ISL83082EIU-T

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The ISL83082EIU-T is a small form factor and low cost RS-232 transceiver with medium scale integration suitable for applications such as peripheral or access control. The device integrates three operational amplifiers, two state amplifiers, a low dropout regulator and a low power charge pump in a space-saving and cost effective 8-pin P-package.

The ISL83082EIU-T has three fundamental characteristics that make it ideal for a wide range of applications. First, the device offers an industry-leading low power consumption of only 6.9 mA at +3.3V DD and 7.5 mA at +5V DD. Second, the device has a typical propagation delay of only 5 μs, which ensures fast and reliable transmission of data. Finally, the device features an integrated process which reduces noise pickup for reliable operation in noisy environments.

The ISL83082EIU-T also offers a variety of features that boost performance and reliability. The device has a wide dynamic range of ±15V, which allows it to operate with a wide variety of logic levels. The device is also designed to reduce EMI and crosstalk and is designed to reduce the effects of noise and interference. Finally, the device has an integrated charge-pump voltage converter which allows it to automatically switch between 3.3V and 5V supply voltages.

The working principle of the ISL83082EIU-T is based on the RS-232 standard. The device is designed to receive data as two differential voltages, convert them to a digital signal, and then transmit them to the appropriate device. The device then monitors the received signals and converts them back to differential voltages to be transmitted. In addition, the device offers a number of other features to improve overall performance.

The ISL83082EIU-T is ideally suited for a wide range of applications, including access control and peripheral devices like keyboards, pointing devices, modems, and printers, as well as multiport networking and control applications. The device’s low power consumption and fast propagation delay make it ideal for applications requiring fast data transmissions and reliable operation in noisy environments.

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