This paper presents a new technology to connect electronic modules with textile circuits in a cost efficient and reliable way. Non-conductive thermoplastic polyurethane adhesive is applied to bond a test module onto the fabric with different types of conductive circuits. The adhesive is melted at a high temperature and mechanically fixed by subsequent cooling. The technology even allows contacting isolated conductors without having to remove the isolation in a separate step. Extensive temperature cycling, wash cycling and humidity tests have been carried out and it has been shown that the assembly is reliable under textile typical stress. At the end the paper demonstrates how sensors for body monitoring can benefit from this new technology
In recent years, the integration of electronics in technical textiles has gained increasing attentio...
Highly durable, flexible, and even washable multilayer electronic circuitry can be constructed on te...
Electronic textiles (e-textiles) and wearable computing have been emerging increasingly during the l...
This article addresses the research and development of a reliable interconnection technique for moun...
For over two decades different types of fabric circuits have been developed. These are fabrics with ...
The integration of electronic devices and sensors into textiles has many different potential applica...
In recent years, the integration of electronics in textiles has gained increasing attention. In orde...
Adhesion between flexible devices and skin surface facilitates portability of devices and reliable s...
In this paper, we present the concept and describe the miniaturized packaging of a textile integrate...
A novel packaging method that enables the reliable mounting and protection of bare die within a text...
Integration of electronics into textiles needs two connection steps. On the one hand, the mechanical...
Polyurethane (PU) is the most extensively used soft backbone substrate for wearable applications. Ho...
An electronic textile (e-textile) is a textile with integrated electronic functionality. It can be u...
Flexible electronics is an emerging technology with all-printed cost effective, smart electronic pro...
In this project, we successfully fabricated a sustainable health monitoring electronic patch with t...
In recent years, the integration of electronics in technical textiles has gained increasing attentio...
Highly durable, flexible, and even washable multilayer electronic circuitry can be constructed on te...
Electronic textiles (e-textiles) and wearable computing have been emerging increasingly during the l...
This article addresses the research and development of a reliable interconnection technique for moun...
For over two decades different types of fabric circuits have been developed. These are fabrics with ...
The integration of electronic devices and sensors into textiles has many different potential applica...
In recent years, the integration of electronics in textiles has gained increasing attention. In orde...
Adhesion between flexible devices and skin surface facilitates portability of devices and reliable s...
In this paper, we present the concept and describe the miniaturized packaging of a textile integrate...
A novel packaging method that enables the reliable mounting and protection of bare die within a text...
Integration of electronics into textiles needs two connection steps. On the one hand, the mechanical...
Polyurethane (PU) is the most extensively used soft backbone substrate for wearable applications. Ho...
An electronic textile (e-textile) is a textile with integrated electronic functionality. It can be u...
Flexible electronics is an emerging technology with all-printed cost effective, smart electronic pro...
In this project, we successfully fabricated a sustainable health monitoring electronic patch with t...
In recent years, the integration of electronics in technical textiles has gained increasing attentio...
Highly durable, flexible, and even washable multilayer electronic circuitry can be constructed on te...
Electronic textiles (e-textiles) and wearable computing have been emerging increasingly during the l...