Heat Sink http://www.jacarlosworld.com/list.asp?ID=25 zh-cn Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=100 ]]> Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=65 ]]> Cu/Al Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=159
]]> Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=102 ]]> Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=101 ]]> Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=41 ]]> Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=40 ]]> Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=160 ]]> Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=161
]]> Folded Fin Heat Sinks http://www.jacarlosworld.com/view.asp?ID=496 ""

""

""

""

]]> Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=44 ]]> Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=43 ]]> Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=42 ]]> Pin Fin Heat Sink http://www.jacarlosworld.com/view.asp?ID=39 ]]> Ceramic Heat Sink http://www.jacarlosworld.com/view.asp?ID=488 ""

""

Round, Ellipse, Square fins are available.

]]> Ceramic Heat Sink http://www.jacarlosworld.com/view.asp?ID=491

]]> Ceramic Heat Sink http://www.jacarlosworld.com/view.asp?ID=490

]]> Ceramic Heat Sink http://www.jacarlosworld.com/view.asp?ID=489

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=460

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=459

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=458

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=457

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=456 ""

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=455

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=454

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=453

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=452

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=451

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=450

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=449

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=448

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=447

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=446

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=445 ""

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=444

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=443

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=442

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=441

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=440

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=439

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=438

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=437

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=436

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=435

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=434

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=433

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=432

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=431

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=430

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(...

]]> Skived fins heat sink http://www.jacarlosworld.com/view.asp?ID=428 ""

Skived fins heat sink features and advantages:

(1).Thin fins and high fin density

(2).Maximum heat dissipation under forced convection (with high airflow)

(3).No interface joint (or thermal resistance) between the fins and base

(4).High aspect ratio (up to 1:50)

(5).Easy and inexpensive to prototype

(6).Low  tooling costs

(7).Short lead time

(8).Can ...

]]> Aluminum Parts http://www.jacarlosworld.com/view.asp?ID=47 ]]> Aluminum Enclosure http://www.jacarlosworld.com/view.asp?ID=46 ]]> Aluminum Enclosure http://www.jacarlosworld.com/view.asp?ID=45 ]]> Extrusion Heat Sink http://www.jacarlosworld.com/view.asp?ID=38 ]]> Extrusion Heat Sink http://www.jacarlosworld.com/view.asp?ID=37 ]]> Extrusion Heat Sink http://www.jacarlosworld.com/view.asp?ID=36 ]]> Extrusion Heat Sink http://www.jacarlosworld.com/view.asp?ID=35 ]]> Sunflower Heat Sink http://www.jacarlosworld.com/view.asp?ID=34 ]]>