74ACT11004PWR

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The 74ACT11004PWR is a bidirectional bus transceiver that enables communication between two buses. The channels are designed for low-voltage applications and feature independent enable and parallel outputs to improve signal integrity on the bus lines. This device offers high performance, low power consumption and cost-effectiveness, making it an ideal choice for high-speed communication in compact applications such as automotive audio systems, home theater systems and white goods.

The 74ACT11004PWR works on the principle of dual-output buffering. The channels operate in push-pull mode with complementary outputs that facilitate balanced line drivers for faster data transmission over long distances. This device also contains two clock select inputs that allow it to be used as either a transmitter or a receiver, enabling more reliable communication between separate busses.

The 74ACT11004PWR is comprised of four independent 3-state transceivers, each containing two bidirectional channels. Each transceiver operates over the full actuator range of the PC board and contains low power Schottky technology, eliminating the need for external voltage clamping components. The device also has added protection against current surges, ESD and latch-up, providing added reliability and longevity in busy environments.

The maximum data rate of the 74ACT11004PWR is 2.5MHz and it is capable of handling data rates up to 25Mbps in an industrial environment. It also features a low turn on and off delay allowing rapid response times and improved data transmission. The device is designed to work on a 3.3V to 5V supply voltage and has a total power dissipation of 300mW. The power-saving feature of this device makes it very economical to use in portable applications.

The 74ACT11004PWR is a versatile device with a high level of integration and a wide range of applications. It is ideal for automotive infotainment systems, white goods, hard disk drives, digital video recorders and other applications requiring high-speed data communication. This device also offers improved signal integrity due to its high impedance, low power Schottky outputs, and its internal protection features provide reliable, uninterrupted operation in busy industrial environments.

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