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Physics lab
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Search Results : 54 Product(s) Found.
 
Diode Unit  [102.1 PH]
 
With silicon diode mounted on base as described.
 
Zener Diode Unit  [102.2 PH]
 
With zener diode mounted on base as described.
 
P.N. Junction Unit  [102.3 PH]
 
With P.N. Junction diode mounted on base as described.
 
Solar Cell Unit  [102.4 PH]
 
For use with mini-motor unit. Silicon photoelectric cell mounted on base as described.
 
Photo Voltic Cell Unit  [102.5 PH]
 
With photo voltic cell mounted on base as described.
 
Cadmium Sulphide Resistor Unit  [102.6 PH]
 
With photo-sensitive resistor mounted on base as described. Resistance inversely proportional to light intensity.
 
N-P-N Transistor Unit  [102.7 PH]
 
With a transistor mounted on base as described.
 
P-N-P Transistor Unit  [102.8 PH]
 
With a transistor mounted on base as described.
 
Field Effect Transistor Unit  [102.9 PH]
 
With a field effect transistor mounted on base as described.
 
Power Transistor Unit  [102.10 PH]
 
Mounted on a base as described.
 
Diode Valve on Base  [102.11 PH]
 

For experiments in diode characteristics, comprises a double-diode valve type EB91 (6AL5) or equivalent. The valve is housed in a standard box 90 x 90 x 35 mm provided with 4 mm sockets and screen printed panel diagram for identification of the valve electrodes.

Heater voltage 6.3 V maximum (to operate the diode under saturated conditions the heater voltage should be limited to 1.5 V approx.).
Anode Current : 5 mA maximum.
Anode Voltage : 150 V maximum.
 
Triode Valve on Base  [102.12 PH]
 
For investigations into the behaviour of triode valves, showing ionisation and excitation potentials in different gases. Comprises a box, 90 x 90 x 35 mm, on the top panel of which are mounted an octal and a B7G valve holder. Connections for heater, cathode, grid and anode are provided and are brought out to colour-coded 4 mm sockets.
 
Thermistor  [102.13 PH]
 
A bead-type thermistor mounted at the end of a 2-core flying lead, lenght 1 m, terminating in a pair of 4mm plugs. Resistance 800W at 0C, 130W at 50C. Max. Electrical rating 7 V or 1 A at 20C.
 
Thyristor  [102.14 PH]
 
For showing the basic principles of the thyristor as a power control device. It may also be shown how the switched mode operation provides a more efficient method of control than a rheostat or power transistor. Will switch voltages of upto 24V D.C. at a maximum load current of 4 A.
 
Multifunction Unit  [102.15 PH]
 
Comprises two 'NOR' and one 'AND' gates interconnected. The functions of 'NOR', 'OR', 'NAND' or 'AND' gates may be investigated.
 
Traffic Lights  [102.16 PH]
 
Comprises a row of three indicator lamps, red, amber and green, each provided with its own independent input socket.
 
Digital Electronics Units  [102.17 PH]
 
Designed to the requirements of revised Nuffield 'A' level physics, these units are all based on CMOS integrated circuits. CMOS devices have advantages over TTL in that power requirements are lower so longer battery life can be expected, and the units will operate from any smoothed D.C. supply of between 4.5 and 9 V. Whilst each board has independent power supply connections, they may be cascaded and run from a single power source. All the logic outputs are connected to L.E.D. indicators which are activated when the output goes high. Inputs are held low when not connected. All units are protected against damage from reversal power supply connections.
 
OP AMP Board  [102.18 PH]
 
Incorporates a standard CMOS OP-AMP I.C., together with a range of passive feedback and input components to permit the ain etc. to be adjusted for both amplifying and operational purpose. A pair of potentiometers allows selectable input voltage levels to be applied to the I.C., and offset-nul adjustment is also provided for input and feedback. Component selection is, as with the input,output and power supply terminations, via 4mm sockets on the board. External components can be connected if desired.
 
Astable Multivibrator and Electronic Switch  [102.19 PH]
 
This board incorporates two of the units specified in the 'A' level list of requirements. Both functions being performed by a quad 2 input NOR integrated circuit. The astable multivibrator frequency may be varied over the range of about 0.5 Hz to 500 Hz, its output being taken to both an external output socket and an L.E.D. indicator via buffer transistor. The electronic switch may be used to provide an output which is high or low with a 'bounce-free' action. It has a buffered LED indicator in addition to its output termination.
 
Quadruple, Two Input NOR Gate  [102.20 PH]
 
This unit comprises a single integrated circuit quad, two input NOR gate with each of its outputs connected to an indicating LED via a buffer transistor.
 
Quadruple, Two Input NAND Gate  [ 102.21 PH]
 
This unit contains essentially the same circuitry as the NOR gate, GP-952.1, but is equipped with a quadruple two input NAND gate integrated circuit chip.
 
Dual RS Bistable Unit  [102.22 PH]
 
This board carries a dual D type flip-flop integrated circuit providing both bistable functions. Each bistable has clear, set and clock input, together with Q and Q outputs. Buffered LED output indicators are also incorporated.
 
Logic Gates Tutor Miken  [102.23 PH]
 
Designed to cover all aspects of combinational logic and boolean algebra. Comprises a selection of AND, OR, NOT, NAND, NOR, EX-or and AND-OR-INVERT gates. Four logic input toggle switches and four logic indicators are also provided.
 
Sequential Logic Tutor LT2  [102.24 PH]
 
Provides facilities for the investigation of flip-flops, counters and shift registers. Comprises four jk flip-flops, five NAND gates and three logic input switches. One of the switch may be used to pulse counter circuits.
 
Patch Leads  [102.25 PH]
 
Spare 1 mm leads for use with logic Tutors and Tutor kit units. Pack of 25.
 
OP-AMP Tutor OT1  [102.26 PH]
 
A versatile teaching aid which can be used to investigate many aspects of operational amplifier circuits. Apart from basic experiments it may also be used to generate wave form, solve mathematical equations and design active filters. The modue houses a 741 operational amplifier and a range of components and also provided is a 'free-area' which may be used to hold the users own components.
 
Power Supply Unit PSU1  [102.27 PH]
 
Designed for use specifically with the tutor kit units, but equally suitable for general purpose use, this unit provides a fixed output of 5 V D.C. at 1 A for TTL logic circuits and adjustable outputs at 15 V at 100 mA for op-amp and other linear applications.
 
I.C. Patch Board PB1  [102.28 PH]
 
A general purpose experimental and prototyping 'bread-board' module suitable for use with digital or linear devices and circuit. Comprises two 16-pin, two 18-pin and one 40-pin DIL sockets. The versatility of this unit is enhanced by the inclusion on the board of logic indicators, a two-speed clock, a manual pulser and logic input switches.
 
Combinational Logic Tutor  [102.29 PH]
 

Very essential & vital training board in digital electronics lab for verification of truth table for various Logic gates. Student will make connections themselves with the help of interconnection leads and verify De-morgan's theorum and unravel mystery of boolean algebra. Standard 7400 series T.T.L. IC's are used Bounceless data switches and buffered LED indicators are also used.

Specifications :  
  a) 2 Input AND Gates (IC used 74LS08) - 4 No.
  b) 2 Input NAND Gates (IC used 74LS00) - 2 No.
  c) 3 Input NAND Gates (IC used 74LS10) - 3 No.
  d) 2 Input OR Gates (IC used 74LS32) - 4 No.
  e) 1 Input NOT Gates (Logic Inverters, 74LS04) - 6 No.
  f) 3 Input NOR Gates (IC used 74LS27) - 3 No.
  g) 4 Bounceless Logic input switches with complementary outputs.
  h) 4 Buffered LED Logic indicators.
  i) Interconnection leads - 25 No.
  j) Comprehensive User's manual - 1 No.
Functional diagrams of all Logic gates are nicely printed on front panel board. Brass sockets of 2 mm inner diameter are press mounted on bakelite panel by special techniques and corresponds to various pins of functional diagram.
 
Sequential Logic Tutor  [102.30 PH]
 

Various memory devices are incorporated in this model to study other fundamentals e.g. flip flops. Students can learn about synchronous and asynchronous circuits using various JK flip-flops & NAND gates. Manual and clock generated Input pulses are also provided.

Specifications :  
  1. JK master slave flip-flops - 4 No.
  2. Three input NAND gates - 6 No.
  3. Logic Pulser (Manual) - 1 No.
  4. Clock generator - Pulses of 1, 10, 100 Hz are provided on board.
  5. LED indicators - Provided at output state of all flip-flops.
  6. Pre-set & carry point of all flip-flops are provided with Logic input switches.
  7. Bounceless Logic input switches - 4 No.
  8. Solderless Patch leads - 25 No.
  9. Comprehensive User's Manual - 1 No.
 
Logic Trainer  [102.31 PH]
 
Logic Trainer is a self training course on basic digital/linear circuits & systems. Logic Trainer provides a platform on which the theory can be verified by way of practical experiments. Student can design new circuit and so on. Although primarily meant for the under-graduate students this trainer course to the technical person in the industry.
Overall dimension : 365 x 285 x 140 mm (L x W x H)

Technical Data

Built-in Power Supply

5 Volt/1 Amp.
12 volt/0.5 Amp.

Data Switches (Bounceless)

8 nos. for Hi/Lo input

Led Indicators (Buffered)

10 nos.

Seven Segment Display

4 nos. (With Decoders)

Logic Probe

1 no.

Logic Pulser

1 no.

Pulse Detector

1 no.

Bread Board

Silver Plated Pins

Potentiometer

4 nos.

Volt-meter

0-15 v with range switch

BNC to Banana Adaptor

1 no.

Banana Socket

2 nos.

Inter Connection Leads

100 nos.

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