Design of Millimeter-Wave Bandpass Filters With Broad Bandwidth in Si-Based Technology

Abstract

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Compact Wide Single-/Dual- Band Bandpass Filter with Equal Inductance Configuration in Thin Film IPD Technology

“…where According to the method provided in [14], the expression for transmission zero (TZ) is shown in (4). By solving (4), an expression for fTZ can be obtained, as shown in (5).…”

“…With the advancement of process, filters have become increasingly smaller in size. Currently, various semiconductor technologies, such as CMOS [1]- [4] , TF-IPD (GaAs-IPD [5], [6] , Si-IPD [7] , Glass-IPD [8] ), LTCC [9]- [11] , can achieve extremely narrow width and spacing. Filters designed using semiconductor technology exhibit characteristics such as miniaturization, seamless integration, and high stability.…”

Design of a Ka-Band U-Shaped Bandpass Filter with 20-GHz Bandwidth in 0.13-μm BiCMOS Technology

“…To further reduce the length, the slow-wave structures [10,11] and the co-planar waveguide (CPW) [12,13] are proposed though the overall size is still relatively large. In recent years, the coupled transmission lines based resonator is extensively explored due to its compact size [14][15][16][17][18][19][20][21][22][23][24][25][26][27]. It makes use implementing the transmission zeros at the required frequency.…”

Hibridinių meandrinių struktūrų dažninių charakteristikų tyrimas

“…Meandrinės struktūros yra taip pat plačiai naudojamos filtrų ir rezonatorių projektavime bei gamyboje. Sun et al (2019) pristatė keletą naujo dizaino juostinių filtrų, veikiančių aukštesniame, 13,5-40 GHz dažnių, diapazone. Mažesniojo iš dviejų filtrų lusto dydis buvo tik 0,066 mm 2 .…”