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Other Electronic Component
24V DIY Electronic Assembled Kit Mini Music Tesla Coil Plasma Speaker Tesla Arc Generator
Product DescriptionSpecification: - Input voltage: 24V DC- source current: 2A-3A- Power supply interface: 5.5-2.1 positive external negative- Circuit board dimension:Approx.5.4×5.4cm/2.1×2.1"- Coil size: Approx.4cm/1.56”(diameter), 7cm/2.73”(height)- Number of coil turns: 250 turns- Audio interface: 3.5socket(suitable for cellphone, MP3 and co..
5pcs DIY LM1875T Single Channel Fever Grade HIFI Power Amplifier Board Speaker Kit
Product DescriptionDescription: Output power: Typical 20W (maximum 30W)Speaker impedance: 4-8Total harmonic distortion: <0.04%Signal-to-noise ratio: 105dBFrequency response: 14Hz-100kHz (maximum range from 3.29Hz to 482.29kHz calculated by RC high-low-pass circuit)Power Supply Voltage: Recommended +25V (maximum voltage should not exceed +30..
3pcs DIY LM1875T Single Channel Fever Grade HIFI Power Amplifier Board Speaker Kit
Product DescriptionDescription: Output power: Typical 20W (maximum 30W)Speaker impedance: 4-8Total harmonic distortion: <0.04%Signal-to-noise ratio: 105dBFrequency response: 14Hz-100kHz (maximum range from 3.29Hz to 482.29kHz calculated by RC high-low-pass circuit)Power Supply Voltage: Recommended +25V (maximum voltage should not exceed +30..
5pcs Audio Speaker Protection Board Amplifier Components DC Protect Kit DIY
Product DescriptionSpecification: Input voltage: AC12-15 VSize(L*W*H): 6x 4 x 2.5 cm (Finished) Feature: With power on delay (about 3 seconds) and DC protection (control voltage around 1 V)With LED status display, when the protection light, the normal work time offUsing 15 A large current relayWorking voltage aAC 12 to 15 V, need ind..
3pcs Audio Speaker Protection Board Amplifier Components DC Protect Kit DIY
Product DescriptionSpecification: Input voltage: AC12-15 VSize(L*W*H): 6x 4 x 2.5 cm (Finished) Feature: With power on delay (about 3 seconds) and DC protection (control voltage around 1 V)With LED status display, when the protection light, the normal work time offUsing 15 A large current relayWorking voltage aAC 12 to 15 V, need ind..
LDTR-WG0255 ENC28J60 Ethernet Shield Network Module V1.0 for Arduino Nano
Product Description1. With this Ethernet shield, your Arduino Nano board can be used to connect to internet2. Controller: Microchip ENC28J60 ethernet / HR911105A3. Works as server or client4. Comes with efficient library and examples5. Direct plug puzzle board, NO soldering needed.6. Package included: 1 x Nano ENC28J60 Ethernet Shield..
10pcs DIY LM1875T Single Channel Fever Grade HIFI Power Amplifier Board Speaker Kit
Product DescriptionDescription: Output power: Typical 20W (maximum 30W)Speaker impedance: 4-8Total harmonic distortion: <0.04%Signal-to-noise ratio: 105dBFrequency response: 14Hz-100kHz (maximum range from 3.29Hz to 482.29kHz calculated by RC high-low-pass circuit)Power Supply Voltage: Recommended +25V (maximum voltage should not exceed +30..
5pcs 2x3W Micro USB Wireless bluetooth Speaker Audio Receiver Digital Amplifier Board
Product DescriptionSpecifications:Product Name: 5pcs bluetooth Receiver Amplifier BoardMaterial: Electronic ComponentsColor: WhiteSize: 4×2.4cm(L x W)Mounting Hole:3.0mmAudio Input: bluetooth Audio ReceiverAmplifier Output Power: 2x3W (Output connect to speakers, can not output for amplifier)Driving speaker impedance: 4~8ohmPower Supply Interface: ..
LDTR-WG0241 DIY 433MHz Wireless Transmitter + Receiving Module Superregeneration (Green)
Product DescriptionThis is 433Mhz RF transmitter with receiver kit for Arduino ARM MCU wirelessApplication environmentRemote control switch, receiver module, motorcycles, automobile anti-theft products, home security products, electric doors, shutter doors, windows, remote control socket, remote control LED, remote audio remote control electric doo..
LDTR-WG0228 DC12V 10A 1CH 433MHz Wireless Relay RF Remote Control Switch Receiver (Green)
Product DescriptionSpecification1. Input Voltage: DC10-14V2. Standby Current: <5MA3. RF Frequency: 433MHZ4. RF Working mode:Super heterodyne receiver5. Receiver Sensitivity: >90dBm6. Remote Control Distance: >100 meter (In open environment)7. Decoding Way: MCU Software decoding8. Can store the number of remote control:509. Support remote c..
LDTR-WG0257 Dual USB 9V / 12V / 24V / 36V to 5V Converter DC-DC 3A Step Down Power Module (Red)
Product Description1. Input: 9V-36V2. Output: 5V / 3A (MAX)3. Efficiency: 92% (MAX)4. Switching frequency: 150KHZ5. Operating temperature: -40 degree C – + 85 degree C 6. Load capacity: Maximum output 3A (at the same time with two mobile phones)7. Application: mobile power, mobile phones, flat-panel USB5V powered devices8. Model: LDTR-WG02579. Mate..
LDTR-WG0256 DC 7V-24V To DC 5V 3A USB Output Converter Step Down Module
Product DescriptionThis 5V USB output converter module is based on the KIS3R33S module specific design, the input voltage 7V to 24V, output voltage 5.01V 2.5A peak output current of 4A continuous output. Able to provide 3A continuous load current. The majority of players professional testing, with high efficiency, ultra-low loss characteristics, be..
LDTR-WG0253 / A DC 5V / 3.3V 2-Channel Breadboard Power Module
Product Description1. Concave design, do not waste bread board space2. 2-way distribution can disconnect, you can choose 5V, 3.3V voltage3. Can be powered via Mini USB and DC power supply4. Model: LDTR-WG253/A5. Material: PCB + electronic components6. Dimensions: 5.5 cm x 3.5 cm x 2.5 cm7. Weight: 8g8. Package includes: 1 x Breadboard Power Module..
LDTR-WG0252 KA2284 Power Level Indicator Module, 3.5~12V (Blue)
Product Description1. Chip: KA22842. Power supply voltage: 3.5V-12V3. The horizontal size can be adjusted4. AC and DC signals can be controlled by jumpers5. PCB board size: 29 (mm) x 21 (mm)6. Package includes: 1 x KA2284 Level Indicator..
LDTR-WG0248 Digital Thermostat Heating Refrigeration Temperature Control Switch Temperature Controller Module (Blue)
Product DescriptionProduct Function1. Set Temperature —- SetT;2. Backlash Temperature—–BackT;3. Heating Mode “H”:- When Temperature =< SetT - BackT; Relay conduction, heating equipment begin to work;- When Temperature =< SetT, Relay disconnect, heating equipment stop work;4. Refrigeration mode “C”:- When Temperature >= SetT + BackT ;Relay ..