RF design is the design of a circuit that can transmit electromagnetic signals. RF stands for radio frequency, because in their infancy, ... The system must impress all these complex signals onto RF ...

An antenna for this frequency band drives FL 1, a Toko filter (Part No. TDFU2A-2450T-10A), which restricts the circuit's passband to 2.4 to 2.5 GHz and limits out-of-band interference. The filter ...

When CMOS technology is ready for 60-GHz wireless RF circuit designs, the CCS TL will be incorporated to fit the real estate of the RF SoC. Additionally, the 700-micron-long CCS TL translates to an 11 ...

RF and microwave interconnects continue evolving rapidly to support frequencies exceeding 110 GHz through advanced materials, ...

The Model SEM02012 fail-safe SPDT RF switch provides a working bandwidth from dc to 18 GHz and operates from a 12 Vdc supply at 275 mA. Maximum insertion loss is 0.5 dB, isolation is at least 60 ...

CML Microcircuits unveiled a new I/Q modulator in its family of RF integrated circuits. The CMX993 is a highly integrated, general-purpose RF quadrature modulator that operates between 100 MHz to ...

Radio frequency (RF) technology has fundamentally reshaped numerous industries, from wireless communications to military ...

Nanometer RF circuit design requires extensive sweeps, corners, and Monte Carlo analysis. AFS HB utilizes multi-threaded capability for an additional performance speedup versus single core operations.

For decades, developers of radio frequency (RF) chips and other analog/mixed-signal (AMS) integrated circuits (ICs) have used traditional techniques for design and verification. Most RFIC designers ...

The receive path is the circuit subset where the choice between low-IF and direct conversion system is the most problematic. ... 3 RF CMOS DESIGN ISSUES UP TO 12 GHZ. 3.1 RF CMOS design specificity ...

Advances in MMIC and RFIC technologies are driving 5G/6G and satellite communications with multi-band support, digital ...