DS36C200IMA/NOPB

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The DS36C200IMA/NOPB is an integrated circuit developed by Texas Instruments for use in controlling high-speed, multidrop bus systems. It is a single-channel, low-power driver and receiver, offering the highest performance levels in the industry. It is ideal for use in a wide range of applications, from automotive, aerospace, and industrial control to point-of-sale and military systems.

The IC is designed with a two-way Serial Peripheral Interface (SPI) that can be programmed to operate at different data rates and clock frequencies. This allows for easy control over data transfer speeds. It has a wide range of features that allow for maximum flexibility and reliability, including pass-through modes for Arduino shields, SPI slave mode, SPI master mode, JTAG support, and a high-speed I2C slave mode.

The DS36C200IMA/NOPB is also equipped with programmable slew rate and high-current drivers and receivers. These features allow the IC to become an efficient and powerful interface solution for various applications, while still offering power savings in the range of only 4mA. The receivers can handle data rates up to 5 Mbps, while the drivers can drive up to 20 Mbps.

The integrated circuit also features a programmable oscillator, which can be used to set the clock frequency for the IC. This enables the IC to be used with a wide variety of clock sources. The IC also has an integrated temperature sensor, which allows for precise control of the power consumption. Furthermore, the IC includes protective circuitry to help prevent the device from being damaged from overcurrent, ESD, and other hazards.

The DS36C200IMA/NOPB is a versatile and powerful IC for controlling high-speed, multidrop bus systems. Its range of features and its high performance levels make it ideal for use in a wide range of applications in the automotive, aerospace, and industrial control industries. It is an effective interface solution for Arduino shields, SPI, JTAG, and I2C, and can provide reliable and efficient operation with minimal power consumption.

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