160mm Aluminium CPU Heatsink
160mm Aluminium CPU Heatsink
The 160mm Aluminium CPU Heatsink is a high-performance heat dissipation component designed to effectively cool central processing units (CPUs) in a variety of applications, including computers, servers, and industrial control systems. This heatsink is made from high-quality aluminum alloy, providing excellent thermal conductivity and durability.
| The primary function of the 160mm Aluminium CPU Heatsink is to absorb and dissipate heat generated by the CPU, ensuring reliable operation and preventing overheating-related issues. The heatsink achieves this through a combination of convection and conduction |
By combining excellent thermal performance, durability, and compatibility, the 160mm Aluminium CPU Heatsink is an ideal solution for a wide range of applications, from high-performance gaming PCs to industrial control systems.
160mm Aluminium CPU Heatsink DocumentationOverviewThe 160mm Aluminium CPU Heatsink is a high-performance heat dissipation solution designed for efficient cooling of CPUs in various IoT applications. Constructed from high-quality aluminum, this heatsink features a compact design with 160mm diameter and is compatible with a wide range of CPU socket types.Key FeaturesMaterial: High-quality aluminum for excellent thermal conductivity
Dimensions: 160mm diameter, compact design for easy integration
Compatibility: Supports various CPU socket types (e.g., LGA, PGA, BGA)
Thermal Performance: Optimized fin design for efficient heat dissipationTechnical SpecificationsDimensions (LxWxH): 160mm x 160mm x 30mm
Material Thickness: 1.5mm
Fin Count: 45
Fin Thickness: 0.5mm
Base Plate Thickness: 2.5mmExample UsageThe following code examples demonstrate the integration of the 160mm Aluminium CPU Heatsink in various IoT contexts:Example 1: Raspberry Pi CPU Cooling (Python)
```
import RPi.GPIO as GPIO# Set up GPIO pins for fan control
GPIO.setmode(GPIO.BCM)
GPIO.setup(17, GPIO.OUT)# Initialize fan control
fan_pin = 17
GPIO.output(fan_pin, GPIO.HIGH) # Enable fan# Monitor CPU temperature and adjust fan speed accordingly
while True:
temp = subprocess.check_output(["vcgencmd", "measure_temp"])
temp = float(temp.split("=")[1][:-3])
if temp > 60:
GPIO.output(fan_pin, GPIO.HIGH) # Increase fan speed
elif temp < 40:
GPIO.output(fan_pin, GPIO.LOW) # Decrease fan speed
time.sleep(1)
```
In this example, the 160mm Aluminium CPU Heatsink is used to cool the Raspberry Pi's CPU. The code monitors the CPU temperature and adjusts the fan speed accordingly to maintain optimal thermal performance.Example 2: ESP32 Microcontroller Cooling (C++)
```c
#include <WiFi.h>const int fanPin = 32; // Fan control pinvoid setup() {
pinMode(fanPin, OUTPUT);
digitalWrite(fanPin, HIGH); // Enable fan
}void loop() {
// Monitor ESP32 temperature and adjust fan speed
int temp = analogRead(TMP_PIN);
if (temp > 500) {
analogWrite(fanPin, 255); // Increase fan speed
} else {
analogWrite(fanPin, 0); // Decrease fan speed
}
delay(1000);
}
```
In this example, the 160mm Aluminium CPU Heatsink is used to cool the ESP32 microcontroller in an IoT application. The code monitors the microcontroller's temperature and adjusts the fan speed accordingly to maintain optimal thermal performance.Additional ResourcesFor more information on the 160mm Aluminium CPU Heatsink, including datasheets, mechanical drawings, and thermal performance charts, please refer to the manufacturer's documentation.Note: The above code examples are for illustration purposes only and may require modifications to work with your specific IoT project. Ensure proper thermal design and testing to guarantee reliable operation of your IoT device.