74AVC16836ADGG,112

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The 74AVC16836ADGG is a logic integrated circuit that falls into the Logic – Buffers, Drivers, Receivers, Transceivers category. It is made up of two independent 16-bit noninverting buffer/driver/receiver/transceivers. These devices are intended to be used with 3.3V and 5V systems as a level translator, allowing for data to be transferred between systems of different voltage levels. Although 74AVC16836ADGG is primarily used as a level translator, it can also be used as an inverter, a decenter, and a comparator.

The logic IC can support slew rates up to 20ns on the 5V side, and 25.6ns on the 3.3V side. It can support input voltages between 4.5V and 0.6V on the 5V side, and 5.5V and 0.6V on the 3.3V side. At a nominal power supply of 3.3V and 5V, the expected propagation delay time is typically 14ns on the 3.3V side and 19ns on the 5V side.

The output drive is 16mA on the 3.3V side and 8mA on the 5V side. The logic IC works with Schmitt-triggered inputs. These inputs have thresholds that can be tailored to the user\'s needs. This ensures that the user will have an input threshold that is optimal for their specific application.

The 74AVC16836ADGG can be used in a variety of applications, from data transfer between two systems of different voltage levels to motor control systems and motor logic systems. These logic ICs can also be used to build pulse width modulators, frequency counters, and logic buses. It is also used in motor control systems and motor logic systems as well as in robotics applications and microprocessors.

The 74AVC16836ADGG is a versatile, high-speed logic IC that is well suited for many application fields. It is designed to operate at low power while providing high levels of performance. The input and output thresholds can be adjusted to meet the user’s needs and the power supply levels are adjustable to ensure optimal performance. The IC also has low propagation delay times and acceptable slew rates. All of these features make it an excellent choice for use in a variety of applications.

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