PI49FCT2805BTSE

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PI49FCT2805BTSE is a type of Clock/Timing - Clock Buffers, Drivers. It is an octal, low voltage, direction control register, with an integrated non-inverting 3-state buffer, used to switch data between high speed busses. It is commonly used in telecom or switching applications which require the high speed ability to drive data onto a bus.

The PI49FCT2805BTSE application is based on its principle of directional control, which is determined by the Datasheet ’s direction bit. Once a specific direction bit is set, it determins the direction in which data will flow from the register. For instance, if the direction bit is set to a high (1), this will dictate that; data will be sourced (outputted) from the register. Alternatively, if the direction bit is set to a low (0), this will dictate that; data will be sunk (inputted) into the register. This principle is based on the non-inverting 3-state buffer, which when combined with the directional control bit, makes up a powerful mechanism for controlling the direction in which data will flow through the register.

As the PI49FCT2805BTSE is an octal (8 signals) direction control register, it is able to perform faster data transfer speeds than any other type of register available on the market. It can support three selectable speeds; Fast-Speed (up to 166 MHz), Low-Speed (up to 33.3 MHz) and Ultra-Low-Speed (up to 8.33 MHz). In addition to this, it is capable of driving larger signals than other comparable types of register, being able to achieve low voltage swing (2.5V) and high voltage swing (3.3V) output signals.

This device is built on a CMOS process technology and offers high reliability, low power consumption and low latency. The octal register consists of 8 independent channels, which makes it suitable for high-speed Bus/Backplane applications such as Telecom/switching systems, or any type of data intensive Bus/Backplane application. It also has two power down control pins which allow the user to select either a low power consumption or a higher current consumption mode. This feature enables the user to be able to power-down the device when it is not needed.

The PI49FCT2805BTSE is available in a 48-pin QFN package, making it suitable for use in high-density applications. It also has a wide operating temperature; from -40°C to +85°C, making it suitable for use in both cold and hot applications.

The PI49FCT2805BTSE is ideal for use in mobile, wireless, embedded and control applications, where it can be used to efficiently transfer data between multiple devices. This device also offers a low EMI (electro-magnetic interference) profile, making it suitable for use in applications which require low EMI levels.

In conclusion, the PI49FCT2805BTSE is a powerful and efficient device, with an integrated non-inverting 3-state buffer, which enables it to efficiently switch data between devices. It is available in a small footprint, and is capable of operating at temperatures ranging from -40°C to +85°C. It is ideal for use in environments where low EMI and high speed data transfer is required.

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