參數(shù)資料
型號(hào)： 164000F00000G
廠商： Aavid Thermalloy
文件頁數(shù)： 13/116頁
文件大?。?/td> 0K
描述： THERMAL EPOXY
MSDS 材料安全數(shù)據(jù)表： 1600 Hardener
1600 Resin
標(biāo)準(zhǔn)包裝： 1
系列： Ther-O-Bond 1600
類型： 樹脂和硬化劑
尺寸/尺寸： 40 克容器
其它名稱： 000113
11
READING
A
T
HERMAL
PERFORMANCE
GR
APH
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
The performance graphs you will see in this
catalog (see graph 579802) are actually a
composite of two separate graphs which
have been combined to save space. The small
arrows on each curve indicate to which axis
the curve corresponds. Thermal graphs are
published assuming the device to be cooled
is properly mounted and the heat sink is in
its recommended mounting position.
GRAPH A is used to show heat sink perform-
ance when used in a natural convection envi-
ronment (i.e. without forced air). This graph
starts in the lower left hand corner with the
horizontal axis representing the heat dissipa-
tion (watts) and the vertical left hand axis
representing the rise in heat sink mounting
surface temperature above ambient (°C). By
knowing the power to be dissipated, the
temperature rise of the mounting surface
can be predicted. Thermal resistance in natu-
ral convection is determined by dividing this
temperature rise by the power input (°C/W).
EXAMPLE A: Aavid Thermalloy part number
579802 is to be used to dissipate 3 watts of
power in natural convection. Because we are
dealing with natural convection, we refer to
graph “A”. Knowing that 3 watts are to be dis-
sipated, follow the grid line to the curve and
find that at 3 watts there is a temperature
rise of 75°C. To get the thermal resistance,
divide the temperature rise by the power
dissipated, which yields 25°C/W.
GRAPH B is used to show heat sink per-
formance when used in a forced convec-
tion environment (i.e. with forced air flow
through the heat sink). This graph has its
origin in the top right hand corner with
the horizontal axis representing air velocity
over the heat sink LFM* and the vertical
axis representing the thermal resistance of
the heat sink (°C/W). Air velocity is calculat-
ed by dividing the output volumetric flow
rate of the fan by the cross-sectional area
of the outflow air passage.
EXAMPLE B: For the same application
we add a fan which blows air over the heat
sink at a velocity of 400 LFM.
The addition of a fan indicates the use of
forced convection and therefore we refer
to graph “B”. This resistance of 9.50°C/W is
then multiplied by the power to be dissi-
pated, 3 watts. This yields a temperature
rise of 28.5°C.
CONVERTING VOLUME
TO VELOCITY
Although most fans are normally rated and
compared at their free air delivery at zero
back pressure, this is rarely the case in most
applications. For accuracy, the volume of
output must be derated 60%–80% for
the anticipation of back pressure.
EXAMPLE: The output air volume
of a fan is given as 80 CFM. The output area
is 6 inches by 6 inches or 36 in2 or 25 ft2.
To find velocity:
80
0.25
Velocity is 320 LFM, which at 80%,
derates to 256 LFM.
DESIGN ASSISTANCE
Aavid Thermalloy can assist in the design
of heat sinks for both forced and natural
convection applications. Contact us for help
with your next thermal challenge. For more
information, visit our web site at:
www.aavidthermalloy.com
Heat Dissipated—Watts
0
20
40
60
80
100
01
2
3
4
5
Mounting
Surface
Temp
Rise
Above
Ambient—
°
C
Air Velocity—Feet Per Minute
Thermal
Resistance
From
MTG
Surface
to
Ambient—
°
C/Watt
20
16
12
4
8
0
400
200
600
800
1000
GRAPH B
Velocity (LFM) =
Velocity =
= 320
Air Velocity—Feet Per Minute
Heat Dissipated—Watts
Thermal
Resistance
From
MTG
Surface
to
Ambient—
°
C/Watt
20
0
20
40
60
80
100
01
2
3
4
5
16
12
4
8
0
400
200
600
800
1000
Mounting
Surface
Temp
Rise
Above
Ambient—
°
C
GRAPH A
579802
Reading a Thermal Performance Graph
Velocity
(LFM)* = Volume (CFM)**
area (ft2)
* Linear feet per minute
** Cubic feet per minute
Volume (CFM)
area (ft2)
相關(guān)PDF資料
PDF描述
1554T2GY BOX POLY 7.1X4.7X3.5" GREY
1599RHBK BOX ABS 8.66X4.33X1.76" BLACK
1590KBK BOX ALUM 4.92X4.92X3.11" BLACK
SMBJ22CA-E3/52 TVS BIDIRECT 600W 22V 5% SMB
4952G THERMAL EPOXY
相關(guān)代理商/技術(shù)參數(shù)
參數(shù)描述
164001 制造商:ERNI Electronics 功能描述:Conn D-Subminiature M 9 POS 2.74mm Solder ST SMD 9 Terminal 1 Port Tray
16400-1 制造商:TE Connectivity 功能描述:
164001000 制造商:Laird Technologies Inc 功能描述:NOSG COIL BF CTL
1640010000 功能描述:CONN PCB 3.5MM 270F 10POS SN OR RoHS:是 類別:連接器，互連式 >> 接線座 - 接頭，插頭和插口 系列:Omnimate BL 其它有關(guān)文件:ED Part Number Breakdown 產(chǎn)品目錄繪圖:EDZ1200 Series Front EDZ1200 Series Side 標(biāo)準(zhǔn)包裝:50 系列:EDZ1200 端接塊類型:插頭，母插口 每電平位置:12 間距:0.200"（5.08mm） 級(jí)別數(shù)目:1 接頭定向:- 插頭導(dǎo)線入口:180° 端子:螺釘 線規(guī):12-22 AWG 電流:15A 電壓:300V 安裝類型:自由懸掛 特點(diǎn):固定鎖（非導(dǎo)線側(cè)） 顏色:綠 包裝:散裝 配套產(chǎn)品:EDSTLZ975/12-SW-ND - TERM BLOCK HDR 5.08MM 12POS PCBEDSTLZ970/12-SW-ND - TERM BLOCK HDR 5.08MM 12POS PCBEDSTLZ975/12-F-ND - TERM BLOCK HDR 5.08MM 12POS PCBEDSTLZ970/12-F-ND - TERM BLOCK HDR 5.08MM 12POS PCBEDSTLZ955/12-OE-ND - TERM BLOCK HDR 5.08MM 12POS PCBEDSTLZ950/12-OE-ND - TERM BLOCK HDR 5.08MM 12POS PCBED1859-ND - TERM BLOCK HDR 5.08MM 12POS PCBED1827-ND - TERM BLOCK HDR 5.08MM 12POS PCBED1917-ND - TERM BLOCK HDR 5.08MM 12POS PCB 其它名稱:ED1993
16-4001-01 功能描述:IC MEMORY 1GB FLASH 3.0V 56TSOP 制造商:cypress semiconductor corp 系列:* 零件狀態(tài):Last Time Buy 標(biāo)準(zhǔn)包裝:91
發(fā)布緊急采購，3分鐘左右您將得到回復(fù)。

采購需求

(若只采購一條型號(hào)，填寫一行即可)

發(fā)布成功！您可以繼續(xù)發(fā)布采購。也可以進(jìn)入我的后臺(tái)，查看報(bào)價(jià)

發(fā)布成功！您可以繼續(xù)發(fā)布采購。也可以進(jìn)入我的后臺(tái)，查看報(bào)價(jià)

*型號(hào) *數(shù)量 廠商 批號(hào) 封裝
添加更多采購

我的聯(lián)系方式

*
*
*