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In this work, a broadband microstripline‐to‐waveguide (MSL‐to‐WG) transition has been presented for E‐band module applications. In order to extend its bandwidth (BW), extended ground (eGND) planes and patch‐type probe are designed and their dimension and structure are optimized. Compared to the ordinary transition using a simple electric probe (S‐probe), the optimized eGND plane on the dielectric...
the wireless sensor network technology emerged in the late 1990s, since then it has spread across a wide range of potential applications to industry, science, transportation, civil infrastructure, and security. Main research efforts in the wireless sensor network field focused on achieving the desired performance requirements and reducing the energy consumption to the least possible. This survey paper...
This paper describes the design techniques and measurement results of a V-band LTCC SoP module with fully embedded Low Pass Filter (LPF). A compact size was achieved by combining the special features of LTCC technology and a direct conversion ASK receiver architecture. The LTCC technology offer the means to integrate active and passive components on compact modules (multilayer substrates) for mmWave...
A highly integrated 60GHz-band ASK transmitter, the so-called system-on-package (SoP) module, which employs a multi-layer structure has been developed and fabricated. This small size, high performance and lightweight transmitter module is intended for used in V-band wireless applications such as high-speed multimedia data communication. The transmitter was designed based on a direct conversion architecture...
In this paper, a Amplitude Shift-Keying (ASK) transceiver low-temperature co-fired ceramic (LTCC) system-on-package (SoP) compact module is presented for 60 GHz wireless communication applications. The transceiver (TRx) module has been designed and implemented in the six-layer LTCC dielectric. The eight GaAs RF integrated circuit (IC) chips for a transmitter (Tx) and receiver (Rx), one LPF for a detector,...
In this work, a compact system-on-package module integrating a 60-GHz amplitude shift-keying (ASK) receiver has been presented for wireless gigabit point-to-point applications. The whole ASK receiver (Rx) has fully integrated into a 6-layer low-temperature co-fired ceramic (LTCC) single substrate embedding four GaAs circuits, a low-pass filter (LPF), and bias components. The fabricated Rx system-on-package...
This paper presents a 60GHz System-on-Package (SoP) RF Transceiver (TxRx) module using the Low Temperature Co-Fired Ceramics (LTCC) technology for point-to-point (PTP) Wireless Gigabit Ethernet Communication Systems. This LTCC SoP Transceiver which employs a six-layer dielectric has been developed, fabricated and tested. The transceiver module with a small size of 17.8 × 17.9 × 0.6 mm3 has been integrated...
A three-dimensional (3-D) low-loss and wideband BPF based on low-temperature co-fired ceramic (LTCC) has been presented for 60 GHz wireless communication applications. For a low-loss and broad-bandwidth characteristics of the BPF, via pads as an additional resonator in the vertical via transitions are designed. The proposed BPF has been designed by investigating its characteristics as a function of...
60 GHz band has advantages in terms of broadband, frequency reuse, dimension of circuit, size of layout, and power. A wide bandwidth available in 60 GHz band is ideal for the high data rate transmission. It is also advantage of 60 GHz band that the passive circuit can be made very small. Due to those advantages, this band now is applied to Millimeter-wave (MM-wave) video transmission, outdoor and...
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