MC10H189FNR2

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The MC10H189FNR2 is a dual 1:2 differential data transceiver designed to provide a medium speed data transmission over two unidirectional or two bidirectional lines. The MC10H189FNR2 is designed to interface directly with small-swing, AC-coupled transmission lines. The MC10H189FNR2 is housed in a 8-pin small outline transistor (SOT23-8) package. The MC10H189FNR2 has been classified as a Logic - Buffers, Drivers, Receivers, Transceivers, because of its ability to provide a differential data transmission over two channels - one in each direction. It is well-suited for applications such as telecommunications, high-speed networking, and automotive applications.

The MC10H189FNR2 offers a unique feature set, which includes slew rate control, glitch-free logic operation, ESD protection, and a high performance differential data amplifier. The design of the MC10H189FNR2 is based on a two stage data transceiver and offers low noise operation, high data rates, and excellent power efficiency. The MC10H189FNR2 uses a dual 1:2 differential bus architecture to allow for data transfer over two unidirectional or two bidirectional channels. The outputs of the transceiver are impedance matched, making it easy to interface with other devices.

The MC10H189FNR2 uses an open-drain configuration to reduce power consumption and to improve switching performance. This configuration allows the MC10H189FNR2 to be controlled with logic signals, while still maintaining a low-power configuration. The device provides excellent EMC/EMI performance, as well as glitch-free logic operation, thanks to its tight slew rate control. The integrated slew rate control circuitry helps to reduce the load transients and minimize the effects of crosstalk, making it more suitable for high-speed applications.

The MC10H189FNR2 also supports low-voltage CMOS logic as well as low-power and low-capacitance diode connected PVT (process, voltage, temperature) tolerant operation for use in harsh environments. The device is also available in 3.3V and 5V versions, depending on the user\'s requirements. The device is capable of providing a low-voltage data interface between two lines, while maintaining a high-quality data transmission. The device features a differential outputs that can be configured as either unidirectional or bidirectional data paths. The device also features a low-skew output that helps to ensure that data signals are received without any interference.

In summary, the MC10H189FNR2 provides a medium speed differential data transmission over two unidirectional or two bidirectional lines. The device is well-suited for applications such as telecommunications, high-speed networking, and automotive applications due to its open-drain configuration, excellent EMC/EMI performance, integrated slew rate control circuitry, and low-skew outputs. It is also available in a range of voltage versions and can be used in low-voltage CMOS logic, as well as low-power and low-capacitance diode connected PVT tolerant environments.

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