HTCC Ceramic Substrate PCB Design Making For Clock Amplifier

HTCC Ceramic Substrate PCB Design Making For Clock Amplifier

Layer Count: 6-30 Layers
Working Temperature: -40-300℃
Conductor Thickness: 2um - 12um
LS/LW: 150um (Surface layer can be refined to 50μm)
Application: Clock Amplifier

Item1	HTCC Capabilities
Layer Count	4-64 Layers
Max Board Dimension	150*150mm
Min Board Thickness	1Lay: 0.1mm 0.15mm
Max Board Thickness	1Lay: 0.25mm 6.0mm
Conductor Thickness	2um - 12um (Surface layer can be thickened to 80μm)
Min Line Width/Line Space	150um (Surface layer can be refined to 50μm)
Substrate Type	AI203
Substrate Thickness	0.15-6um
Min Hole Diameter	100um
Min Hole Spacing	250um
Min PAD Ring(Single)	0.125mm
PTH Wall Thickness	No
Min Solder PAD Dia	0.1mm
Min Soldermask Bridge	75um
Min BAG PAD Margin	0.635mm
PTH/NPTH Dia Tolerance	10um
Hole Position Deviation	30-40um
Outline Tolerance	Laser: 0.005mm;Die Punch: 0.005mm
Line Width/Spac Tolerance	±20μm
Surface Treatment	Nickel-plated Gold
Thermal Stress	7.3ppm/K

Item2	Attribute
Brand	CeramTec / GTT / Huaqing / Laird / Maruwa / Rogers / Toshiba
Base Material	AI203
Base Material Thickness (exclude conductor)	0.15-6mm
Thermal Conductivity	17W/mk
Soldermask Type	AlN
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	A Level
Thermal Conductivity (W/m.K, or W/m.C)	17W/mk
Dielectric Strength	15KV/mm
Wrap & Twist	0.003

Prototype(<1m²)	Layers	Normal Service	Expedited Service
HTCC Ceramic PCB	6 Layer	6 - 8 weeks	3 - 4 weeks
	8 Layers	6 - 8 weeks	3 - 4 weeks
	10 Layers	6 - 8 weeks	3 - 4 weeks
	Above 10 Layers	6 - 8 weeks	3 - 4 weeks

Production	Layers	Normal Service	Expedited service
HTCC Ceramic PCB	6 Layer	7 - 9 weeks	4 - 5 weeks
	8 Layers	7 - 9 weeks	4 - 5 weeks
	10 Layers	7 - 9 weeks	4 - 5 weeks
	Above 10 Layers	7 - 9 weeks	5 - 6 weeks

How do we serve you?

Step one:

Our expertise lies in producing ceramic boards with superior flatness and precise printed resistor values, ensuring exceptional performance for your applications.

Step Two:

We offer flexible custom layout services, tailoring the ceramic boards to your specific design requirements. This ensures a perfect match between the board and your application.

Step Three:

Our knowledgeable technical support team is available to assist you throughout the design and production process. We are committed to resolving any issues promptly and ensuring a smooth experience.

Step Four:

We prioritize on-time delivery, ensuring your project stays on schedule. Additionally, we provide competitive pricing to meet your budgetary requirements.

Step Five:

Our manufacturing takes place in a state-of-the-art 2000 dust-free workshop, ensuring a clean and controlled environment for production.

All processes undergo rigorous quality control measures to ensure the highest standards of quality and reliability. By relying on our high-quality ceramic boards, custom layout services, professional technical support, on-time delivery, competitive pricing, and stringent quality control, we aim to exceed your expectations and provide you with the best possible experience.

Clock Amplifier HTCC Ceramic Circuit Board Design Expert-Best Technology

Background:

Precision Timing Systems specializes in the development of high-precision clock amplifiers used in critical timing applications, such as telecommunications and data centers. They required PCBs that could support precise clock signal amplification, maintain signal integrity, and provide robust performance under demanding conditions.

Solution:

Precision Timing Systems selected HTCC ceramic PCBs for their clock amplifier modules. The HTCC ceramic PCBs offered low signal loss, high insulation resistance, and excellent thermal stability, ensuring accurate and reliable clock signal amplification. The robust mechanical strength of the ceramic material enabled the PCBs to withstand challenging environmental conditions and mechanical stresses.

Result and Benefits:

The adoption of HTCC ceramic PCBs in Precision Timing Systems' clock amplifier modules resulted in improved timing accuracy and reliability. The low signal loss and high insulation resistance provided by the PCBs contributed to precise clock signal amplification, ensuring accurate synchronization in critical timing applications. The robustness and thermal stability of HTCC ceramic PCBs ensured consistent performance even in demanding environments.