MC3487DE4

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The MC3487DE4 is a high-speed device designed for driving large capacitive loads with low output impedance and high current capability. It is a monolithic driver having an adjustable output voltage. It offers both 3-state and active high speed outputs, allowing compatibility with the widest range of systems and data interfaces. The device allows for pin-selectable drive strength and a low quiescent current, making it suitable for many applications.

The MC3487DE4 is based on a standard TTL interface, where the input data is clocked into the device at the rising edge of a clock signal. This clock also sets the output data at the rising edge of the clock. The output data is then driven on the output pin for the duration of the clock time. This process allows for fast transitions and minimal ringing, allowing for more precise control of the output data.

The MC3487DE4 features several features that make it ideal for use in interface drivers, receivers, and transceivers. It has a high power output with a low output impedance, making it ideal for high speed data communication. It also has a very low quiescent current, making it highly suitable for power-sensitive applications. The MC3487DE4 can also be configured to drive three-state outputs, which allows for simpler interfacing with other devices.

The MC3487DE4 is ideal for use in systems that require low-power, high-power, and/or high-speed data communication. These include wireless LANs, embedded systems, industrial process control, and automotive applications, among others. The device can be used to drive capacitive loads in both output high and output low states, allowing for full control of the output signal. In addition, the device provides a high current capability, making it suitable for driving high power loads.

The MC3487DE4 is a device designed for driving high current and high power loads, making it ideal for use in interface drivers, receivers, and transceivers. It offers the ability to adjust the output voltage, allowing for greater customization of the output signal for various systems and applications. The device also offers very low quiescent current, making it highly suitable for power-sensitive applications. Finally, the device allows for three-state outputs, making it easier to interface with other devices.

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