ADG787BCB-REEL

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The ADG787BCB-REEL is an integrated circuit encoded with a set of Analog Switches, Multiplexers, and Demultiplexers, designed for use in applications dealing with interfaces, analog signals or digital signals. It is capable of switching any of the 8 channels individually and also in multiples. The ADG787BCB-REEL is capable of switching signals up to 10 V, with a maximum input impedance of 150 ohms.

In particular, the ADG787BCB-REEL is suitable for use in applications that require low voltage, low power consumption, and a high level of reliability. The output impedance is typically 50 ohms in both directions, while the input impedance and resistance values are based on the environment in which the ADG787BCB-REEL is being used.

One example of an application that could make use of the ADG787BCB-REEL is multiplexing digital or analog signals for UART and SPI interfaces. Because of its low voltage, low power consumption, and high level of reliability, the ADG787BCB-REEL is ideal for use in devices that require a combination of digital and analog signals. This type of usage could be seen in medical, automotive, and industrial applications.

The working principle of the ADG787BCB-REEL is essentially composed of two components. The first is the switch matrix, which is responsible for routing the selected signals to their intended destinations. This is done using a number of internal analog switches and multiplexers, which require power in order to operate. The second component is the interface circuitry, which is responsible for providing the necessary control signals to the internal analog switches. In order for the ADG787BCB-REEL to function properly, the appropriate control signals must be generated in order to activate the desired channel.

Another important feature of the ADG787BCB-REEL is its built-in Adaptive Low Dropout Regulator (ALDR). This is a power management feature that allows the device to operate on varying supply voltages, such as 3.3V or 5V. In addition, the ALDR allows for a wide range of operation temperatures, from -55°C to +125°C.

Overall, the ADG787BCB-REEL is an ideal solution for applications that require a combination of analog and digital signals. It is capable of switching signals up to 10 V, with a maximum input impedance of 150 ohms. It can also be used for multiplexing digital or analog signals for UART and SPI interfaces, and has a built-in ALDR for power management and temperature regulation. The switch matrix, interface circuitry, and low power requirement give the ADG787BCB-REEL an advantage over other interface products and makes it an ideal choice for most applications.

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