74AC11086D

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The 74AC11086D are designed for high-speed logic families and are an ideal low power solution for energy conserving applications. The device consists of four 3-state non-inverting buffers with an active-low output enable (OE) control. The device features an ultra-high input impedance, very low output leakage and allows very fast switching speeds with low noise. In addition, the device has a very low power consumption with less than 1μA of current draw at +5V supply.

The 74AC11086D is a high-performance bidirectional logic buffer, allowing data to flow in both directions. The device has a low-impedance, non-inverting output that passes data to the next logic level. The device can be used as an input buffer, output buffer, bus driver or receiver.

The 74AC11086D typically has four input pins and one enable (OE) pin. The enable pin, when active low, will disable the pin\'s outputs. The four inputs can be driven from a logic circuit or an input signal, such as a voltage-controlled device. When enabled, the output will respond to the input signal. The output logic levels are determined by the logic family and the voltage levels. The device features Schmitt trigger inputs, allowing a clean signal to be passed to the output.

The 74AC11086D operates with a supply voltage of +4.75 V to +5.25 V and can support up to 16 devices in a single system. The device switches at up to 10 MHz and offers very low capacitance, allowing for a high speed signal transmission. The device is available in both 20-pin SSOP and 28-pin PDIP packages.

The 74AC11086D is widely used in applications such as high-speed memory applications, bus drivers, bus transceivers, data communication buses, serial data transmitters, receivers, interfaces and clock drivers. The device can be used in multiple logic families such as LVTTL, LVTTL+ and LVCMOS.

The 74AC11086D is a robust device, designed for high-speed logic families. The device features very low output leakage and power consumption, allowing for energy conserving applications. The wide supply voltage range and high speed switching makes the device ideal for high-speed memory applications, bus drivers, bus transceivers, data communication and interfaces. In addition, the device is available in two packages and can support up to 16 devices in a single system. The 74AC11086D is an ideal device for low power, high-speed applications.

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