N1
|
Normal Motors
|
N2
|
Normal Motors
|
N2400
|
Liquid Crystal Display
|
|
PicAXE Example
|
Nag
|
Experimenting with Analogue and Digital Radio
|
Nail
|
Inductors
|
Name
|
555 Timer Inside
|
|
Electromagnetic Spectrum
|
|
PICAXE Using Symbols
|
|
Resistor Colour Code
|
|
SI Unit Prefixes
|
|
Using Microsoft Paint
|
|
Worksheet - 01 - Basic Electricity
|
|
Worksheet - 02 - Basic Electricity
|
|
Worksheet - 03 - Resistors
|
|
Worksheet - 04 - Diodes
|
|
Worksheet - 05 - Capacitors
|
|
Worksheet - 06 - Transistor Current Gain
|
|
Worksheet - 07 - Bipolar Transistors
|
|
Worksheet - 08 - MOSFET Voltage Gain
|
|
Worksheet - 09 - MOSFETS
|
|
Worksheet - 10 - Ideal Op Amps and Comparators
|
|
Worksheet - 11-Combinational Logic
|
|
Worksheet - 12-555 Timers
|
|
Worksheet - 13 D Type Flip Flops
|
Named
|
Computer Architecture
|
|
Microcontroller Simulator Task 2
|
|
Project Specification
|
|
Serial Communications
|
Names
|
AQA Style Microcontroller Simulation
|
|
Picaxe 28X Commands Summary
|
|
Switch
|
NAND
|
32768 Hz Crystal Oscillator
|
|
74 Series TTL
|
|
Bit Masking
|
|
Boolean Algebra
|
|
Components
|
|
Field Programmable Gate Arrays
|
|
Gate Array Activity
|
|
Monostable
|
|
Transistor Transistor Logic (TTL)
|
|
Truth Tables
|
|
Worksheet - 11-Combinational Logic
|
NANDing
|
Truth Tables - Gate Combinations
|
Nano
|
Resources
|
|
SI Unit Prefixes
|
|
Worksheet - 02 - Basic Electricity
|
NanoFarads
|
Capacitors
|
|
Identifying Capacitors
|
|
Maths
|
Narrow
|
Comparing AM and FM
|
|
FM Bandwidth
|
|
LASER Diodes
|
|
Ohm's Law
|
|
Transmission Media
|
|
Tuned Circuits - Resonance
|
Narrower
|
AM, Sidebands and Bandwidth
|
Narrows
|
Resonance
|
|
Video Links
|
NASA
|
Robotics: Inputs
|
National
|
Relay
|
Nations
|
Comparing AM and FM
|
Natural
|
Resonance
|
Nature
|
A-to-D and D-to-A Converters
|
Navigate
|
Robotics
|
Navigation
|
AQA New Specification - Microcontroller Simulator
|
Nbauers
|
Log Graph Paper
|
NBFM
|
FM Bandwidth
|
NC
|
Circuits
|
|
Relay
|
|
Switch
|
Ndash
|
DAB Radio
|
|
Log Graph Paper
|
Ndex
|
Maths
|
Nearby
|
Crosstalk
|
|
Distortion
|
|
Supersonic Heterodyne Radio
|
|
Test Equipment
|
Nearer
|
Impedance Matching
|
Nearly
|
Limiting
|
|
LUX Change Detector
|
|
Maths
|
|
MOSFET Push Pull Power Amplifier
|
Neat
|
Study Extension Time
|
|
Time Division Multiplexing
|
|
Trigger Pulses: 74LS14 Hex Schmitt Trigger
|
Neatly
|
Tachometer
|
|
Using Microsoft Paint
|
Necessary
|
AM Demodulation
|
|
D Type Flip Flop
|
|
DAB Radio
|
|
Diode Characteristics
|
|
Experimenting with Analogue and Digital Radio
|
|
Microcontroller Simulator Task 2
|
|
Microcontroller Simulator Task 3a
|
|
Microcontroller Simulator Task 3b
|
|
Microcontroller Simulator Task 5
|
|
Microcontroller Simulator Task 6
|
|
Multimeter
|
|
Printed Circuit Board Fabrication (PCB FAB)
|
|
Safety
|
|
Using Microsoft Paint
|
Neck
|
Safety
|
Negative
|
Amplifier
|
|
Band Pass Filter
|
|
Baxandall Tone Control
|
|
Compare MOSFET with Bipolar Transistors
|
|
Computer Architecture
|
|
Control Systems
|
|
Current, Charge and the Ampere
|
|
Differential Amplifier
|
|
Distortion
|
|
Feedback
|
|
Inverting Amplifier
|
|
Log Graph Paper
|
|
Low Pass Filter
|
|
Memory and I/O Mapping
|
|
Metal Oxide Semiconductor Field Effect Transistors
|
|
MK484 One Chip Radio
|
|
MOSFET Push Pull Power Amplifier
|
|
Non Inverting Amplifier
|
|
Normal Motors
|
|
Open and Closed Loop Control Systems
|
|
Operational Amplifier Bandwidth
|
|
Oscilloscope
|
|
PIN Photodiode
|
|
Resistors
|
|
RF Mixer
|
|
Ring Modulator
|
|
RMS and Peak Voltages
|
|
Robotics: Process
|
|
Signals, Noise, Interference and Signal Conditioning
|
|
Sine Wave Oscillator
|
|
Stepper Motor
|
|
Summing Amplifier
|
|
Supersonic Heterodyne Radio
|
|
System Synthesis
|
|
The Atom
|
|
Thermistor
|
|
Trigger Pulses: 74LS14 Hex Schmitt Trigger
|
|
Tuneable Bandpass Filter
|
|
Voltage Follower
|
|
Worksheet - 01 - Basic Electricity
|
Negatively
|
The Atom
|
Negligible
|
Avalanche Photodiode
|
|
Current, Charge and the Ampere
|
|
Formulas
|
|
Op Amp Comparator
|
Neighbouring
|
Inductors
|
Neil
|
Copyright, Contact and Disclaimer
|
|
Log Graph Paper
|
|
On-Line Text Book
|
|
Study Extension Time
|
|
TTL Simulator
|
Neither
|
Astable Multivibrator and LED Driver
|
|
Current, Charge and the Ampere
|
|
Earth / Ground
|
|
MOSFET Push Pull Power Amplifier
|
|
Normal Motors
|
|
RS Bistable Flip Flop / Latch
|
|
Worksheet - 07 - Bipolar Transistors
|
Neon
|
Components
|
|
Neon Bulbs
|
|
Shocking Inductor
|
Nest
|
Fault Finding
|
Net
|
Band Pass Filter
|
|
Packet Switched Networks
|
Netbook
|
Experimenting with Analogue and Digital Radio
|
Network
|
Bandwidth
|
|
Bit Masking
|
|
Crosstalk
|
|
Generalised Communication System
|
|
Hardware and Software
|
|
Log Graph Paper
|
|
Neural Networks
|
|
Packet Switched Networks
|
|
Receiver
|
|
Relay
|
|
Robotics: Process
|
|
Signals, Noise, Interference and Signal Conditioning
|
|
Transmission Media
|
|
Worksheet - 05 - Capacitors
|
Networking
|
Electromagnetic Spectrum
|
Networks
|
Communication
|
|
Generalised Communication System
|
|
Impedance Matching
|
|
Neural Networks
|
|
Packet Switched Networks
|
|
Power Sources
|
|
Robotics
|
|
Robotics: Process
|
|
Serial Communications
|
|
Serial Port
|
|
Signals, Noise, Interference and Signal Conditioning
|
|
Switching Inductive Loads
|
|
Transmission Media
|
|
Video Links
|
Neumann
|
Computer Architecture
|
Neural
|
Neural Networks
|
|
Robotics
|
|
Robotics: Process
|
Neutral
|
Conductors, Semiconductors and Insulators
|
|
Current, Charge and the Ampere
|
|
The Atom
|
|
Varistor
|
|
Worksheet - 01 - Basic Electricity
|
Neutrons
|
The Atom
|
Newer
|
741 Op Amp Pinout
|
|
Computer Architecture
|
|
Mobile Phones
|
|
Parallel / Centronics Port Interfacing
|
|
Serial Communications
|
News
|
Communication
|
|
Frequency Modulation
|
Newton
|
Current, Charge and the Ampere
|
Next
|
Avalanche Photodiode
|
|
Computer Architecture
|
|
D Type Flip Flop
|
|
FM VHF Transmitter
|
|
Maths
|
|
Microcontroller Simulator Task 1
|
|
Microcontroller Simulator Task 5
|
|
Mobile Phones
|
|
Motor Speed / Light Dimmer
|
|
Normal Motors
|
|
Oscilloscope
|
|
Packet Switched Networks
|
|
Parallel Port ADC
|
|
PICAXE
|
|
Picaxe 28X Commands Summary
|
|
PicAXE Example
|
|
PICAXE LED Flash
|
|
PICAXE Motor Control
|
|
Radio
|
|
Resistors in Parallel
|
|
RF Amplifier
|
|
RF Mixer
|
|
Signals, Noise, Interference and Signal Conditioning
|
|
Study Extension Time
|
Next-hop
|
Packet Switched Networks
|
nF
|
Capacitors
|
|
SI Unit Prefixes
|
NIBBLE
|
Binary
|
Nice
|
Antenna Polarisation
|
|
Bit Masking
|
|
Field Programmable Gate Arrays
|
|
Frequency Division Multiplexing
|
|
Internet Links
|
|
Log Graph Paper
|
|
Signals, Noise, Interference and Signal Conditioning
|
|
Transmission Media
|
Nickel
|
Power Sources
|
Night
|
Comparing AM and FM
|
|
Experimenting with Analogue and Digital Radio
|
|
Transmission Media
|
Nine
|
PICAXE LED Flash
|
Nl
|
Packet Switched Networks
|
Nodes
|
Packet Switched Networks
|
Noise
|
74 Series TTL
|
|
AM, Sidebands and Bandwidth
|
|
A-to-D and D-to-A Converters
|
|
Attenuator
|
|
Buzzers
|
|
Comparing AM and FM
|
|
Definitions
|
|
Differential Amplifier
|
|
Distortion
|
|
Experimenting with Analogue and Digital Radio
|
|
FM Slope Demodulator
|
|
Infrared Transmitter and Receiver
|
|
Mobile Phones
|
|
MOSFET Applications
|
|
Operational Amplifier Circuits
|
|
Operational Amplifiers
|
|
Pulse Modulation
|
|
Receiver
|
|
Resistor Types
|
|
RS Bistable Flip Flop / Latch
|
|
Serial Port
|
|
Signals, Noise, Interference and Signal Conditioning
|
|
Single Point Earthing
|
|
Supersonic Heterodyne Radio
|
|
System Synthesis
|
|
Transmission Media
|
Noises
|
Feedback
|
|
Normal Motors
|
Noisy
|
Buzzers
|
|
Differential Amplifier
|
|
Experimenting with Analogue and Digital Radio
|
|
Generalised Communication System
|
|
Receiver
|
|
Signals, Noise, Interference and Signal Conditioning
|
|
Transmitter
|
None
|
AQA Style Microcontroller Simulation
|
|
Control Systems
|
|
Radio and Communication
|
|
Transmitter
|
Non-Inverting
|
Low Pass Filter
|
|
Non Inverting Amplifier
|
|
Operational Amplifier Symbol
|
|
Relaxation Oscillator
|
|
Schmitt Trigger
|
Non-portable
|
Computer Architecture
|
Non-standard
|
Maths
|
Non-volatile
|
Computer Architecture
|
Nop
|
AQA Style Microcontroller Simulation
|
|
Microcontroller Simulator Examples
|
|
Microcontroller Simulator Task 1
|
|
Microcontroller Simulator Task 7
|
|
Microcontroller Simulator Task 9
|
NOR
|
32768 Hz Crystal Oscillator
|
|
74 Series TTL
|
|
Bit Masking
|
|
Boolean Algebra
|
|
Components
|
|
Current, Charge and the Ampere
|
|
Field Programmable Gate Arrays
|
|
Gate Array Activity
|
|
Transistor Transistor Logic (TTL)
|
|
Truth Tables
|
|
Worksheet - 07 - Bipolar Transistors
|
|
Worksheet - 11-Combinational Logic
|
Norfolk
|
Copyright, Contact and Disclaimer
|
|
Packet Switched Networks
|
|
Study Extension Time
|
NORing
|
Truth Tables - Gate Combinations
|
NORM
|
Oscilloscope
|
North
|
Stepper Motor
|
Norwich
|
Packet Switched Networks
|
Notation
|
BS1852 Resistor Codes
|
|
Hexadecimal
|
Notch
|
Supersonic Heterodyne Radio
|
Notched
|
Tachometer
|
Note
|
02-Seven Segment Display
|
|
7493-Binary-Counter
|
|
Amplitude Modulation
|
|
Astable
|
|
Bandwidth
|
|
Capacitor Time Constant
|
|
Digital Radio - Getting Started
|
|
Diodes
|
|
Frequency Modulation
|
|
Fuse
|
|
Identifying Capacitors
|
|
Interrupts
|
|
IRF630 and IRF9630
|
|
Karnaugh Maps
|
|
Microcontroller Simulator Task 7
|
|
MOSFET Switch
|
|
Operational Amplifier Circuits
|
|
Parallel Port ADC
|
|
Photo Diodes
|
|
Pulse Frequency Speed Control
|
|
RS Bistable Flip Flop / Latch
|
|
Seven Segment Display
|
|
Shocking Inductor
|
|
SI Unit Prefixes
|
|
Simple LED Circuit
|
|
Study Extension Time
|
Notepad
|
AQA New Specification - Microcontroller Simulator
|
Notes
|
Diode Characteristics
|
|
LDR Lab
|
|
Push Pull Power Amplifier Calculations
|
|
Ring Modulator
|
|
Study Extension Time
|
Nothing
|
Glitches
|
|
Microcontroller Simulator Task 1
|
|
Microcontroller Simulator Task 7
|
|
Summing DAC
|
Notice
|
Bipolar Transistors
|
|
Component and Circuit Power
|
|
LED and LCD Displays
|
|
MOSFET Voltage Amplifier
|
|
Open and Closed Loop Control Systems
|
Noticeable
|
Capacitor Time Constant
|
|
Comparing AM and FM
|
|
Distortion
|
|
FM Stereo
|
|
LDR and 741 Comparator
|
|
LED and LCD Displays
|
|
Operational Amplifier Bandwidth
|
|
Our PICAXE Board
|
Noticeably
|
LDR and 741 Comparator
|
Noticed
|
Impedance Matching
|
|
Phase
|
|
Transmission Media
|
Notorious
|
Potential Divider and Potentiometer
|
|
Recording Measurement Accuracy
|
Nought
|
Binary
|
|
Motor Speed / Light Dimmer
|
Noughts
|
Binary
|
NPN
|
555 Timer Inside
|
|
BC182 Transistor
|
|
Conductors, Semiconductors and Insulators
|
|
Darlington Pair
|
|
Emitter Follower
|
|
Op Amp Comparator
|
|
Transistor as a Switch
|
NTC
|
Resistors
|
Nuclear
|
Avalanche Photodiode
|
|
Electromagnetic Spectrum
|
Nuclei
|
Conductors, Semiconductors and Insulators
|
|
Current, Charge and the Ampere
|
|
Worksheet - 01 - Basic Electricity
|
Nucleus
|
Conductors, Semiconductors and Insulators
|
|
The Atom
|
|
Worksheet - 01 - Basic Electricity
|
Num
|
7 Segment Display
|
Number
|
01 LED Flash
|
|
32768 Hz Crystal Oscillator
|
|
7493-Binary-Counter
|
|
Antenna
|
|
AQA Style Microcontroller Simulation
|
|
A-to-D and D-to-A Converters
|
|
Binary
|
|
Binary and Bits
|
|
Binary Coded Decimal
|
|
Binary, Decimal and Hexadecimal
|
|
Bit Masking
|
|
Communication
|
|
Computer Architecture
|
|
Counter / Controller
|
|
Current, Charge and the Ampere
|
|
D Type Flip Flop
|
|
Differential Amplifier
|
|
Digital Radio - Getting Started
|
|
Fault Finding
|
|
Field Programmable Gate Arrays
|
|
Flash ADC
|
|
FM Bandwidth
|
|
Frequencies and Wavelengths
|
|
Gain
|
|
Heatsinks
|
|
Hexadecimal
|
|
Hexadecimal Numbers
|
|
Identifying Capacitors
|
|
Inductor Types and Properties
|
|
Memory and I/O Mapping
|
|
Metal Oxide Semiconductor Field Effect Transistors
|
|
Microcontroller Simulator Task 2
|
|
Microcontroller Simulator Task 3a
|
|
Microcontroller Simulator Task 3b
|
|
Microcontroller Simulator Task 7
|
|
Mobile Phones
|
|
MOSFET Switch
|
|
Parallel Port
|
|
PICAXE Board
|
|
Pulse Modulation
|
|
Push Pull Power Amplifier Calculations
|
|
Radio Communication Terminology
|
|
Resistor Colour Code
|
|
RF Mixer
|
|
Serial Communications
|
|
Serial Port
|
|
Signals, Noise, Interference and Signal Conditioning
|
|
Switch
|
|
Transformer
|
|
Using Microsoft Paint
|
|
Worksheet - 13 D Type Flip Flops
|
Numbered
|
Packet Switched Networks
|
Numbers
|
7 Segment Display
|
|
7493-Binary-Counter
|
|
A-to-D and D-to-A Converters
|
|
Binary
|
|
Binary and Bits
|
|
Computer Architecture
|
|
Current, Charge and the Ampere
|
|
D Type Flip Flop
|
|
Digital Ramp ADC
|
|
Hexadecimal
|
|
LB12 Ferrite Rod Antenna
|
|
Maths
|
|
Memory and I/O Mapping
|
|
Microcontroller Simulator Task 3a
|
|
Microcontroller Simulator Task 4
|
|
Neural Networks
|
|
Oscilloscope
|
|
Packet Switched Networks
|
|
Parallel Port ADC
|
|
Photo Diodes
|
|
Picaxe 28X Commands Summary
|
|
PICAXE Using Symbols
|
|
Project Ideas
|
|
Pulse Modulation
|
|
Robotics: Process
|
|
Safety
|
|
Seven Segment Display
|
|
Signals, Noise, Interference and Signal Conditioning
|
|
The Atom
|
|
Transistor Transistor Logic (TTL)
|
Numeric
|
Binary, Decimal and Hexadecimal
|
|
Robotics: Outputs
|
Numerical
|
Binary and Bits
|
|
Complex Systems
|
|
Project Specification
|
|
Robotics: Process
|
Nuts
|
Fault Finding
|
|
Safety
|
Nybble
|
A-to-D and D-to-A Converters
|
|
Binary
|
Nybbles
|
Hexadecimal
|
Nyk
|
Packet Switched Networks
|
Nyquist
|
Bandwidth
|
|
Pulse Modulation
|
|
Pulse Width Modulation
|
