Searching for the right material for your PCB needs could be a difficult task because there are lots of them out there. However, getting the right one that suits you is the issue. Here is one for you, which is the Ticer material. It boasts great benefits and features and you may wish to try this material for your PCB.
Asides from its being RoHS-compliant, the TCR works fine with different resin systems, which includes high performance, standard, specialty, and lead-free products. In addition, TCR also increases the space that is available for the components. It also helps in reducing the PCB’s weight, and overall, it improves the performance of the product. Also, regarding the thermal stability, it provides an exceptional one.
Before we discuss the properties and benefits of the Ticer material in detail, let us consider what Ticer Technologies as a company is. After that, we will talk about the materials and applications. We will then talk about all the benefits of the Ticer material. Please read on as we guide you through the topic!
About Ticer Technologies
Ticer Technologies was established back in 1884. However, back then it was called Gould Electronic Materials. Now, this company has become one of the best manufacturers of the electrodeposited copper foil.
Later in the year 1999, Gould created TCR®, which is a resistor technology. Furthermore, this material which is included among those of the next-generation offers solutions for aggressive, new applications. Furthermore, it meets the demands relating to performance of the advanced PCBs (printed circuit boards). Let’s go on to consider what the Ticer material is, as well as their applications.
What are the Materials and Applications?
Ticer technologies is known to produce high performance, thin film embedded-resistor copper foils for RF and digital PCBs (printed circuit boards).This next generation technology for embedded resistors is best suited to help in meeting challenges that are posed by new materials and designs and increase the performance requirements both for future and current electronic packages.
Enhanced as a result of the reliability and capability of TCR, the solutions of Ticer make use of the most recent with respect to laminate systems that are advanced.
Commonly, many companies make use of TCR during PCB fabrication. The design of the material is done to serve as the embedded resistors layer, which are created making use of the standard PCB etch and print process.
Asides from its being RoHS-compliant, the TCR works fine with different resin systems, which includes high performance, standard, specialty, and lead-free products. In addition, TCR also increases the space that is available for the components. It also helps in reducing the PCB’s weight, and overall, it improves the performance of the product. Also, regarding the thermal stability, it provides an exceptional one.
TCR
TCR is known as the next generation thin film resistor foil, which meets the continuously increasing issues of packaging high-density, high-speed electronic devices.
It is manufactured making use of a thin film vapor deposition that makes sure of the best possible uniformity of the resistor material to ensure higher yields as well as improved tolerances of the resistor in the multilayer packages.
In addition, it helps in reducing the form factor, as well as increasing the space that it presents for the active components. It also improves performance and reduces weight. It is used with already existing chemistries and processes of printed circuit fabrication, TCR eliminates or reduces extra equipment needs. Also, it helps in shortening the learning curves.
What Benefits Does TCR Offer?
Below are the benefits of the TCR
- Reduces the Overall weight of the PCB
- RoHS Compliant
- Great thermal stability
- Improves product performance
- Works with different resin systems
- Reduced steps of fabrication
- Exceptional thermal stability
- Increases space for the components
- Better tolerance of the resistor
- Versatility of the design
Availability: The availability of TCR is possible through Ticer. It comes as a thin film material as well as through global suppliers of the material as laminated products.
Compatibility: Furthermore, TCR® has been tested and profiled with different types of resin systems. These include high performance, standard, specialty, lead free resins. Another important feature here is that it is ROHS compliant.
Versatility of the Design: The NCAS (nickel chromium aluminum silicon) and NiCr (Nickel chromium) alloys come in different sheet resistivity ranges. This allows the resistor manufacturer values ranging from 10 – 100k ohms.
Product Predictability & Performance: A low thermal coefficient with respect to resistivity reduces the change in the foil resistance of the TCR during lamination. Consistency and predictability sheet-to-sheet and lot-to-lot are possible via extensive testing and under some varying lamination conditions.
Better Tolerances of the resistor: Precision targets of vacuum metallization helps to make sure that the elements present in your deposited alloy are in uniform ratios. This leads to reduced resistance variation. The last etch tolerances usually benefit from the uniform and thin resistive layer of the TCR.
Reduced Steps of Fabrication: When you couple TCR with NiCr, the fabrication steps can be reduced by getting rid of the need to separate the resistive layer etch.
Great thermal stability: As a result of NCAS, CrSiO (chromium silicon monoxide), and NiCr, there is a little change in resistance after many thermal cycles.
Technical Data of the Ticer Material
TCR thin film integrated resistor foil is usually supplied in different foil thicknesses and width making use of a copper foil of grade 3 that possesses great ductility even at elevated and high temperatures. Also, it withstands stresses without having to crack. The commonly available copper thicknesses are 1 oz and 0.5 oz.
Conclusion
Ticer technologies is known to produce high performance, thin film embedded-resistor copper foils for RF and digital PCBs (printed circuit boards). The Ticer material is RoHS-compliant. The TCR works fine with different resin systems, which includes high performance, standard, specialty, and lead-free products. It also helps in reducing the PCB’s weight, and overall, it improves the performance of the product. Also, regarding the thermal stability, it provides an exceptional one.
