MAX358EWE

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The MAX358EWE is an array of four CMOS analog multiplexers/switches with low on-resistance and on/off control logic. The switches offer low power consumption and wide signals ranges with fast switching times. The switches have four channels with individual control inputs. The outputs are in a configuration of dual differential pairs. The outputs can be used to switchP-channel or N-channel FETs. The MAX358EWE is available in a surface mount package or an ultra thin VQFN package.

Application Fields

The MAX358EWE is mostly used in high-speed, low-power wireless and wired communication systems. It is used in cellular phones, HDTV, wireless video, microwave radio, ultra-wideband radio, Bluetooth, Wi-Fi applications and GPS. It can also be used in medical imaging systems for switching x-ray and ultrasound signals, and in USB and other digital applications.

Working Principle

The logic control inputs of the MAX358EWE are interfaced with a wide range of logic families such as TTL, LVTTL, LVDS, HSTL and HCSL. The control inputs include an enable pin, an on/off select pin, and a chip select pin. The enable pin enables or disables the operation of the multiplexers/switches. The on/off select pin sets the multiplexers/switches to be off or on. The chip select pin allows the user to select which multiplexer/switch will respond to the control inputs. The logic control inputs are connected to power through a resistor for low-power operation. The control inputs are TTL level compatible, making it suitable for use in high-speed, low-power systems. The switch output is in differential pairs and can be connected to P-channel or N-channel FETs.

The multiplexer/switch output is controlled by a low-power CMOS switch. The CMOS switch features fast switching times, low on-resistance, and low power consumption. The switch output can be controlled by an external voltage or an external signal. The features of the CMOS switch make it suitable for switching signals in high-speed, low-power systems.

The MAX358EWE chip is designed to be used in high-speed, low-power systems. It is designed to switch signals in a wide range of applications including cellular phones, HDTV, wireless video, microwave radio, and ultra-wideband radio. The chip can be used in medical imaging systems for switching x-ray and ultrasound signals. It can also be used in USB and other digital applications.

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