RS PRO

Heatsink, 17.9°C/W, 20 x 35 x 20mm　263-251

TO220, Extrusion Molding, 17.9°C/W
Brought to you by the trusted RS brand, this aluminum extrusion heat sink is for TO220 and similar devices.

RS PRO

Heatsink Transistor Spring Clip for use with TO-220　131-1216

Transistor Spring Clips. Transistor spring clips designed for single point fixing of power transistors such as TO220, TO218, TO247 and TO3P to their heatsinks They provide strong central pressure (max. 7.5kg) to maximise the thermal transfer properties to the heatsink with only one circular hole required for two transistors Suitable for any heatsink panel or pad thickness Zinc plated with clear passivated finish - Isolation voltage 1000V

RS PRO

Heatsink Transistor Spring Clip for use with TO-218, TO-220, TO-247, TO-3P　131-1238

Transistor Spring Clips. Transistor spring clips designed for single point fixing of power transistors such as TO220, TO218, TO247 and TO3P to their heatsinks They provide strong central pressure (max. 7.5kg) to maximise the thermal transfer properties to the heatsink with only one circular hole required for two transistors Suitable for any heatsink panel or pad thickness Zinc plated with clear passivated finish - Isolation voltage 1000V

Adaptive

Servo / PWM Controller　ADC-48-450-U

European Thermodynamics - Adaptive® CyCLO Thermoelectric Controller. From European Thermodynamics, the Adaptive® CyCLO servo controlled pulse width modulator (PWM). This temperature controller has been designed for heating and cooling thermoelectric assemblies requiring a reliable bidirectional drive source for accurate temperature control. The Adaptive® CyCLO features an NTC 10 k sensor input and 2 independent hot and cold side fan outputs. Compatible with 2 wire fans with 11 V to 48 V dc voltage range supporting a wide variety of applications. The Adaptive® CyLCO can operate as a standalone module. Likewise the controller is easily configured with simple PC software via USB 2.0 communication interface. (See technical data sheets for link to compatible software). Features and Benefits. High efficiency load driver Manual set point for quick installation NTC 10 k sensor input. USB 2.0 communication interface Hot and cold side fan outputs Visual feedback Heating/cooling/alarm. Applications. Fans and thermal management Electronic heating and cooling Industrial automation

Intelligent LED Solutions

Thermal Gap Pad, Metal, 20 x 20 x 1.6mm 1.6mm　ILH-ON01-PCB VER A

Bergquist

Thermal Interface Pad, Fibreglass, 0.9W/m·K, 19.05 x 12.7mm 0.178mm　SP400-0.007-00-54

Sil-Pad 400 Insulators. The Sil-Pad 400s are silicon rubber and fibreglass-based insulators This flame retardant material is designed to act as a thermo-conductive insulator They have excellent mechanical and physical characteristics They are resistant to cleaning products The fibreglass reinforcement provides excellent resistance to perforation The pliable surfaces provide a perfect surface contact as well as excellent thermal dissipation The Sil-Pad 400s are non-toxic Applications: used as an insulator between power devices and heatsinks

Bergquist

Thermal Interface Pad, Fibreglass, 0.9W/m·K, 19.05 x 12.7mm 0.178mm, Self-Adhesive　SP400-0.007-AC-54

Sil-Pad 400 Insulators. The Sil-Pad 400s are silicon rubber and fibreglass-based insulators This flame retardant material is designed to act as a thermo-conductive insulator They have excellent mechanical and physical characteristics They are resistant to cleaning products The fibreglass reinforcement provides excellent resistance to perforation The pliable surfaces provide a perfect surface contact as well as excellent thermal dissipation The Sil-Pad 400s are non-toxic Applications: used as an insulator between power devices and heatsinks

Bergquist

Thermal Interface Pad, Fibreglass, 0.9W/m·K, 25.4 x 19.05mm 0.178mm, Self-Adhesive　SP400-0.007-AC-104

Sil-Pad 400 Insulators. The Sil-Pad 400s are silicon rubber and fibreglass-based insulators This flame retardant material is designed to act as a thermo-conductive insulator They have excellent mechanical and physical characteristics They are resistant to cleaning products The fibreglass reinforcement provides excellent resistance to perforation The pliable surfaces provide a perfect surface contact as well as excellent thermal dissipation The Sil-Pad 400s are non-toxic Applications: used as an insulator between power devices and heatsinks

Bergquist

Thermal Interface Pad, Fibreglass, 3.5W/m·K, 19.05 x 12.7mm 0.015in　SP2000-0.015-00-054

Bergquist Sil-Pad 2000. Bergquist Sil-Pad 2000 is a high performance, thermally conductive insulator designed for demanding military/aerospace and other commercial applications. Sil-Pad 2000 is a grease-free, conformable material capable of meetingor exceeding both the thermal and electrical requirements of high-reliability electronic packaging applications. High-performance insulators, thermo-conductive and ultra reliable Intended for highly demanding military and aerospace applications Comply with military standards in their applications Boron nitride reinforced silicon elastomer The Sil-Pad 2000 is an insulator designed to maximise thermal and dielectric performance

Bergquist

Thermal Interface Pad, Thin Film Polyimide, 1.3W/m·K, 19.05 x 12.7mm 0.152mm, Self-Adhesive　SPK10-0.006-AC-54

Sil-Pad K10 insulators. High-performance insulators, which combine Kapton MT type polyamide film with the boron nitride reinforced silicon elastomer. Electrical insulators and thermal conductors. These replace ceramic insulators used when mechanical resistance is required. Overcomes the risks of breaking. Very good electrical insulation behaviour.

Bergquist

Thermal Interface Pad, Thin Film Polyimide, 1.3W/m·K, 25.4 x 19.05mm 0.152mm, Self-Adhesive　SPK10-0.006-AC-104

Sil-Pad K10 insulators. High-performance insulators, which combine Kapton MT type polyamide film with the boron nitride reinforced silicon elastomer. Electrical insulators and thermal conductors. These replace ceramic insulators used when mechanical resistance is required. Overcomes the risks of breaking. Very good electrical insulation behaviour.

Laird Technologies

Peltier Module, 4.9W, 2.1A, 4V dc, 12.3 x 12.3mm　CP0.8-31-06L

Thermoelectric Modules, Laird Technologies. From Global Component Sourcing, these heat pumps utilise the Peltier Effect to remove heat from the application. They are particularly suited for use within applications where space or access is limited. Peltier effect heat pumps are also highly cost effective when compared to conventional cooling solutions.

Laird Technologies

Peltier Module, 2.4W, 2.1A, 2.06V, 9 x 9mm　CP0.8-17-06L

Thermoelectric Modules, Laird Technologies. From Global Component Sourcing, these heat pumps utilise the Peltier Effect to remove heat from the application. They are particularly suited for use within applications where space or access is limited. Peltier effect heat pumps are also highly cost effective when compared to conventional cooling solutions.

Laird Technologies

Peltier Module, 9.2W, 3.9A, 4V dc, 15 x 15mm　CP1.0-31-05L

Thermoelectric Modules, Laird Technologies. From Global Component Sourcing, these heat pumps utilise the Peltier Effect to remove heat from the application. They are particularly suited for use within applications where space or access is limited. Peltier effect heat pumps are also highly cost effective when compared to conventional cooling solutions.

Laird Technologies

Peltier Module, 18.2W, 3.9A, 8.2V dc, 29.7 x 15mm　CP1.0-63-05L

Thermoelectric Modules, Laird Technologies. From Global Component Sourcing, these heat pumps utilise the Peltier Effect to remove heat from the application. They are particularly suited for use within applications where space or access is limited. Peltier effect heat pumps are also highly cost effective when compared to conventional cooling solutions.

Fischer Elektronik

Heatsink Isolation Cap for use with TO 3　IK341/3

Insulation covers made from polyamide. The insulation covers consist of polyamide reinforced by glass fibre, and the compensation sockets are made from nickel-plated brass. The push-fit sockets compensate for the varying flange heights of different transistor types.

Fischer Elektronik

Heatsink, 1.5K/W, 100 x 66 x 40mm　SK100-100-SA

SK 100 Extrusion Heatsink. The SK 100 heatsink is available in lengths of 37.5 mm, 50 mm, 75 mm and 100 mm

Fischer Elektronik

Heatsink, TO-220, 9K/W, 50.8 x 34.9 x 12.7mm, Clip　SK104-50,8-STS-220

Heatsink 9 → 14 K/W for TO 220. Heatsinks in the SK 104 Series have solderable tin-plated soldered pins and are ideal for mounting semiconductors vertically. They are available in lengths of 25.4 mm, 38.1 mm and 50.8 mm.

Fischer Elektronik

Heatsink, TO-220, 6.5K/W, 25.4 x 42 x 25mm, Clip　SK129-25,4-STS-220

Heat sink 4 → 6.5 KW for TO 220. Heatsinks in the SK 129 Series have tin-plated soldered pins that can be soldered and are ideal for mounting semiconductors vertically. They are available in the following lengths: 25.4 mm, 38.1 mm and 50.8 mm.

Fischer Elektronik

Heatsink, TO-220, 5K/W, 38.1 x 42 x 25mm, Clip　SK129-38,1-STS-220

Heat sink 4 → 6.5 KW for TO 220. Heatsinks in the SK 129 Series have tin-plated soldered pins that can be soldered and are ideal for mounting semiconductors vertically. They are available in the following lengths: 25.4 mm, 38.1 mm and 50.8 mm.

Fischer Elektronik

Heatsink, TO-220, 4K/W, 50.8 x 42 x 25mm, Clip　SK129-50,8-STS-220

Heat sink 4 → 6.5 KW for TO 220. Heatsinks in the SK 129 Series have tin-plated soldered pins that can be soldered and are ideal for mounting semiconductors vertically. They are available in the following lengths: 25.4 mm, 38.1 mm and 50.8 mm.

Fischer Elektronik

Heatsink, 1.3K/W, 50 x 160 x 40mm　SK85-50-SA

SK 85 extrusion heatsink. The SK 85 heatsink is available in lengths of 37.5 mm, 50 mm, 75 mm and 100 mm

Fischer Elektronik

Heatsink, 1.1K/W, 75 x 160 x 40mm　SK85-75-SA

SK 85 extrusion heatsink. The SK 85 heatsink is available in lengths of 37.5 mm, 50 mm, 75 mm and 100 mm

Fischer Elektronik

Heatsink, TO-3, 0.85K/W, 100 x 100 x 50mm　SK88-100-SA

SK 88 extrusion heatsink. The SK 88 heatsink comes with guide grooves for access panels or printed circuit boards and is available in 37.5 mm, 50 mm, 75 mm and 100 mm lengths.

Fischer Elektronik

Heatsink, TO-3, 1.4K/W, 50 x 100 x 50mm　SK88-50-SA

SK 88 extrusion heatsink. The SK 88 heatsink comes with guide grooves for access panels or printed circuit boards and is available in 37.5 mm, 50 mm, 75 mm and 100 mm lengths.

Fischer Elektronik

Heatsink, TO-3, 1.1K/W, 75 x 100 x 50mm　SK88-75-SA

SK 88 extrusion heatsink. The SK 88 heatsink comes with guide grooves for access panels or printed circuit boards and is available in 37.5 mm, 50 mm, 75 mm and 100 mm lengths.

Fischer Elektronik

Heatsink, 1K/W, 100 x 100 x 40mm　SK92-100-SA

SK 92 Extrusion Heatsink. The SK 92 heatsink is available in lengths of 50 mm, 75 mm, 100 mm and 150 mm

Fischer Elektronik

Heatsink, 1.75K/W, 50 x 100 x 40mm　SK92-50-SA

SK 92 Extrusion Heatsink. The SK 92 heatsink is available in lengths of 50 mm, 75 mm, 100 mm and 150 mm

Fischer Elektronik

Heatsink, 1.25K/W, 75 x 100 x 40mm　SK92-75-SA

SK 92 Extrusion Heatsink. The SK 92 heatsink is available in lengths of 50 mm, 75 mm, 100 mm and 150 mm

Fischer Elektronik

Heatsink, SOT-32, 38.5K/W, 15 x 12.6 x 6.5mm, Screw　SK95-15 SOT 32 S

36 and 38.5 K/W heatsink for TO 220

Fischer Elektronik

Heatsink, TO-220, 36K/W, 25 x 12.6 x 6.5mm, Screw　SK95-25-SA-220

36 and 38.5 K/W heatsink for TO 220

Fischer Elektronik

Heatsink, 0.3K/W, 200 x 300 x 40mm　SK56-200-SA

SK 56 extrusion heatsink. The SK 56 heatsink is available in lengths of 75 mm, 100 mm, 150 mm and 200 mm

Fischer Elektronik

Heatsink, 0.45K/W, 75 x 300 x 40mm　SK56-75-SA

SK 56 extrusion heatsink. The SK 56 heatsink is available in lengths of 75 mm, 100 mm, 150 mm and 200 mm

Fischer Elektronik

Heatsink, 1.3K/W, 100 x 150 x 27mm　SK58-100-SA

SK 58 — Extrusion heatsink. The SK 58 heatsink is available in lengths of 50 mm, 75 mm and 100 mm

Fischer Elektronik

Heatsink, 1.7K/W, 50 x 150 x 27mm　SK58-50-SA

SK 58 — Extrusion heatsink. The SK 58 heatsink is available in lengths of 50 mm, 75 mm and 100 mm

Fischer Elektronik

Heatsink, 1.4K/W, 75 x 150 x 27mm　SK58-75-SA

SK 58 — Extrusion heatsink. The SK 58 heatsink is available in lengths of 50 mm, 75 mm and 100 mm

Fischer Elektronik

Heatsink, TO-220, TOP-3, 4.1K/W, 37.5 x 70 x 25mm, Screw　SK64-37,5-SA-1M3

2.7 to 5.5 K/W for TO 220. Available lengths: SK64 37.5 mm and 75 mm SK68 37.5 mm, 50 mm, 75 mm and 100 mm Pitch-free thread (labelled M3) for type SK68 profile pressed and non-standard Matching M3x8 socket head screws with a screw thread of 2.9 to 2.94 mm in accordance with DIN 84

Fischer Elektronik

Heatsink, TO-220, 3K/W, 100 x 46 x 33mm, Screw　SK68-100-SA

2.7 to 5.5 K/W for TO 220. Available lengths: SK64 37.5 mm and 75 mm SK68 37.5 mm, 50 mm, 75 mm and 100 mm Pitch-free thread (labelled M3) for type SK68 profile pressed and non-standard Matching M3x8 socket head screws with a screw thread of 2.9 to 2.94 mm in accordance with DIN 84

Fischer Elektronik

Heatsink, TO-220, 5.5K/W, 37.5 x 46 x 33mm, Screw　SK68-37,5-SA

2.7 to 5.5 K/W for TO 220. Available lengths: SK64 37.5 mm and 75 mm SK68 37.5 mm, 50 mm, 75 mm and 100 mm Pitch-free thread (labelled M3) for type SK68 profile pressed and non-standard Matching M3x8 socket head screws with a screw thread of 2.9 to 2.94 mm in accordance with DIN 84

Fischer Elektronik

Heatsink, TO-220, 4.8K/W, 50 x 46 x 33mm, Screw　SK68-50-SA

2.7 to 5.5 K/W for TO 220. Available lengths: SK64 37.5 mm and 75 mm SK68 37.5 mm, 50 mm, 75 mm and 100 mm Pitch-free thread (labelled M3) for type SK68 profile pressed and non-standard Matching M3x8 socket head screws with a screw thread of 2.9 to 2.94 mm in accordance with DIN 84