MAX9313ECJ+T

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The MAX9313ECJ+T is an I2C- and SMBus buffered clock and data line clocking and switching device from Maxim Integrated. It is a single-supply device that is capable of providing voltage-level translation, transforming data rates, and switching data and clock lines for low voltage I2C- and SMBus-compatible applications. The MAX9313ECJ+T offers two I2C/SMBus compatible channels and a total of eight ports enabling it to support two master devices and eight slave devices. Each port can be used as a slave port or an SDA/SCL master port.

The MAX9313ECJ+T is well suited for its application field of providing bidirectional voltage level shift and data rate conversion at the same time, allowing it to offer a wide range of flexibility when used with multiple slave devices. The two master ports allow two masters to access one slave device with different voltage levels and data rates. This flexibility makes the MAX9313ECJ+T a great solution when there are multiple slaves that need to be connected to a number of masters with different voltage specifications and/or data rates. It also allows for the possibility of matching different voltage levels from the controller and the slave device.

The MAX9313ECJ+T comes with integrated fault protection, including ESD protection and an over-current protection circuit that shuts off the supply when an over-current condition is detected. The device also features an I2C/SMBus interface that supports fast mode plus, which enables a maximum data rate of 400kHz. The device is available in a small 10-pin (1.27mm pitch) 1.15mm thin MLF package, making it well suited for space-constrained applications.

In terms of its working principle, the MAX9313ECJ+T uses a two-stage clocking operation, where in the first stage the master device sends bits of information, and in the second stage the slave device receives the data. Through this process, multiple slaves can be connected to a single host device with different voltage levels and data rates. The MAX9313ECJ+T is able to provide both voltage level translation and data rate convertibility, which allows data from multiple low voltage slave devices to be interfaced with a single high voltage host device.

The device works on a supply voltage of 1.8V to 3.3V and can also be used in automotive applications due to its low voltage range. The high data rate support of 400kHz makes it suitable for applications that require high speed communications. The device also supports standard I2C/SMBus communication protocols, allowing it to be used with a wide range of software support.

The MAX9313ECJ+T is an excellent device for its application field, providing low voltage I2C/SMBus compatible buffering, switching, and data rate conversion for multiple slave devices. Its integrated fault protection and data rate support make it well suited for a wide variety of applications, such as automotive and space-constrained products. Additionally, the device is available in a small 1.15mm thin MLF package and has a low voltage range of 1.8V to 3.3V, making it suitable for a wide range of environments.

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