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Solving scheme for customized matching of silver-coated copper electrode slurry and LTCC membrane band

A technology of electrode paste and solutions, applied in the direction of conductive materials dispersed in non-conductive inorganic materials, cable/conductor manufacturing, circuits, etc., can solve problems such as low feasibility, restricting the development of a complete set of LTCC processes, and difficulty in jumping out

Active Publication Date: 2016-12-07
YUNNAN INFINE NEO MATERIAL
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The present invention aims to solve the matching problem of green ceramic material and electrode slurry from the root. The method is to consider a package of process solutions from many angles such as raw material formula and slurry system in advance, rather than being limited to splitting like the traditional LTCC process. Discuss the LTCC process of ceramic material, the LTCC process of electrode paste, or the sintering process of LTCC, etc. It turns out that the feasibility of such an approach is very low
Because the LTCC process is a process with a small process tolerance, the docking of process steps has high requirements for process control and indicators. If it is not a package solution, the docking of key process steps often becomes a kind of It is difficult to break out of the trial-and-error infinite loop, which greatly limits the development of LTCC's complete process

Method used

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  • Solving scheme for customized matching of silver-coated copper electrode slurry and LTCC membrane band
  • Solving scheme for customized matching of silver-coated copper electrode slurry and LTCC membrane band
  • Solving scheme for customized matching of silver-coated copper electrode slurry and LTCC membrane band

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1～5

[0076] Examples 1 to 5 investigate the relationship between the formula of compound porcelain powder and the index of cast slurry

Embodiment 1

[0078] Preparation of glass powder: Weigh the glass powder precursor raw material Ca(OH) according to the glass powder configuration 2 3675.8g, weighed H 3 BO 3 5226.8g, weighed SiO 2 4312.7g, weighed Mg(OH) 2 975.6g, weighed ZnO 1075.8g, weighed ZrO 2 4507.7g, weighed 29661.6g of absolute ethanol, weighed 59323.2g of zirconia balls (Φ5) (i.e. material: absolute ethanol: zirconia balls = 1:1.5:3), mixed the above materials, separated the zirconia after ball milling for 15h The balls were dried at 80°C, put into a glass frit furnace to melt, the melting temperature was 1450°C, crushed, weighed 24442.2g of absolute ethanol, weighed 48884.4g of zirconia balls (Φ3), (i.e. material: absolute alcohol : zirconia balls=1:1.5:3) separate the zirconia balls after ball milling for 24h, dry at 90°C, pass through a 350-mesh sieve to obtain glass powder for later use, and weigh 16295g.

[0079] Preparation of green porcelain powder: weigh Al according to the following table 2 o 3 Add...

Embodiment 2-5

[0083] Examples 2-5 The preparation of green porcelain powder compounded porcelain powder and the parameters of the casting slurry system are shown in the table below. The preparation of glass powder and the parts not mentioned are the same as in Example 1:

[0084]

[0085]

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PUM

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Abstract

The invention provides a solving scheme for customized matching of silver-coated copper electrode slurry and an LTCC membrane band, namely a similar all-side parameters-based customized matching scheme for membrane band casting slurry and silver-coated copper electrode slurry in an LTCC technology. A solving scheme for fundamentally and comprehensively solving the problem of poor tolerance of the LTCC technology is provided mainly for the problem of matching of porcelain and the electrode slurry. The adopted electrode slurry is prepared from silver-coated copper powder, so that the economic applicability of the solving scheme is also improved. The solving scheme provided by the invention has the characteristics of ordinary and easy-to-purchase materials, good process tolerance and the like, meets the green and energy-saving environmental protection requirements, has a good industrial application prospect, provides a solid foundation for high-speed development of LTCC industrialization of our country, and is expected to be applied on a large scale in multiple fields of wireless communication, aerospace and military, microwave-radio frequency device application, automotive electronic devices and the like.

Description

technical field [0001] The invention relates to a solution for customizing silver-clad copper electrode slurry to match an LTCC film belt, belonging to the field of low-temperature co-fired ceramics [LTCC]. Background technique [0002] There is an unavoidable and thorny technical problem in the LTCC process, that is, the matching of green ceramic materials and electrode pastes, because LTCC-related companies usually only develop and produce green ceramic materials (including porcelain powder, porcelain paste, film tape) alone. Or electrode paste, companies generally use trial and error to solve the matching problem of green ceramic material and electrode paste. However, the actual situation presents an infinite cycle of sample provision-trial and error-providing samples-retrial and error. Not to mention the long cycle, sometimes it is impossible to give a satisfactory matching solution even after tossing. Therefore, many domestic companies compare If you are conservative, ...

Claims

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Application Information

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IPC IPC(8): H01B13/00H01B1/16H01B3/12
CPCH01B1/16H01B3/12H01B13/00
Inventor 郑敏刚邢孟江刘永红张树人
Owner YUNNAN INFINE NEO MATERIAL
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