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Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit

Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit
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Component Name

Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit

Overview

The Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit is a high-performance soldering iron tip designed for precision soldering applications. This component is intended for use with soldering irons and stations, providing a reliable and efficient soldering experience.

Functionality

The primary function of the CB10N2 soldering iron bit is to facilitate the soldering process by applying controlled heat and precise control over the soldering joint. The needle-shaped tip allows for accurate heat application, making it ideal for delicate and intricate soldering tasks. The ceramic coating on the bit ensures reliable performance, while the micro-tip design enables precise control over the soldering process.

Key Features

  • Micro-Tip Design: The needle-shaped tip measures 0.5mm in diameter, making it suitable for precision soldering applications, including SMD components, fine-pitch ICs, and small connectors.
  • Ceramic Coating: The black ceramic coating provides excellent heat resistance, corrosion protection, and reduces the risk of oxidation, ensuring a consistent and reliable soldering performance.
  • High-Temperature Resistance: The CB10N2 soldering iron bit can withstand high temperatures (up to 450C/842F) without compromising its performance or structure, making it suitable for use with high-temperature soldering applications.
  • Durable Construction: The bit's durable construction ensures a long lifespan, even with repeated use and cleaning.
  • Compatibility: The CB10N2 is designed to be compatible with a wide range of soldering irons and stations, including those from leading manufacturers.
  • Easy Maintenance: The ceramic coating and micro-tip design make cleaning and maintenance a straightforward process, ensuring the bit remains in optimal condition for continued use.
  • Precise Control: The needle-shaped tip allows for precise control over the soldering process, enabling users to achieve high-quality solder joints with ease.
  • Heat Distribution: The ceramic coating and micro-tip design facilitate efficient heat distribution, reducing the risk of overheating and thermal damage to surrounding components.

Tip Material

Ceramic-Coated Copper

Tip Shape

Needle

Tip Diameter

0.5mm

Temperature Range

Up to 450C (842F)

Coating Material

Black Ceramic

Compatibility

Compatible with most soldering irons and stations

Dimensions

10mm (L) x 2.5mm (W) x 1.5mm (H)

Applications

The Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit is ideal for a variety of precision soldering applications, including

SMD component soldering

Fine-pitch IC soldering

Small connector soldering

Delicate electronics assembly

Repair and rework of precision electronics

Conclusion

The Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit is a high-performance soldering iron tip designed for precision soldering applications. Its micro-tip design, ceramic coating, and durable construction make it an ideal choice for users requiring precise control and reliable performance in their soldering tasks.

Pin Configuration

  • Component Documentation: Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit
  • Pinout Explanation:
  • The Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit has a standard arrangement of pins, which are essential for connecting the soldering iron to a compatible soldering station or controller. Below is a detailed explanation of each pin, along with a point-by-point connection guide:
  • Pin 1: Tip Voltage (Vtip)
  • Function: Carries the voltage supplied to the soldering iron tip.
  • Connection: Connect to the voltage output of the soldering station or controller.
  • Note: Ensure the voltage supplied matches the rating of the soldering iron (typically 24V DC).
  • Pin 2: Ground (GND)
  • Function: Provides a return path for the current flowing through the soldering iron.
  • Connection: Connect to the ground terminal of the soldering station or controller.
  • Note: A secure ground connection is crucial for safety and proper operation.
  • Pin 3: Thermocouple (TC)
  • Function: Carries the thermocouple signal from the temperature sensor embedded in the soldering iron.
  • Connection: Connect to the thermocouple input of the soldering station or controller.
  • Note: This pin allows the soldering station or controller to monitor and regulate the soldering iron's temperature.
  • Pin 4: Heater (HEAT)
  • Function: Controls the heating element within the soldering iron.
  • Connection: Connect to the heater control output of the soldering station or controller.
  • Note: The heater control signal is typically a PWM (Pulse-Width Modulation) signal that regulates the power delivered to the heating element.
  • Pin 5: Not Connected (NC)
  • Function: Not used in this specific component.
  • Connection: Leave unconnected.
  • Connection Structure:
  • To connect the Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit to a soldering station or controller, follow this point-by-point structure:
  • 1. Vtip (Pin 1): Connect to the voltage output of the soldering station or controller (24V DC).
  • 2. GND (Pin 2): Connect to the ground terminal of the soldering station or controller.
  • 3. TC (Pin 3): Connect to the thermocouple input of the soldering station or controller.
  • 4. HEAT (Pin 4): Connect to the heater control output of the soldering station or controller (PWM signal).
  • 5. NC (Pin 5): Leave unconnected.
  • Important Safety Notes:
  • Ensure the soldering iron is used with a compatible soldering station or controller that matches its voltage and current ratings.
  • Use appropriate safety precautions when handling the soldering iron, such as wearing heat-resistant gloves and safety glasses.
  • Follow proper soldering techniques to avoid overheating or damaging the soldering iron tip.
  • By following this documentation and connection guide, you can safely and effectively use the Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit with your soldering station or controller.

Code Examples

Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit Documentation
Overview
The Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit is a high-precision soldering iron bit designed for delicate and intricate soldering tasks. This needle-shaped bit features a micro ceramic coating, which provides excellent heat transfer and durability. The CB10N2 is compatible with most soldering stations and is ideal for soldering small components, surface-mount devices, and fine-pitch connectors.
Technical Specifications
Tip Shape: Needle (pointed)
 Coating: Micro ceramic
 Temperature Range: 200C to 450C (392F to 842F)
 Compatibility: Most soldering stations with standard iron holders
Code Examples
### Example 1: Using the CB10N2 with an Arduino Soldering Station
In this example, we'll demonstrate how to use the CB10N2 with an Arduino-based soldering station to solder a small SMD resistor.
Hardware Requirements:
Arduino Board (e.g., Arduino Uno)
 Soldering Station Shield (e.g., Soldering Station Shield for Arduino)
 Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit
 SMD Resistor (e.g., 0603 package)
Software Code:
```c++
const int heat.ElementPin = 2;  // Pin for heating element
const int thermocouplePin = A0;  // Pin for thermocouple
void setup() {
  pinMode(heat.ElementPin, OUTPUT);
  pinMode(thermocouplePin, INPUT);
}
void loop() {
  int desiredTemperature = 350;  // Set desired temperature (C)
  int currentTemperature = readThermocouple();  // Read current temperature
if (currentTemperature < desiredTemperature) {
    digitalWrite(heat.ElementPin, HIGH);  // Heat up the soldering iron
    delay(500);  // Wait for 500ms
  } else {
    digitalWrite(heat.ElementPin, LOW);  // Turn off heating element
  }
// Solder the SMD resistor
  // ...
}
int readThermocouple() {
  int reading = analogRead(thermocouplePin);
  return (reading  5.0  100.0) / 1024.0;  // Convert reading to temperature (C)
}
```
### Example 2: Using the CB10N2 with a Python-controlled Soldering Station
In this example, we'll demonstrate how to use the CB10N2 with a Python-controlled soldering station to solder a fine-pitch connector.
Hardware Requirements:
Python-controlled soldering station (e.g., using a Raspberry Pi and a soldering station module)
 Soldron CB10N2 Black Micro Ceramic Coated Needle Soldering Iron Bit
 Fine-pitch connector (e.g., 0.5mm pitch)
Software Code:
```python
import time
# Set the desired temperature (C)
desired_temperature = 375
# Initialize the soldering station
soldering_station = SolderingStation()
# Set the temperature
soldering_station.set_temperature(desired_temperature)
while True:
    # Read the current temperature
    current_temperature = soldering_station.get_temperature()
if current_temperature < desired_temperature:
        # Heat up the soldering iron
        soldering_station.set_power(100)
        time.sleep(0.5)  # Wait for 500ms
    else:
        # Turn off the heating element
        soldering_station.set_power(0)
# Solder the fine-pitch connector
    # ...
```
Note: In both examples, the code snippets are simplified and meant to illustrate the basic concept of using the Soldron CB10N2 with a soldering station. You may need to add additional error handling, temperature calibration, and safety measures to ensure safe and reliable operation.