Products:
View Products
Browse by Subject Area
A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |
B
- Balanced 3-Phase resistive load in Star and Delta connections
- Basic Firing Circuits
- Basic Motor Control
- Basic Theory
- Battery Feed
- Bi-directional control time behaviour
- Bi-directional speed & current control
- Bode plots
- bi-directional control time behaviour
- bi-directional speed & current control
- burst fire control
C
- Capacitive reactance
- Carrier Frequency
- Companding
- Companding application
- Companding characteristic
- Compensation winding
- Compressor
- Condensor
- Continuous & discontinuous current operation
- Control
- Control Functions
- Control of shaft direction of rotation
- Controlled Rectification Circuits
- Converter selection by error signal
- Crane
- Current and Motor Voltage
- connecting Star
- continuous & discontinuous current operation
- controlled bridge
- converter selection by control signal
- converter selection by control signal & load current
- converter selection by load current
- coupled tanks
- current
- current transformer
D
- DCS
- DM/PCM Principles Workboard
- DOL starter
- DOL starter with dc injection braking
- DOL starter with plug-braking
- DOL starter: Foward/Reverse operation
- DTMF Codes
- Delta
- Delta connected motor Voltages and currents
- DeltaV
- Distributed control
- Dual Tone Multi Frequency (DTMF) signalling
- Dual converter - Single Phase
- Dual converter - Three Phase
- Dynamic braking of a dc Motor
- Dynamic braking of a dc motor
- dc Compound Generator
- dc Compound Motor
- dc Motors and Generators
- dc Separately Excited Motor
- dc Series Motor
- dc Shunt Generator
- dc Shunt Motor
- dc compound motor and generator
- dc levels
- dc motor starter
- dc series motor and generator
- dc shunt motor and generator
- dc shunt motor faults
- dual converter - Single Phase
- dual converter - Three Phase
E
- Effect of capacitor on output characteristics
- Effect of feedback voltage on speed regulation
- Effect of speed variation on output voltage and frequency
- Effect of start capacitor
- Effects of inertia on system performance
- Efficiency versus torque
- Electrical Fundamentals
- Elementary ac and dc generators
- effects of inertia on system performance
- electromagnetic
- establishing the root 3 factor
F
- Fault Finding
- Feedback
- Filtered conversion
- Filtering
- Firing circuit requirements
- Flow Control
- Forward loss
- Four Quadrant Control
- Four pole induction motor faults
- Frame
- Frequency
- Frequency Measurement
- Full wave controlled bridge with armature voltage feedback and/or current feedback
- Full wave controlled bridge with speed feedback
- Full wave controlled bridge with tachogenerator/feedback
- Fully controlled bridge
- fault finding
- feedback measurement
- firing circuit requirements
- full controlled bridge
- full wave controlled bridge with VI feedback
- full wave controlled bridge with armature voltage feedback
- full wave controlled bridge with speed feedback
M
- MIMO
- Magnetic levitation
- Matlab
- Motor characteristics with ac supply
- Motor characteristics with dc supply
- Motor configurations
- Motor voltage and current waveforms
- Multichannel PCM
- Multiplexing (TDM)
- Multiplexing Introduction
- Multipulse firing circuits single and Three phase
- measurements
- multipurpose firing circuits
P
- P
- PI
- PI control
- PID
- PID.
- PLC
- PLC Programming
- PLC.
- Pendulum
- Phase angle
- Phase angle versus motor speed
- Phase shift & reactive current
- Phase shift and reactive power
- Phase shift between primary and secondary
- Pole-changing induction motor
- Power factor correction of ac motors
- Power in ac circuits
- Power in dc circuits
- Power versus torque
- Pressure Control
- Primary impedance starter
- Process Control
- Programmable Logic Controller
- Pulse Code Modulation (PCM)
- pH Control
- position
- position control
S
- SLIC Hybrid
- Sampling
- Sampling Introduction
- Sensors
- Separately Excited dc Generator
- Sequence Control
- Series & Parallel equivalent capacitance
- Servos
- Shaded pole induction motor
- Short circuit test
- Signal Processing
- Signalling
- Simulation
- Simulink
- Single Phase Induction Motor - Capacitor Start / Induction run
- Single Phase Transformers
- Single Phase ac control
- Single Phase full wave
- Single Phase half and full wave
- Single Phase half wave
- Single phase ac generator
- Single phase ac repulsion motor
- Single phase ac series universal motor
- Single phase ac synchronous motor/generator
- Single phase half and full wave
- Single phase half/full wave
- Solving resistive networks using Kirchoffs voltage & current laws
- Speech Immunity
- Speed
- Speed regulation with and without phase angle control
- Speed versus torque
- Split field series motor
- Star connected motor
- Star connected supply
- Star/Delta starter
- Starting requirements
- Stepper motor
- Subscriber’s Line Interface Circuit (SLIC)
- Switch Hook
- Synchronisation procedure
- Synchronous motor V curve characteristics
- series and parallel connection
- series and parallel equivalent inductance
- speed control
- squirrel cage
- star supply
- starting/inching/jogging
- step-down
- step-up
T
- Telephone Signalling
- Telephone Speech
- Telephone and Interface Workboard
- Telephone hybrid circuit
- Temperature Control
- Test-In
- Test-Out
- Testing
- The sinewave
- Three Phase Circuits
- Three Phase Transformers
- Three Phase ac control
- Three Phase full wave
- Three Phase half and full wave
- Three Phase half wave
- Three phase Squirrel Cage Induction Motor
- Three phase ac Motors
- Three phase ac induction motor
- Three phase ac synchronous motor and generator
- Three phase full wave
- Three phase half and full wave
- Three phase half wave
- Thyristor dc motor control principles
- Thyristor phasing
- Time slots and Frames
- Timers
- Tone Duration
- Torque/Speed test at various frequency settings
- Torque/speed and efficiency characteristics
- Torque/speed performance
- Transducers
- Transfer Function Analysis
- Transmitter Microphone)
- the flywheel diode
- thyristor phasing
- transformers in parallel
- turns ratio
V
- Variable reactor V curves
- Vectors and phasors in RL
- Voltage
- Voltage & current relationships
- Voltage Boost
- Voltage and current phasor relationships for no-load and on-load transformer
- Voltage and current ratios
- Voltage and current waveforms
- Voltage regulation of a synchronous machine
- Voltage/Frequency (V/F) characteristics
- Voltages and currents
- voltage regulation
Range Brochure
Range Brochure for
- Control & Instrumention Range Brochure
- Dissectible Machines Range Brochure
- Electricity and Electronics Range Brochure
- PLC Range Brochure
- Pneumatics and Hydraulics Range Brochure
- Powerframes Range Brochure
- Process Control Range Brochure
- Robotics Range Brochure
- Telecommunications Range Brochure
- UK City & Guilds Qualification 2330 / 2357
News
The Feedback 12-300 Basic Electronics Series is now complemented by the addition of two new workboards that provide an introduction to digital electronics.
Read the story