PCA9306DCURE4

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PCA9306DCURE4 is a logic-level translator and level shifter integrated circuit that is designed by Texas Instruments. It is a bidirectional logic-level translator, capable of translating between two different voltage levels (2.7 Volts to 5.5 Volts), and is used to interface two different devices with different I/O voltage requirements.

The PCA9306DCURE4, which is packaged in a very compact SOIC-8 form factor, is designed for a wide variety of applications where you need to translate between different logic levels. Some common applications are in low-power systems and point-of-load regulation circuits. It is designed to be compatible with both 2.7 Volt and 5.5 Volt logic families, which makes it a great choice for connecting different types of devices from different manufacturers. In addition, the PCA9306DCURE4 features a maximum output current of 24 mA, making it ideal for driving small loads such as switches, LEDs, and other peripherals.

The PCA9306DCURE4 also includes two enable (EN1 and EN2) pins that can be used to turn the device on or off. This makes it very easy to control the logic level on outputs when the input is not valid or not connected. The PCA9306DCURE4 can operate in three different modes, passive (which essentially just passes the signals from the input to the output), active (which has a delay and requires a pull-up resistor on the output), and Hi-Z (which isolates all outputs from the inputs).

The PCA9306DCURE4 offers very low power consumption, typically consuming less than 150µA of current, making it an ideal choice for embedded and portable applications. The logic level translator can operate at temperatures ranging from -40°C to +85°C, and is intended for use in commercial temperature environments. The chip is also RoHS-compliant, ESD-protected, and includes built-in protection against input overvoltage.

The PCA9306DCURE4 is an extremely versatile and reliable device, making it a great choice for interfacing between different voltage levels. It is suitable for a wide variety of applications and can be used to bridge logic level incompatibilities between different manufacturers and families.

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