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VN2-174Dual Neckband VHF Wiresless System  174.1 + 175.0MHz 

A dual channel VHF wireless microphone system with a half-width 1U receiver, 2 beltpack transmitters and 2 neckband headset microphones.

• Up to 50m range
• Batteries and jack lead supplied
• Note: Maximum of 2 VHF frequencies can be operated in combination  (Also available in 

  173.8 + 174.8MHz)

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VHN2-174 HANDHELD & NECKBAND VHF WIRELESS SYSTEM  173.8 + 174.8MHz

A dual channel VHF wireless microphone system with a half-width 1U receiver, 1 handheld transmitter and 1 beltpack transmitter with a neckband headset microphone.

• Up to 50m range
• Batteries and jack lead supplied
• Note: Maximum of 2 VHF frequencies can be operated in combination

VHN2-174 HANDHELD & NECKBAND VHF WIRELESS SYSTEM  174.1 + 175.0MHz

A dual channel VHF wireless microphone system with a half-width 1U receiver, 1 handheld transmitter and 1 beltpack transmitter with a neckband headset microphone.

• Up to 50m range
• Batteries and jack lead supplied
• Note: Maximum of 2 VHF frequencies can be operated in combination

Vibration switch module for Arduino and other microcontroller projects

IC Switchmode Controller 8DIL

IC Switchmode Controller TO220 5pins

IC Current Switchmode Controller 8DIL

VISATON 2 inch (52.5mm) High End Full Range Speaker 8 ohms 8 Watts max

A Brilliant Little Full Range Speaker with an excerllent frequency response, for it's size, ideal for both voice and music reproduction.

Housed in a strong steel basket with dual paper cone construction, heavy magnet and large voice coil make this speaker a great choice for many applications.

*  Rubber edge
*  Metal chassis
* Spade terminals
 

• Freq Response: 150Hz to 20KHz
• Resonant Freq 270KHz
• Mean sound pressure level 84 dB (1 W/1 m)
• Size 52.5mm (2 inches)
• Voice coil diameter 14mm
• Power max: 8W
• Power nom: 5W
• Weight 130gm

VISATON 4 inch (100mm) WIDE RANGE SPEAKER 8 OHMS 50 Watts max, 30 Watts RMS
A High Quality Wide Range Speaker with a good frequency response, ideal for both voice and music reproduction. Housed in a strong steel basket with dual paper cone construction, heavy magnet and large voice coil make this speaker a great choice for many applications.

*  Rubber edge
*  Metal chassis
* Spade terminals
 

• SPL:  86dB
• Freq Response: 80Hz to 20KHz
• Size 4 inches
• Power max: 50W
• Power rms: 30W

Visaton FRS 84 - 80mm 4 ohm Round High Power Fullrange Speaker 

Small size delivers surprisingly fine bass at lower sound levels. Rated at 30 Watts max

Specificaton:

Cut out diameter: 73mm

Depth: 44mm

Voice coil diameter: 20mm

Freq response: 100 to 20KHz

Resonant Freq: 115 to2120Hz

Max Power: 30 Watts

Sound Pressure Level:  82db @ 1W/1m

Excursion 2.5mm

Weight: 280gm

High quality Vishay 2 Watt multi-turn wirewound potentiometer 100 ohms

Ideal for loudspeaker volume controls, speed controllers, etc.

IC Dual UART 68PLCC

NMOS TO92 N Channel MOSFET 60V 310mA 1W 7R5

NMOS TO237 N Channel MOSFET Go to VN10KLS

NMOS TO247 Please go to W13NK60Z

NMOS TO247 600V 13A 250W 0R5. Also known as STW13NK60Z

NMOS TO247 500V 14.6A 190W 0R36. Also known as STW15NA50

NMOS TO247 500V 14.6A 190W 0R36. Also known as STW15NB50. DISCONTINUED - Please go to equivalent W15NA50

NMOS TO247 900V 9A 190W 1R0. Also known as STW9NB90  Genuine ST Stock

Waterproof Rubber Cap for 12mm Toggle Switches

Fits on top of toggle switches with M12 shaft
 

Waterproof Rubber Cap for 6mm Toggle Switches

Fits on top of toggle switches with M6 shaft
 

Waterproof digital temperature probe for Arduino and other microcontroller projects

Length : 1M

Example project: 

 

DS18B20 High Accuracy Digital Thermometer.

 

This DS18B20 digital thermometer is extremely useful as a tool for measuring temperature for all kinds of different applications. It has a very wide temperature range (-55°C to 110°C) and high accuracy, especially at temperatures between -10°C to 85°C.  In this project, we will be using an Arduino to read the temperature from the probe and display it on an LCD screen equipped with a KY1602 module.

 

Here’s what you will need: 

 

Tools

Breadboard

Jumper Leads - Male to Male x 3

Jumper Leads – Male to Female x 4 

 

Components

DS18B20 Temperature Probe x 1

Arduino Uno x 1 or Arduino Nano x 1

LCD1602B LCD Screen x 1

KY1602 Parallel to Serial Converter x 1

Libraries

DS18B20 V1.0.0 Arduino Library

OneWire

LiquidCrystal I2C

Step 1

First, you will need to connect the probe to the breadboard. This should be easy to do since the probe comes with pre-tinned leads. Simply push the ends of the leads into the breadboard sockets and use a 4.6kΩ pull-up resistor on the data pin as shown in fig.1. Now, you will need to connect the Arduino to the breadboard. Use the jumper leads to connect the male to male jumper leads to connect the power, ground and digital pin to the breadboard. 

 

Step 2

Solder the KY1602 module onto the 1602 LCD screen. Pin 1 on the KY1602 module is the one closest to the 4 data and power pins. Once soldered, you can now connect the LCD display to the Arduino as shown in fig.1:

 

Fig. 1

Step 3

Connect the Arduino to your computer and install the libraries mentioned above. If you need help installing the libraries, CLICK HERE for a quick tutorial.
 

Step 4

You can now start writing the code to get this all working: 


First, clear the IDE window. Then, include the aforementioned libraries:

 
 
#include <DS18B20.h> 
#include <LCD_I2C.h> 
 

Initialize the KY1602 I2C LCD driver (address 0x27 in this example) and specify the LCD display (in this case 16 characters, 2 rows):

 
    
DS18B20 ds(12); 
LCD_I2C lcd(0x27, 16, 2); 
    

Initialize the LCD display and turn on the LCD backlight. This is done inside the void setup function:

 
    
void setup() { 
lcd.begin(); 
lcd.backlight(); 
} 
    

Start a while loop. This is done inside the void loop function:

 
    
void loop() { 
while (ds.selectNext()) { 
    

Set the cursor to the first character and display the temperature in ºF and ºC:

 
    
lcd.setCursor(0,0); 
  lcd.print(ds.getTempC()); 
  lcd.print((char)223); 
  lcd.print("C"); 
  lcd.setCursor(0,1); 
  lcd.print(ds.getTempF()); 
  lcd.print((char)223); 
  lcd.print("F"); 
  } 
    

Choose how often to update the screen (in this case, 800ms):

 
    
  delay(800); 
} 
    

The completed code should look like this:

 
    
#include <DS18B20.h> 
#include <LCD_I2C.h> 
 
DS18B20 ds(12); 
LCD_I2C lcd(0x27, 16, 2); 
 
void setup() { 
  lcd.begin(); 
  lcd.backlight(); 
} 
 
void loop() { 
  while (ds.selectNext()) { 
  lcd.setCursor(0,0); 
  lcd.print(ds.getTempC()); 
  lcd.print((char)223); 
  lcd.print("C"); 
  lcd.setCursor(0,1); 
  lcd.print(ds.getTempF()); 
  lcd.print((char)223); 
  lcd.print("F"); 
  } 
  delay(800); 
} 
 
    

IC Floppy Disk Controller 40DIL

IC Floppy Disk Controller 40DIL