CERAMIC COATED LONG LASTING MICRO SOLDERING IRON BIT - CB25N3
CERAMIC COATED LONG LASTING MICRO SOLDERING IRON BIT - CB25N3
The CB25N3 is a high-performance micro soldering iron bit designed for precision soldering applications, particularly in the realm of IoT devices, electronics, and miniature assemblies. This ceramic-coated soldering iron bit is engineered to provide exceptional durability, reliability, and thermal efficiency, making it an ideal choice for demanding soldering tasks.
The primary function of the CB25N3 micro soldering iron bit is to facilitate the soldering process by efficiently transferring heat to the joint, ensuring a strong and reliable bond between components. This bit is specifically designed for use with micro soldering irons and is optimized for precise control, allowing users to work with tiny components and intricate circuits.
25 mm (0.98 in)
3 mm (0.12 in)
2.5 mm (0.10 in)
| The CB25N3 micro soldering iron bit is ideal for use in various IoT devices, electronic assemblies, and miniature circuits, including |
PCB assembly and repair
SMD component soldering
Micro-electromechanical systems (MEMS)
Precision electronics manufacturing
Hobbyist and prototyping projects
The CERAMIC COATED LONG LASTING MICRO SOLDERING IRON BIT - CB25N3 is a high-performance soldering solution designed to deliver exceptional precision, reliability, and thermal efficiency. Its unique ceramic coating, robust design, and micro precision features make it an excellent choice for demanding soldering applications in the IoT and electronics industries.
CERAMIC COATED LONG LASTING MICRO SOLDERING IRON BIT - CB25N3OverviewThe Ceramic Coated Long Lasting Micro Soldering Iron Bit - CB25N3 is a high-quality soldering iron tip designed for precision soldering applications. Its ceramic coating ensures durable and long-lasting performance, while its micro size allows for precise control and access to small components.FeaturesCeramic coated for durability and long-lasting performance
Micro size (25mm length, 3mm diameter) for precision soldering
Compatible with most soldering iron handles
Temperature range: 200C to 450C (392F to 842F)Usage and Code ExamplesThe Ceramic Coated Long Lasting Micro Soldering Iron Bit - CB25N3 can be used in various contexts, including:### Example 1: Soldering a Surface Mount Device (SMD) using an Arduino-based Soldering StationIn this example, we will use an Arduino-based soldering station to control the temperature of the soldering iron and solder an SMD component.Hardware Requirements:Arduino Board (e.g. Arduino Uno)
Soldering Iron Handle (compatible with CB25N3 iron bit)
CB25N3 Ceramic Coated Long Lasting Micro Soldering Iron Bit
SMD Component (e.g. 0805 resistor)
Breadboard and jumper wiresCode:
```cpp
// Arduino Sketch to control the temperature of the soldering iron
const int tempPin = A0; // Temperature sensor pin
const int heatPin = 9; // Heating element pinvoid setup() {
pinMode(tempPin, INPUT);
pinMode(heatPin, OUTPUT);
}void loop() {
int tempReading = analogRead(tempPin);
float temperature = tempReading 0.5; // Convert to degrees Celsiusif (temperature < 350) { // Target temperature is 350C
digitalWrite(heatPin, HIGH);
} else {
digitalWrite(heatPin, LOW);
}delay(100);
}
```
### Example 2: Soldering a Through-Hole Component using a Raspberry Pi-based Soldering RobotIn this example, we will use a Raspberry Pi-based soldering robot to solder a through-hole component using the CB25N3 iron bit.Hardware Requirements:Raspberry Pi Board (e.g. Raspberry Pi 4)
Soldering Robot Chassis (with CB25N3 compatible soldering iron handle)
CB25N3 Ceramic Coated Long Lasting Micro Soldering Iron Bit
Through-Hole Component (e.g. 1k resistor)
Breadboard and jumper wiresCode:
```python
# Python Script to control the soldering robot
import RPi.GPIO as GPIO
import time# Initialize GPIO library
GPIO.setmode(GPIO.BCM)# Set up the soldering iron control pins
iron_heat_pin = 17
iron_temp_pin = 18GPIO.setup(iron_heat_pin, GPIO.OUT)
GPIO.setup(iron_temp_pin, GPIO.IN)try:
while True:
# Read the temperature of the iron
temp_reading = GPIO.input(iron_temp_pin)
temperature = temp_reading 0.5 # Convert to degrees Celsiusif temperature < 350: # Target temperature is 350C
GPIO.output(iron_heat_pin, GPIO.HIGH)
else:
GPIO.output(iron_heat_pin, GPIO.LOW)# Move the soldering iron to the correct position using the robot's motors
# (code omitted for brevity)# Solder the component
# (code omitted for brevity)time.sleep(1)except KeyboardInterrupt:
GPIO.cleanup()
```
Note: The above code examples are simplified and may require additional functionality and error handling depending on the specific application.