1.
K04Z-XXXXG99-02C36-X [RM2010-99-02].pmd
File Format: PDF/Adobe Acrobat - View as HTML K04Z-XXXX*G99-02C36-X. BeO. LEADED RESISTOR. Features:. ♦ BeO Material. ♦ 40 Watt Input Power. ♦ Solder Mountable. General Description: ...
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- Introduction Discussion
File Format: PDF/Adobe Acrobat - View as HTML Jun 22, 2007 ... When properly soldered, the customer will realize consistent, reliable performance. Proper soldering technique is paramount to the ...
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Barry Industries, Inc
File Format: Microsoft Word - View as HTML CT=Matte tin over nickel over silver metalization. 99= .040” BeO substrate. Therefore this part belongs to Family 6. This part could also be a resistor or ...
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Official Barry Web Site
We are the leading manufacturer of passive components for the military, commercial, aerospace, and medical industries. One CALL is all you need to make. ...
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Official Barry Web Site
We are the leading manufacturer of passive components for the military, commercial, aerospace, and medical industries. One CALL is all you need to make. ...
6.
Comparison of RF Terminations with BeO and AlN Substrates BAN-ALN-1.1
File Format: PDF/Adobe Acrobat - View as HTML Comparison of RF Terminations with BeO and AlN Substrates. Document No.:. BAN-ALN-1.1. Revision:. A. Figure 2 shows the schematic representation of the ...
7.
Official Barry Web Site
Welcome to Barry Industries. We are the leading manufacturer of passive components for the military, commercial, aerospace, and medical industries. ...
8.
T50R0-100-4X [TVC2525-99].pmd
The T50R0-100-4X is a 50 ohm BeO flanged termination with an input power of 100 watts while maintaining a constant 100°C flange temperature ...
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Official Barry Web Site
Welcome to Barry Industries. We are the leading manufacturer of passive components for the military, commercial, aerospace, and medical industries. ...
10.
Barry Flange Material – Copper vs. Copper Tungsten A
File Format: PDF/Adobe Acrobat - View as HTML copper (Cu) flange materials. In the case of the copper tungsten flange ... Copper flanges cost significantly less than CuW and are hence widely used in ...