Thick Film PCB
Thick Film Ceramic PCB For Scientific Research And Education Machine
Thick Film Ceramic PCB For Scientific Research And Education Machine
Thick Film Ceramic PCB For Scientific Research And Education Machine
Thick Film Ceramic PCB For Scientific Research And Education Machine
Thick Film Ceramic PCB For Scientific Research And Education Machine

Thick Film Ceramic PCB For Scientific Research And Education Machine

Layer: 1 Layer
Substrate Material: 96% Al2O3
Board Thickness: 0.635mm+/-0.1mm
Conductor: 12-15um AgPt
Solder Mask: Greenish Glass Glaze
Silkscreen: N/A
Application: Research and Education
Ceramic PCB Capabilities Ceramic PCB Material Prototype Lead Time Mass Production Lead Time
Item1 Thick Film Capabilities

Layer Count

1-8 Layers

Max Board Dimension

120mm×180mm

Min Board Thickness

0.254mm

Max Board Thickness

2.0mm

Conductor Thickness

7-20μm

Min Line Width/Line Space

125/150μm

Substrate Type

AIN & Si3N4

Substrate Thickness

0.254~1.0mm

Min Hole Diameter

0.10mm

Min Hole Spacing

300μm

Min PAD Ring(Single)

0.25mm

PTH Wall Thickness

8-20um

Min Solder PAD Dia

0.25mm

Min Soldermask Bridge

150μm

Min BAG PAD Margin

0.25mm

PTH/NPTH Dia Tolerance

0.075mm

Hole Position Deviation

75μm

Outline Tolerance

Laser: +/-0.13mm

Line Width/Spac Tolerance

±20%

Surface Treatment

AgPt, AgPd, Au

Thermal Stress

7.3ppm/K

Item2 Attribute

Brand

CeramTec / GTT / Huaqing / Laird / Maruwa / Rogers / Toshiba

Base Material

AI203 / ALN / BeO / SiO2

Base Material Thickness (exclude conductor)

0.45-2.7mm

Thermal Conductivity

24w / 27w / 170w 

Soldermask Type

Aluminum Nitride

Tg Value

800℃

Halogen Free

No

Breakdown Voltage

>15KV/mm

Dielectric Constant (MHZ)

9.4 (1MHz); 9.1 (13GHz)

Water Absorption

≤0.5%

ROHS

Yes

Flammability

Grade A

Thermal Conductivity (W/m.K, or W/m.C)

24-170W/mk

Dielectric Strength

15KV/mm

Wrap & Twist

3%

Prototype(<1m²) Layers Normal Service Expedited Service

Thick Film Ceramic PCB

1 Layer

3 - 3.5weeks

1-1.5 weeks

2 Layers

3 - 4 weeks

1-1.5 weeks

4 Layers

3 - 4 weeks

1-1.5 weeks

6 Layers 3 - 4 weeks 1-1.5 weeks
8 Layers 3 - 4 weeks 1.5-2 weeks
Production Layers Normal Service Expedited service

Thick Film Ceramic PCB

1 Layer

3 - 3.5 weeks

2 - 2.5 weeks

2 Layers

3 - 4 weeks

2 - 2.5 weeks

4 Layers

3 - 4 weeks

2 - 2.5 weeks

6 Layers 4 - 5 weeks 2 - 2.5 weeks
8 Layers 4 - 6 weeks 2 - 2.5 weeks

What is manufacturing process of education ceramic PCB-Best Technology

Using thick film technology, we can put resistor, electric capacity, conductor, semi-conductor, and interchangeable conductor on ceramic board, after manufacturing steps of printing and high temperature sintering. We can make all the resistors with the same value, or different value for different resistor on the same board.

 

1.Material: Aluminum Nitride/Aluminum Oxide

2.Function: The circuit board itself has the resistance and no need to mount extra resistors.

3.Type: Thick film technology.

4.Custom service available.

 

Background:

One of our esteemed clients is a renowned research institution dedicated to pushing the boundaries of scientific discovery and promoting experiential learning. They sought to enhance their research and educational equipment by incorporating cutting-edge circuit board technology. The client faced the challenge of developing research and educational equipment with improved functionality, reliability, and versatility. They required circuit boards that could withstand demanding experimental conditions, enable precise signal processing, and support a range of scientific applications.

Project challenge:

Customer don’t have a gerber file, so we draw the drawing for them according to the requirements.

 

Solution:

To address their requirements, we supplied them with our high-quality thick film ceramic circuit boards. These circuit boards were designed to meet their specific needs, offering exceptional durability, excellent signal processing capabilities, and customizable design options.

By partnering with us and utilizing our thick film ceramic circuit boards, our client successfully enhanced their research and educational equipment, offering students and researchers reliable, high-performance tools. The integration of our circuit boards enabled them to conduct experiments with greater accuracy, explore complex scientific concepts, and provide hands-on learning experiences.

This case study demonstrates our commitment to delivering superior ceramic circuit board solutions that empower research and education institutions to advance scientific knowledge and foster innovation.

 

Result and Benefits:

Customer is amazed at our effective One-stop service, and finally we won many orders from this customer and now we have established the long relationship with them.

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