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Dual single-pole, double-throw (SPDT) monolithic CMOS analogue switches with low voltage and low on-resistance are intended for high performance switching of analogue signals.
It is perfect for portable and battery power applications because it combines low power, high speed, low on-resistance, and small package size. It can operate with a single source of 1.65 to 5.5 volts.
The Global Monolithic CMOS Analog Switches market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Digital inputs on the DG401 and DG403 monolithic CMOS analogue switches are TTL and CMOS compatible. The analogue ON resistance of these switches is low (P-P signals).
It is possible for the power supply to be split from 5V to 17V or single-ended from +5V to +34V. For AC or bidirectional signals, the analogue switches are bilateral and perfectly matched.
Over a range of analogue input voltages between 15 V, the ON resistance change with analogue signals is quite minimal. With CMOS or TTL-level activation, the three unique devices offer the equivalent of two SPST (DG401) or two SPDT (DG403) relay switch contacts.
Since the pinout is comparable, a common layout can be utilised, with the switch function selected as necessary.
Together with its parent firm, Murata, Peregrine Semiconductor Corp. is announcing the 2015 UltraCMOS Global 1 Initiative.
The UltraCMOS Global 1 PE56500 product demo at Mobile World Congress serves as the campaign’s official launch. The Murata filters and the PE56500 all-CMOS RF front-end solution are smoothly integrated in this new project.
The UltraCMOS Global 1 PE56500 is a 3G/4G cellular RF front-end (RFFE) solution that is completely integrated and programmable and comes with an antenna switch, post-PA switch, multimode, multiband (MMMB) PA, tuning, and a post-PA switch all in one package.
Its three monolithic MMMB linear PAs, cover the frequencies of 690 to 915 MHz, 1,710 to 2,100 MHz, and 2,300 to 2,700 MHz, sequentially, for low, mid, and high band pathways.
