IT-150DATC is a high Tg advanced multifunctional epoxy and low loss material. Designed to excel in challenging environments, and the IT-150DATC substrate offers remarkable thermal stability, exceptional electrical performance, and robust mechanical strength.
In this article, we’ll discuss what really characterizes the IT-150DATC laminates. The relevant information is available for pcb design engineers to refer to in the selection of materials, And you can also call QFPCB to discuss. QFPCB offers the best services when it comes to the high Tg circuit board, so please feel free to contact us.
What is the IT-150DATC PCB Material?
IT-150DATC is a high Tg (180° C by DSC), advanced multifunctional epoxy and low loss material. This material has low Dk and low Df performance. It is commonly used in electronic devices and systems where high temperatures and demanding operating conditions are present. The acronym “TG” refers to the glass transition temperature, which is the temperature at which the material changes from a rigid, glassy state to a softer, rubbery state. High TG materials have a higher glass transition temperature, typically above 180°C, which means they can withstand higher temperatures without undergoing significant dimensional changes or losing mechanical integrity.
The IT-150DATC substrate is known for its excellent thermal stability and low coefficient of thermal expansion (CTE). These properties make it highly suitable for applications that involve high-power components, such as power electronics, automotive electronics, and industrial equipment, where heat dissipation and reliability are critical. The IT-150DATC substrate is typically made from a composite material that consists of a high-quality epoxy resin reinforced with glass fibers. This combination provides the substrate with excellent mechanical strength, dimensional stability, and resistance to thermal stress. IT-150DATC is designed not only for standard multilayer PCB, but also for radar application. This material is also suitable for 3S (Server/Storage/Switch) application.
IT-150DATC PCB Material Data Sheet
Features of the IT-150DATC PCB Material
High Glass Transition Temperature (Tg)
With a Tg exceeding 180°C, this material maintains structural integrity at elevated temperatures, ensuring reliability in high-heat environments. This Tg value helps to determine the limit of temperature operation.
Low Dielectric Constant (Dk)
With a dielectric constant (3.73 @ 1 GHz), the Dielectric Constant (Dk) of the material is a measure of its ability to store electrical energy in a capacitor-like manner. This laminate offer a stable Dk, this property measures a material’s ability to store some electrical energy in a given electric field.
Low Dissipation Factor (Df)
With a dissipation factor (0.0052 @ 1 GHz) translates to reduced dielectric loss, ensuring minimal heat generation during signal transmission, which is crucial for applications that require efficient performance in thermally challenging environments.
Stable Dk/Df Across Different Environments
One of the standout features of IT-150DATC is its ability to maintain stable Dk and Df values across varying temperatures and humidity levels, ensuring consistent performance in real-world operating conditions—especially important for outdoor, industrial, and automotive applications.
Excellent Electrical Performance
IT-150DATC delivers superior electrical characteristics including low insertion loss, high impedance control, and minimal cross-talk, making it a reliable solution for high speed digital or RF applications.
Automotive radar application
With its low signal loss, stable electrical properties, and compatibility with low-profile copper foils, the IT-150DATC substrate’s high TG and mechanical strength make it suitable for automotive applications, including engine control units, transmission control modules, and other automotive electronics that operate in demanding conditions.
What are the Applications of IT-150DATC PCB Material?
IT-150DATC’s combination of electrical performance and reliability makes it an ideal substrate for a variety of advanced electronic systems, including:
Radio Frequency
The IT-150DATC substrate’s excellent electrical properties, including low loss tangent and controlled impedance, make it suitable for high frequency applications. It can be used in telecommunications equipment, wireless communication devices, RF amplifiers, and other high-frequency electronic systems.
Base Stations
High-frequency RF modules and power amplifiers require laminates with stable dielectric properties to maintain signal integrity across wide bandwidths. Withstands high-power RF signals and thermal stress in 5G and legacy communication systems.
Telecom Infrastructure
For telecommunications backbone systems such as switches, routers, and fiber optic modules, reliable PCB materials are essential. IT-150DATC delivers the low Dk/Df values and high thermal endurance needed for stable, high-speed data transmission.
Backplanes
Complex multi-layer backplane PCBs in data centers demand materials with tight impedance control and excellent thermal management. Delivers stable signal integrity for high-speed data transmission in networking hardware.
Servers, Storage & Switches
Data centers and storage systems require PCBs that can operate continuously under high thermal and electrical loads. It is high Tg, low Dk/Df, and excellent environmental stability make it an ideal substrate for server motherboards, memory modules, and network switches.
Considerations for Choosing IT-150DATC laminate in PCB Design
When evaluating the IT-150DATC high TG PCB substrate for your PCB design, several critical factors should be considered. By thoroughly analyzing these factors, you can make a well-informed decision regarding whether the high TG PCB substrate meets your specific PCB design requirements.
Electrical Performance
Analyze the electrical characteristics of the IT-150DATC substrate, including dielectric constant, loss tangent, and impedance control. These parameters significantly influence signal integrity, particularly in high-speed or high-frequency applications. Confirm that the substrate’s electrical performance aligns with your design requirements.
Operating Temperature
The IT-150DATC substrate is engineered to endure elevated temperatures. When designing your application, carefully assess the maximum operating temperature and ensure that the substrate’s glass transition temperature (Tg) exceeds this value to preserve dimensional stability and mechanical integrity.
Mechanical Strength
The mechanical robustness of the IT-150DATC substrate is essential for maintaining the structural integrity of your printed circuit board. Assess its flexural strength, tensile strength, and resistance to warping or delamination. These attributes are critical, especially if your design will encounter mechanical stress or operate in demanding environments.
Thermal Management
For designs incorporating components that generate substantial heat, such as power electronics or high-power devices, the IT-150DATC substrate’s superior thermal stability facilitates effective heat dissipation. Evaluate its thermal conductivity and compatibility with selected heat dissipation strategies, including heat sinks or thermal vias.
Manufacturing Compatibility
Verify that the IT-150DATC substrate is compatible with your chosen manufacturing processes, including soldering techniques and assembly methods. If applicable, confirm its suitability for lead-free soldering processes.
Cost Considerations
Assess the cost-effectiveness of the IT-150DATC substrate for your specific application. Compare its pricing with other high Tg substrates and weigh the overall advantages it offers in terms of thermal performance, reliability, and electrical properties.
IT-150DATC provides the foundation for reliable, high-efficiency electronic systems that can withstand the most demanding operational environments. If you have any further questions, please feel free to leave a comment below or contact QFPCB by email ([email protected]).
