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        參數(shù)資料
        型號(hào): 6232B-MTG
        廠商: Aavid Thermalloy
        文件頁(yè)數(shù): 2/116頁(yè)
        文件大?。?/td> 0K
        描述: BOARD LEVEL HEAT SINK
        產(chǎn)品培訓(xùn)模塊: How to Select a Heat Sink
        標(biāo)準(zhǔn)包裝: 1,000
        類型: 插件板級(jí),垂直
        冷卻式包裝: TO-220
        固定方法: 螺栓固定和 PC 引腳
        形狀: 矩形
        長(zhǎng)度: 1.774"(45.06mm)
        寬: 1.378"(35.00mm)
        機(jī)座外的高度(散熱片高度): 0.512"(13.00mm)
        溫升時(shí)的功耗: 3W @ 40°C
        在強(qiáng)制氣流下的熱敏電阻: 在 400 LFM 時(shí)為4°C/W
        自然環(huán)境下的熱電阻: 10°C/W
        材質(zhì):
        材料表面處理: 黑色陽(yáng)極化處理
        其它名稱: 042268
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        10
        HO
        W
        T
        O
        S
        ELECT
        A
        HEA
        T
        SINK
        EUROPE
        ASIA
        Italy Tel: +39 051 764011 email: sales.it@aavid.com
        United Kingdom Tel: +44 1793 401400 email: sales.uk@aavid.com
        Singapore Tel: +65 6362 8388 email: sales@aavid.com.sg
        Taiwan Tel: +886(2) 2698-9888 email: sales@aavid.com.tw
        AMERICA
        USA Tel: +1 (603) 224-9988 email: info@aavid.com
        www.aavidthermalloy.com
        Find a heat sink to keep a TO-220 device below the maximum
        150 °C junction temperature in forced convection at 400 ft/min.
        Device must be electrically insulated and mounted with a labor
        saving clip.
        Given:
        PD = 12 watts
        RθJC = 2.5°C/W (from semiconductor manufacturer)
        TJ max = 140°C (from semiconductor manufacturer)
        TA max = 50°C
        A Hi-Flow pad works great with clip mounting and provides the
        necessary electrical insulation. Thermal resistance for
        Hi-Flow at low pressure is 1.15°C/W (from page 87).
        Using equation 1, solve for RθSA
        RθSA = 140 – 50 - (2.5 + 1.15) = 3.85°C/W
        12
        Many styles are available. If board space is a concern,
        533202B02551G (pg 55) meets the requirements.
        According to the above graph, an airflow of 400 ft/min results
        in a thermal resistance of 3°C/W. This is less than the required
        thermal resistance of 3.85°C/W and is therefore acceptable
        under these airflow conditions.
        If height is a concern, 533702B02552G would meet the
        requirements and is only 1.0” tall
        Find a space saving heat sink to keep a TO-220 device below the
        maximum 150°C junction temperature in natural convection. Device
        will be screw mounted with an electrically conductive interface.
        Given:
        PD = 6 watts
        RθJC = 3°C/W (from semiconductor manufacturer)
        TJ max = 150°C (from semiconductor manufacturer)
        TA max = 65°C
        A KonduxTM pad is a good choice for electrically conductive
        applications. Thermal resistance for KonduxTM can be determined
        from the following graph.
        Example B
        Example A
        Typical TO-220 Performance
        Screw Torque (in-lb)
        0.00
        012
        3
        4
        5
        R
        (C/W
        )
        CS
        0.10
        0.20
        0.30
        0.40
        0.50
        0.60
        6
        How To Select a Heat Sink
        At 2 in-lb of torque the thermal resistance
        is approximately RθCS = 0.5°C/W
        Using equation 1, solve for RθSA
        RθSA = 150 – 65 - ( 3 + 0.5) = 10.7°C/W
        6
        The Index by Heat Sink Style on page 8 lists space saving heat sinks.
        Several models are in the 10 °C/W range. Choose the one that best
        fits the application and verify thermal resistance from graph.
        Part number 593202B03500G shows
        a 60 °C temperature rise at 6 watts.
        RθSA = 60 = 10.0°C/W
        6
        Which meets the above requirement in natural convection.
        Air Velocity—Feet Per Minute
        Heat Dissipated—Watts
        Th
        ermal
        Resistanc
        eF
        rom
        MT
        G
        Sur
        fac
        et
        oAmbien
        t—°C/W
        at
        t
        10
        0
        20
        40
        60
        80
        100
        0
        2
        4
        6
        8
        10
        8
        6
        2
        4
        0
        400
        200
        600
        800
        1000
        Moun
        ting
        Sur
        fac
        eT
        emp
        Ri
        se
        A
        bo
        ve
        Ambien
        t—°C
        Air Velocity—Feet Per Minute
        Heat Dissipated—Watts
        Th
        ermal
        Resistanc
        eF
        rom
        MT
        G
        Sur
        fac
        et
        oAmbien
        t—°C/W
        at
        t
        10
        0
        20
        40
        60
        80
        100
        02
        4
        6
        8
        10
        8
        6
        2
        4
        0
        400
        200
        600
        800
        1000
        53330X
        53320X
        Moun
        ting
        Sur
        fac
        eT
        emp
        Ri
        se
        A
        bo
        ve
        Ambien
        t—°C
        Hi-Flow is a trademark of the Bergquist Company
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