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See feature articles and interviews from recent issues of Electronics Letters.
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Researchers in Japan have fabricated a mechanical splicer that is based on a fibre alignment method, which avoids the need to remove the fibre coating. The splicer is simple yet achieves a low connection loss of 0.2 dB for a singlemode fibre connection.
Collaborating researchers from the Netherlands, Spain, Ireland and the UK have developed a method for performing accurate dielectric measurements of nematic state liquid crystal (LC) mixtures at millimetre wavelengths. They have characterised the LC material in the frequency range 140 – 165 GHz, and unlike semiconductor devices no upper limit is imposed on the operating frequency.
Researchers from Switzerland have shown that it is possible to reduce the electrical dissipation of episide-up mounted, singlemode quantum cascade lasers (QCLs) in continuous-wave operation to values below 1 W. Their device shows optical output powers well above 5 mW (up to 120 mW), which makes them suitable for many spectroscopic applications.
Tunnel diode body contact (TDBC) SOI technology is demonstrated to suppress the floating body effect in partially depleted SOI MOSFETs. In this work from China the layout pattern and the process steps are fully compatible with SOI CMOS technology, providing a possible way to use SOI technology in digital and analogue applications.
Fabrication, RF analysis and characterisation of a GaN pin diode for microwave integrated circuits is presented by researchers in Korea. With 50 μm p-metal diameter the diode shows forward turn-on voltage of 3.8 V and 370 V reverse bias breakdown voltage. The presented results show the potential of GaN pin technology for implementing high-breakdown switching devices and integrated circuits.
Browse or search all papers in the latest or past issues of Electronics Letters on the IET Digital Library.