strip can be observed by using this instrument on interfacing it with instrumentation amplifier. A foil strain gauge is bonded on a spring steel strip mounted on an
PHY-ELA-09 YOUNG'S MODULUS APPARATUS, ECONOMICAL
SSI-PHY-ELA-09
YOUNG’S MODULUS APPARATUS, ECONOMICAL Useful for studying the relationship between load applied to a wire and resulting extension (Young’s modulus of elasticity). Can also be used for comparing elastic moduli of two different wires. Two thick sheet metal strips with clamping screws at the top for wires and metal hooks