MAX3391EETD+

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The MAX3391EETD+ is an advanced two-channel level shifting solution that operates over a wide voltage range, suitable for applications requiring large translation and multiple power sources. It has a low power consumption and is easy to use. This device supports an extensive range of voltage translation operations, including translation between two different voltage levels and between multiple voltage domains. It is a great solution for applications such as consumer electronics and industrial control systems, as well as automotive and medical applications.

The MAX3391EETD+ is a two-channel level shifter based on a single-ended logic input and output. It is ideal for level shifting between +2.25V to +5.5V or -2.25V to 5.5V supply voltage ranges. The device has separate power rails for each of the two channels. The device supports multiple translation levels and operates at a low typical power consumption of 14-25 uA. It also includes an internal auto direction feature for automatic sensing and switching between input and output modes.

The MAX3391EETD+ features a high-speed reference clock of up to 500 MHz with a low skew of 40 ps. It also features a power-down mode, allowing the device to automatically return to a low power state when idle. This ensures that the device remains energy efficient and prevents unnecessary use of power.

The MAX3391EETD+ has an architecture designed to minimize the resulting propagation delay by eliminating the need for an internal tracking loop. This results in improved system performance and more headroom for synthesizer stability. The device also has a low output impedance of ≤ 4 Ohms, allowing it to drive devices with greater power requirements without adding additional components.

The MAX3391EETD+ also includes slew-rate controlled drivers and receivers, which help to reduce jitter and simplify control logic. The device features five separate driver/receiver pairs, each with its own dedicated clock line and latch. The device also includes a low reference voltage option, which can be used to improve the accuracy of the level-shifting operation.

In addition, the device includes adjustable input and output slew-rate settings, allowing for a wide range of different translation operations. These settings are also adjustable during operation, allowing the design to be quickly modified as necessary. The MAX3391EETD+ is designed to operate over a wide range of temperatures, making it suitable for applications in both commercial and industrial environments.

Overall, the MAX3391EETD+ is a highly advanced two-channel level shifter solution that is suitable for a wide range of applications requiring large voltage translations and multiple power sources. It is a great choice for applications such as consumer electronics, industrial control systems, automotive, and medical applications.

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