ADG433BR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The ADG433BR is a low-power quad one-channel switch designed specifically to switch signals in the 0 V to 3.6 V range. It is an integrated 4-channel switch ideal for signal switching in precision analog signal chains. The ADG 433BR offers a low-power solution with its typical on-resistance specification of less than 1Ω for all channels. It also has high off-isolation between its channels, which allows for effective signal routing even in high-impedance environments. Overall, the device satisfies the requirements for a wide range of demanding applications including analog signal routing, signal conditioning and signal sensing.

The ADG 433BR is a monolithic, low-power integrated circuit that provides the signal switching capability for multiple voltage regions with its typical on-resistance of less than 1Ω for all channels. It is specifically designed to interface between low-voltage and high-voltage nodes in a signal chain. All channels are independently controlled by a single chip select that enables the selected signal to pass through the switch. It has excellent off-isolation between its channels, allowing signal routing even in high-impedance environments without interference among the channels. Additionally, the device has good on-resistance matching between channels, which helps minimize signal error when switching.

The ADG 433BR is suitable for use in a variety of applications, particularly in analog signal routing, signal conditioning, and signal sensing. It can be used in sampling systems, oscilloscopes, medical imaging, and test and measurement systems. Additionally, it is particularly suitable for isolation and level shifting in precision signal chains since its on-isolation and off-isolation are rated for up to 10MHz, making it perform well even in high-speed environments.

In terms of working principle, the ADG 433BR operates through the application of a logic signal to its select line. When the select line is in a low-logic state, all gate terminals on the chip are connected to the output nodes. When the select line is in an active-high state, the selected gate terminal is connected to the output node while all other gate terminals are disconnected from the output nodes. As a result, the selected signal is passed through to the output nodes and the remaining signals are blocked. Additionally, the ADG 433BR has ESD protection incorporated into its design to protect it against static discharge.

Overall, the ADG 433BR is a low-power, high-performance integrated circuit that can be used in applications ranging from medical imaging to test and measurement systems. It provides excellent on-resistance, off-resistance and isolation performance, making it ideal for applications where precise signal routing is required. Additionally, its high-speed switching capability makes it suitable for precision analog signal chains.

The specific data is subject to PDF, and the above content is for reference