- RS-artikelnummer:
- 880-1937
- Tillv. art.nr:
- ILA-TIM-PETUNIA-2A
- Tillverkare / varumärke:
- Intelligent LED Solutions
- RS-artikelnummer:
- 880-1937
- Tillv. art.nr:
- ILA-TIM-PETUNIA-2A
- Tillverkare / varumärke:
- Intelligent LED Solutions
Datablad
Lagstiftning och ursprungsland
- COO (Country of Origin):
- GB
Produktdetaljer
ILS Thermal Interface Materials (TIM) - LED Petunia
The ILA-TIM-PETUNIA series, from Intelligent LED Solutions, are a family of thermal heat pads designed specifically for use with their Petunia series of LED arrays.
Features of the ILA-TIM-PETUNIA single-sided and non-adhesive:
Colour: pewter
0.13mm thick
Temperature range: -240°C to +300°C
Features of the ILA-TIM-PETUNIA double-sided:
Colour: cream
0.16mm thick
Temperature range: -240°C to +300°C
Colour: pewter
0.13mm thick
Temperature range: -240°C to +300°C
Features of the ILA-TIM-PETUNIA double-sided:
Colour: cream
0.16mm thick
Temperature range: -240°C to +300°C
Thermal Interface Materials, Intelligent LED Solutions
The ILA-TIM-XXXX-YY series of high-performance, cost effective thermal Interface Material (TIM), from Intelligent LED Solutions, is designed for use with their standard LED array products (such as: 773-3482). The Thermal Interface material fills air pockets between the PCB and the heat sink surfaces, forming a continuous layer to improve the transfer of heat away from the LED.
Intelligent LED Solutions offers three versions of Thermal Interface Material: Double sided adhesive (suffix -2A), single sided adhesive (suffix -1A) and no adhesive (suffix -0A).
Intelligent LED Solutions offers three versions of Thermal Interface Material: Double sided adhesive (suffix -2A), single sided adhesive (suffix -1A) and no adhesive (suffix -0A).
Specifikationer
Attribute | Value |
---|---|
Thickness | 0.16mm |
Material | Graphite |
Self-Adhesive | Yes |
Minimum Operating Temperature | -240°C |
Maximum Operating Temperature | +300°C |
Hardness | Shore A 90 |
Material Trade Name | TIM |
Colour | Cream |
Series | ILA |
Operating Temperature Range | -240 → +300 °C |