The Rogers 4360 PCB is a 6.14 Dk, low loss hydrocarbon that features a glass reinforcement material and a ceramic filling thermoset. This offers the best equilibrium possible between processing ease and achievement.
Features of the RO4360 PCB Material
Features of this material include:
- A 6.15 Dk and a +/- 0.15 variation
- It resists CAF
- With low loss, it integrates a high thermal conductivity
- It provides a high Tg, which is higher than 280 degrees centigrade TMA
- Z-axis CTE is low and its glass transition temperature is high
Advantages of the RO4360 PCB Material
The benefits of this PCB material include:
- It can be fabricated easily
- Ensures easy automatic assembly
- It permits an effective supply chain
- Its design is flexible and works fine with plated through-hole
- The material is environmentally friendly; it offer lead-free compatibility
- It is affordable, compared to other PTFE products
- The RO4360 can duplicate RO4000 materials
Things that make up the RO4360 PCB Material
Copper foil: These are traces found on the RO 4360 PCB. They are conductive in nature.
Copper Laminates (Core): This core is made up of copper coils and prepregs, which you must cure and laminate.
Properties of the Rogers RO 4360 PCB
The properties of this PCB include:
Coefficient of Thermal Expansion
This is denoted as CTE. This measures the rate at which the expansion of a PCB material takes place whenever it heats up. It is expressed in ppm (parts per million), which expands for every degree Celsius of heat. It is measured in PPM/oC. Anytime the material’s temperature rises higher than the Tg, there will be a rise in CTE as well.
This is denoted as k. This property tells the material’s capability to conduct heat. When the thermal conductivity is low, it means the heat transfer is low, and vice versa. This property is measured in Watts/meter Kelvin.
Glass Transition Temperature
This is denoted as Tg. This temperature is one at which the substrate changes into a deformable and soft state from the glassy rigid state. It is measured in degrees Celsius.
This temperature is where the material will decompose chemically. It is also measured in degrees Celsius.
Relative permeability (Er) or Dielectric Constant (Dk)
This value is the ratio of the electric permeability of the material to that of free spaces.
Dissipation factor (Df) or Loss Tangent
This value is the tan of the phase angle, which is between the reactive and resistive currents of the dielectric. There is an increase in dielectric loss whenever the dissipation factor increases. A dissipation factor that is low delivers fast substrates, while dissipation factors that are large deliver slow substrates.
Can RO 4360 be used for Multi-layer PCB?
Sure, it is possible to form a multilayer PCB after applying some RO 4360 together. The RO 4360 provides a low level of interference and high signal integrity. In every multilayer PCBs, there must be at least three conductive layers.
The production of multilayer PCB requires the lamination of the core items and prepeg’s alternating layers at high pressure and temperature. This makes sure that no air stays between the layers, and also ensures that these layers are held by resin.
What to do when Choosing the Rogers 4360
There are things to do before choosing rogers 4360, these include:
Make sure there is a match in the Coefficient of Thermal Expansion: The coefficient of thermal expansion is a very important thermal trait when dealing with substrates. Difference in the CTE rates tells that during fabrication, they will expand at different rates.
Choose Materials Having Similar Dielectric constant: Make sure you go for substrates having identical dielectric constant.
Go for Tight and Flat Substrate Weaves: Doing this makes it great for high-speed and high-frequency usages. Also, it offers an even distribution of the dielectric constant.
Choose Low Moisture Absorption Materials: Moisture absorption has to do with the PCB material’s resistance when it is submerged in water. There will be an increase in the PCBs weight as the material gets absorbed in water and it falls within the range of 0.01 and 0.02%.
Avoid Using FR-4 for Applications Requiring High Frequency: Don’t do this, because their dielectric loss is high. In addition, there is a sharp Dk when compared to the frequency response curve.
Application of the Rogers RO 4360
Rogers ro4360 comes with different uses, which includes:
Modern vehicles feature many electrical components that ensure their functionality. Some of these applications are:
- Media devices
- Navigation systems i.e. satellites
- Proximity systems such as sensors which notifies the driver anytime objects come near
- Control systems such as power supply, fuel generators, etc.
Millions of people depend so much on these devices. They include:
- Computers such as laptops, desktops, satellite navigation devices, etc.
- Home appliances such as coffee makers, microwaves, alarm clocks, etc
- Communication devices like smartwatches, smartphones, radios, etc.
- Entertainment systems like TV sets, DVD players, stereos, etc.
The RO 4360 are useful in their manufacturing firms and production lines. These include:
- Industrial equipment such as assembly machines, ramps, etc.
- Power equipment such as inverters, power supplies, power distribution devices, etc
- Measuring equipment, which controls pressure, temperature, and other parameters for manufacturing
It is relevant in applications such as:
- Monitors detecting heart rate, sugar level, blood pressure, etc.
- Scanners such as CT scans, X-ray machines, ultrasonic scans, etc.
- Medical devices such as compressors, electronic microscopes, etc
The Rogers 4360 is a very reliable material with lots of great benefits. It can be fabricated easily and permits an effective supply chain. Its design is flexible and works fine with plated through-hole. Also, its material is environmentally friendly, and it is affordable, compared to other PTFE products.