MC10EL89DG

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MC10EL89DG belongs to Interface - Drivers, Receivers, Transceivers, and is designed to provide the functions of a monolithic differential line driver, receiver, and transceiver with advanced power management on a single chip. It enables a system to maintain high-speed data transfer with low power consumption, making it a suitable choice for communication systems, especially with EEPROM, FLASH, and FPGAs.

The MC10EL89DG has a working voltage range of 2.5 V to 5.5 V and a typical power consumption of 46 mW, which is low for its class of devices. It has a wide range of input and output voltage levels, allowing for functionality in variety of applications. It also has a slew rate of 8.2 V/ns, providing high-speed data transfer. It also has a differential output current of 20 mA, which provides low-level output current on VCC at 5 V while dissipating negligible power. The device is available in a variety of packages which makes it an attractive choice for designers.

The MC10EL89DG is designed to encode digital data into a differential form so that the data can be transmitted over long distances without error. It operates in either a receiver or a transceiver mode. In receiver mode, the device receives a differential signal at its pins and converts it into a single-ended logic-level signal. In transceiver mode, the device transmits a differential signal from its pins to a receiver device. The device can also be used as a differential line driver.

The MC10EL89DG has advanced power management features. It features a low-power CMOS process, Power-Down mode and Power-Up mode. In Power-Down mode, the device can be shut down to reduce power consumption. In Power-Up mode, the device is enabled to reduce the startup time. The device also has a low-Jitter clock oscillator for precision timing.

The MC10EL89DG is ideal for use in DSP systems, digital communications systems, EEPROM emulation and other digital applications requiring low power consumption, high data rates and quiet operation. Its advanced power management and low-jitter oscillator make it a suitable choice for designers looking for a reliable device for their design.

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