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ATmega328P-AU (x3) Arduino Pro Mini Microcontroller 3.3V 8MHz  With Header Pins Development Board from NSE Imports #1. ATmega328P-AU (x3) Arduino Pro Mini Microcontroller 3.3V 8MHz  With Header Pins Development Board from NSE Imports #2.
Ships from: China ATmega328P-AU (x3) Arduino Pro Mini Microcontroller 3.3V 8MHz With Header Pins Development Board £27.95
The Geekcreit ATmega328P-AU Pro Mini is a microcontroller board based on the ATmega328, ideal for use with any small electronics project work that requires a compact microcontroller. The board is supplied with headers for easy connection and debugging, alternatively, solder directly to the board when space is a premium. These handy packs of 3 boards are ideal for keeping a few on hand for when you need them. With 14 digital input / output pins (of which 6 can be used as PWM outputs), 8 analog inputs, an on-board resonator, a reset button, and holes for mounting pin headers. The six pin header can be connected to an FTDI cable to provide USB power and communication to the board. Features: Atmega328P-AU MCU TTL level serial port transceiver RX / TX Six PWM ports D3, D5, D6, D9, D10, D11 Supporting serial download Supporting external DC 2.4V ~ 12V power Supporting 12V (or below) battery power Specifications: Microcontroller: ATmega328 Operating Voltage: 3.3V Input Voltage: 3.35V ~ 12V Digital I/O Pins: 14 (of which 6 provide PWM output) Analog Input Pins: 8 DC Current Per I/O Pin: 40mA Flash Memory: 32KB (of which 2KB used by bootloader) SRAM: 1KB EEPROM: 512 bytes Clock Speed: 8MHz Size: 33.3 x 17.6mm Package includes: 1 x 3.3V 8MHz Pro Mini (With headers)
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ATmega328P-AU (x5) Arduino Pro Mini Microcontroller 3.3V 8MHz  With Header Pins Development Board from NSE Imports #1. ATmega328P-AU (x5) Arduino Pro Mini Microcontroller 3.3V 8MHz  With Header Pins Development Board from NSE Imports #2.
Ships from: China ATmega328P-AU (x5) Arduino Pro Mini Microcontroller 3.3V 8MHz With Header Pins Development Board £38.95
The Geekcreit ATmega328P-AU Pro Mini is a microcontroller board based on the ATmega328, ideal for use with any small electronics project work that requires a compact microcontroller. The board is supplied with headers for easy connection and debugging, alternatively, solder directly to the board when space is a premium. These handy 5 packs are ideal for keeping a few on hand for when you need them. With 14 digital input / output pins (of which 6 can be used as PWM outputs), 8 analog inputs, an on-board resonator, a reset button, and holes for mounting pin headers. The six pin header can be connected to an FTDI cable to provide USB power and communication to the board. Features: Atmega328P-AU MCU TTL level serial port transceiver RX / TX Six PWM ports D3, D5, D6, D9, D10, D11 Supporting serial download Supporting external DC 2.4V ~ 12V power Supporting 12V (or below) battery power Specifications: Microcontroller: ATmega328 Operating Voltage: 3.3V Input Voltage: 3.35V ~ 12V Digital I/O Pins: 14 (of which 6 provide PWM output) Analog Input Pins: 8 DC Current Per I/O Pin: 40mA Flash Memory: 32KB (of which 2KB used by bootloader) SRAM: 1KB EEPROM: 512 bytes Clock Speed: 8MHz Size: 33.3 x 17.6mm Package includes: 1 x 3.3V 8MHz Pro Mini (With headers)
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ATmega328P-AU Arduino Pro Mini Microcontroller 3.3V 8MHz  With Header Pins Development Board from NSE Imports #1. ATmega328P-AU Arduino Pro Mini Microcontroller 3.3V 8MHz  With Header Pins Development Board from NSE Imports #2.
Ships from: China ATmega328P-AU Arduino Pro Mini Microcontroller 3.3V 8MHz With Header Pins Development Board £15.95
The Geekcreit ATmega328P-AU Pro Mini is a microcontroller board based on the ATmega328, ideal for use with any small electronics project work that requires a compact microcontroller. The board is supplied with headers for easy connection and debugging, alternatively, solder directly to the board when space is a premium. With 14 digital input / output pins (of which 6 can be used as PWM outputs), 8 analog inputs, an on-board resonator, a reset button, and holes for mounting pin headers. The six pin header can be connected to an FTDI cable to provide USB power and communication to the board. Features: Atmega328P-AU MCU TTL level serial port transceiver RX / TX Six PWM ports D3, D5, D6, D9, D10, D11 Supporting serial download Supporting external DC 2.4V ~ 12V power Supporting 12V (or below) battery power Specifications: Microcontroller: ATmega328 Operating Voltage: 3.3V Input Voltage: 3.35V ~ 12V Digital I/O Pins: 14 (of which 6 provide PWM output) Analog Input Pins: 8 DC Current Per I/O Pin: 40mA Flash Memory: 32KB (of which 2KB used by bootloader) SRAM: 1KB EEPROM: 512 bytes Clock Speed: 8MHz Size: 33.3 x 17.6mm Package includes: 1 x 3.3V 8MHz Pro Mini (With headers)
DIY Mini Tesla Coil Kit (x3) Module, Plasma Speaker Electronic Kit, 15W DC 15-24V 2A , Great Educational Toy from NSE Imports #1. DIY Mini Tesla Coil Kit (x3) Module, Plasma Speaker Electronic Kit, 15W DC 15-24V 2A , Great Educational Toy from NSE Imports #2.
Ships from: China DIY Mini Tesla Coil Kit (x3) Module, Plasma Speaker Electronic Kit, 15W DC 15-24V 2A , Great Educational Toy £16.95
Tesla coils are cool, who cannot resist playing with mini lightning ⚡ This Mini Tesla Coil Kit is a great educational toy, these packs of 3 are great for use in group projects. They work much as you would expect, producing mini sparks of energy you can interact with, it also has an audio input allowing you to produce sound based on the audio input. The kit is unassembled and you'll need to provide a power supply to drive it, most laptop power supplies with a barrel jack will be fine for this. You'll need basic soldering skills to assemble the kit. A Tesla coil is a transformer that operates on the resonance principle. It was invented by Nicola Tesla, a Serbian-American scientist in 1891. It is mainly used to produce ultra high voltage, but low current, high-frequency AC power. The Tesla coil is composed of two groups of resonant circuits (sometimes three groups) coupled. Nicola Tesla tried a large number of configurations of various coils for his experiments over the years, such as electrical lighting, fluorescence spectrum, X ray, high frequency alternating current phenomenon, electrotherapy, and radio energy transmission (such as Wardenclyffe Tower), among others. Features: Great educational product Unassembled kit, requires basic soldering skills to assemble Requires DC power supply, a spare laptop supply with a barrel jack will do the trick Tesla coil functions: Electric arc function: the traverse of the rear end will produce an arc. The arc can also ignite Power transmission function: after the Tesla coil is charged, small LED's and bulbs can be wirelessly powered Music playback function: a new concept loudspeaker for an electric arc to stimulate air to make air vibration produced by plasma. You can play mobile/computer music, but the sound is small. Assembly tips: 1. Install small components at first; 2. Install complex components preferentially; 3. Pay attention to the installation direction of components. 4. Make sure the soldering iron does not touch the components for a long time. Otherwise it is easy to damage the components. Safety notes: 1. This product is safe, power is not high, will not be injured by electric shock, but it is not recommended to touch the top of the coil arc, there will be a sense of burning. 2. Do not touch the heat sink after a long time power supply, the temperature is very high, especially the use of 24v high voltage heat huge, if necessary, add their own cooling fan cooling, or working hours lead to too hot, please turn off for a period of time Electric use. 3. Tesla coil is recommended to work when the body or other objects close to the coil, the coil next to half a meter blank can not be other objects, as other objects as a good conductor will make the coil form a good loop, absorbing the coil energy, making Testers Pull the coil at this time the effect of demonstration or deterioration can not be demonstrated! 4. Do not put cell phones, mp3 and other electronic equipment close to the coil, or the coil will produce high-frequency magnetic field interference, making mobile phones, mp3, and other equipment failure or damage! Specifications PCB size: 4.0mm*8.0mm Power: 15W Power input: DC 15-24V 2A 5.5mm barrel jack Audio input: 3.5 socket, can be connected to mobile phone, MP3, computer audio Component list NO. Component Name PCB marker Parameter QTY. 1 Metal film resistor R1, R4 10K 2 2 Metal film resistor R3, R5 2K 2 3 TIP41 Q2 / 1 4 LED LED1, LED2 3mm 2 5 Audio socket J2 / 1 6 Electrolytic capacitor 1uf C1 1 7 IRF530 Q1 / 1 8 Power socket J1 5.0*2.1mm 1 9 Primary coil L1 2-3T 1 10 Secondary coil L2 350T 1 11 Copper pillar / M3*10 4 12 Screw / M3*6 4 13 Heat sink / / 1 14 PCB / 40*76mm 1 Assembly Guide and Links Assembly Guide oneTesla 5 Step Soldering Tutorial (great for beginners) Nicola Tesla Wikipedia Page Tesla Science Center at Wardenclyffe Wikipedia Page ArcAttack's YouTube page (Big Tesla Coils making music)
DIY Mini Tesla Coil Kit Module, Plasma Speaker Electronic Kit, 15W DC 15-24V 2A , Great Educational Toy from NSE Imports #1. DIY Mini Tesla Coil Kit Module, Plasma Speaker Electronic Kit, 15W DC 15-24V 2A , Great Educational Toy from NSE Imports #2.
Ships from: China DIY Mini Tesla Coil Kit Module, Plasma Speaker Electronic Kit, 15W DC 15-24V 2A , Great Educational Toy £11.95
Tesla coils are cool, who cannot resist playing with mini lightning ⚡ This Mini Tesla Coil Kit is a great educational toy, it works much as you would expect, producing mini sparks of energy you can interact with, it also has an audio input allowing you to produce sound based on the audio input. The kit is unassembled and you'll need to provide a power supply to drive it, most laptop power supplies with a barrel jack will be fine for this. You'll need basic soldering skills to assemble the kit. A Tesla coil is a transformer that operates on the resonance principle. It was invented by Nicola Tesla, a Serbian-American scientist in 1891. It is mainly used to produce ultra high voltage, but low current, high-frequency AC power. The Tesla coil is composed of two groups of resonant circuits (sometimes three groups) coupled. Nicola Tesla tried a large number of configurations of various coils for his experiments over the years, such as electrical lighting, fluorescence spectrum, X ray, high frequency alternating current phenomenon, electrotherapy, and radio energy transmission (such as Wardenclyffe Tower), among others. Features: Great educational product Unassembled kit, requires basic soldering skills to assemble Requires DC power supply, a spare laptop supply with a barrel jack will do the trick Tesla coil functions: Electric arc function: the traverse of the rear end will produce an arc. The arc can also ignite Power transmission function: after the Tesla coil is charged, small LED's and bulbs can be wirelessly powered Music playback function: a new concept loudspeaker for an electric arc to stimulate air to make air vibration produced by plasma. You can play mobile/computer music, but the sound is small. Assembly tips: 1. Install small components at first; 2. Install complex components preferentially; 3. Pay attention to the installation direction of components. 4. Make sure the soldering iron does not touch the components for a long time. Otherwise it is easy to damage the components. Safety notes: 1. This product is safe, power is not high, will not be injured by electric shock, but it is not recommended to touch the top of the coil arc, there will be a sense of burning. 2. Do not touch the heat sink after a long time power supply, the temperature is very high, especially the use of 24v high voltage heat huge, if necessary, add their own cooling fan cooling, or working hours lead to too hot, please turn off for a period of time Electric use. 3. Tesla coil is recommended to work when the body or other objects close to the coil, the coil next to half a meter blank can not be other objects, as other objects as a good conductor will make the coil form a good loop, absorbing the coil energy, making Testers Pull the coil at this time the effect of demonstration or deterioration can not be demonstrated! 4. Do not put cell phones, mp3 and other electronic equipment close to the coil, or the coil will produce high-frequency magnetic field interference, making mobile phones, mp3, and other equipment failure or damage! Specifications PCB size: 4.0mm*8.0mm Power: 15W Power input: DC 15-24V 2A 5.5mm barrel jack Audio input: 3.5 socket, can be connected to mobile phone, MP3, computer audio Component list NO. Component Name PCB marker Parameter QTY. 1 Metal film resistor R1, R4 10K 2 2 Metal film resistor R3, R5 2K 2 3 TIP41 Q2 / 1 4 LED LED1, LED2 3mm 2 5 Audio socket J2 / 1 6 Electrolytic capacitor 1uf C1 1 7 IRF530 Q1 / 1 8 Power socket J1 5.0*2.1mm 1 9 Primary coil L1 2-3T 1 10 Secondary coil L2 350T 1 11 Copper pillar / M3*10 4 12 Screw / M3*6 4 13 Heat sink / / 1 14 PCB / 40*76mm 1 Assembly Guide and Links Assembly Guide oneTesla 5 Step Soldering Tutorial (great for beginners) Nicola Tesla Wikipedia Page Tesla Science Center at Wardenclyffe Wikipedia Page ArcAttack's YouTube page (Big Tesla Coils making music)
XH-M229 ATX Power Terminal Board: Convert an ATX PSU into a Bench Supply from NSE Imports #1. XH-M229 ATX Power Terminal Board: Convert an ATX PSU into a Bench Supply from NSE Imports #2.
Ships from: China XH-M229 ATX Power Terminal Board: Convert an ATX PSU into a Bench Supply £11.95
The Geekcreit XH-M229 ATX Power Terminal Board is a handy device that can be used for a variety of tasks, including: Testing ATX PSU voltages Converting an ATX PSU into a bench supply Simply powering on a Bit-mining rig The board provides 4 fused outputs: +12v, -12v, +5v, and +3.3v. It also features a power on/off switch and power LED. The terminal outputs allow for wire wrap or crimped hole/spade connectors. This makes the board great for projects needing higher wattage supply at different voltages. Features: Provides 4 fused outputs: +12v, -12v, +5v, and +3.3v Power on/off switch and Power LED The terminal outputs allow for wire wrap or crimped hole/spade connectors Great for projects needing higher wattage supply at different voltages Specifications: Model: XH-M229 Compatible PSU: ATX ATX PIN Type: 24 pin Switch: Yes Number of sets of output: Four sets of outputs, +12, -12, +5, +3.3 Size: 12.8x4.8cm/5.04x1.89in Package included: 1 x XH-M229 24 Pin Desktop Chassis Power Supply ATX Adapter Transfer Board Module

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