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4TR Heat Sink
₹65.00 Original price was: ₹65.00.₹60.00Current price is: ₹60.00. inc. GST
- Reduces the risk of hardware failure due to overheating
- Low profile, will fit into most cases.
- Simple, Passive cooling. No need for noisy fans.
- Perfectly sized
- Self-adhesive thermal layer for easy application
- The thermal resistance of 27°C/W
- Material: AluminiumColour: Silver
- Weight: 3g
A heat sink is a heat-dissipating device constructed of thermally conductive material that is often mounted to a device to disperse unwanted heat. These high-quality heatsink kits are the right option whether you’re overclocking your device, running it in a hot location, or simply want to look good. It can assist to lower the gadget chip’s working temperature and lengthen its life. In most cases, a heatsink is fitted inside the device’s official casing. It’s used to keep the CPU from throttling (and likely other components, as they all get very hot). At the very least, heat sinks should be put on the microcontroller’s two primary components: the CPU and the LAN Chip. A heat sink for the back of the microcontroller board is included in certain kits.
These heat sinks are comprised of high-quality copper and aluminium with a thermal adhesive coating. Make sure your gadget doesn’t become too hot. These finest alloys provide sticky thermal tape for excellent thermal transfer to the heat sink, delivering extra cooling to the IC for the maximum heat dissipation. These heat sinks are intended to fit inside common microcontroller boxes. Furthermore, these heat sinks are utilised to cool CPUs, regulators, and other components in other devices like as the BeagleBone.
Why Heat Sink?
- Reduces the risk of hardware failure due to overheating
- Low profile, will fit into most cases.
- Simple, Passive cooling. No need for noisy fans.
- Perfectly sized for the RPi’s CPU

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- Input Voltage Range: 6-28V DC
- Output voltage: 5.3V ± 0.1V
- Maximum output current: 3A
- Maximum current: 90A
- Maximum voltage: 30V
- Supports from 2 cell to 6 cell battery.
- 6P cable can be directly connected to APM/Pixhawk flight control
- Additional 4P rows of pin-free to wire/PIN to connect to another flight control
- Voltage and current measurement configured for 5V ADC.
- Switching regulator outputs 5.3V and 3A max.
- Dimensions: 25mm x 21mm x 9mm
- Weight: 17gm
GSM Antenna
HX711–24 Bit Analog to Digital Converter (ADC)
- It is an ADC converter with two differential input channels
- An active-low noise PGA is integrated inside the chip which provides the gain of 32, 64 and 128
- It has a power-on-reset capability which simplifies digital interface initialization.
- All controls to the IC are made through the pins. Programming is not needed.
- You can select a data rate of 10SPS or 80SPS at the output.
- Provides simultaneous supply rejection of 50Hz and 60Hz supply.
- Built-in analog power supply regulator
- The voltage supply range is from 2.6V to 5.5V
- The temperature range is from -40 °C to +85℃
IR LED Sensor
- Size: 5mm LED
- Wavelength: 940nm wavelength (most commonly used)
- Forward current (IF) is 100mA (normal condition) and 300mA (max.)
- 5A of surge forward current
- 24v to 1.4v of forward voltage
- Temperature : -40 to 100 ℃
- Soldering Temperature should not exceed 260 ℃
- Power Dissipation of 150mW at 25℃ (free-air temperature) or below
- Spectral bandwidth of 45nm
- Viewing angle: 30 to 40 degree
- High Reliability
- Excessive radiant intensity
- Having lead spacing of 2.54mm
- Easy to use with breadboard or perf board

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