AD7740YRTZ-REEL7 Integrated Circuits (ICs)

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The AD7740YRTZ-REEL7 is a stable and reliable voltage-to-frequency and frequency-to-voltage converter from Texas Instruments. The integrated F/V and V/F converter combines precision, low noise, high accuracy, low power consumption and superior charge injection performance to make it suitable for many applications. It is an ideal solution for analog-to-digital, digital-to-analog, and frequency-to-voltage/voltage-to-frequency conversion tasks.

The heart of the AD7740YRTZ-REEL7 converter is a low power, low noise, high performance F/V and V/F converter. It features a wide operating voltage range, fast settling times, and a low power consumption. It is also equipped with a 16MHz reference oscillator and a range of PWM outputs allowing it to be used in applications such as motor speed and position feedback systems. The integrated 2-channel analog to digital converter (ADC) provides DC and AC conversion accuracy, while the 2-channel interleaved pulse width modulator (PWM) has the capability to generate high resolution pulse width modulated (PWM) outputs.

The AD7740YRTZ-REEL7 also features a differential input/output enabling it to interface directly with high speed control systems. It has an on-board filtering and conditioning circuit that provides high accuracy and low voltage noise output signals. This feature allows the AD7740YRTZ-REEL7 to be used for temperature, pressure and strain applications.

The AD7740YRTZ-REEL7 converter is also equipped with a programmable non-volatile memory that allows it to remember settings from previously used applications. It also has an integrated 1.8V to 5.5V frequency output allowing users to select the most suitable frequency range. The AD7740YRTZ-REEL7 is ideal for systems that require precision, low noise and high-accuracy performance.

The AD7740YRTZ-REEL7 V/F and F/V converter is suitable for multiple applications, including motor speed and position feedback systems, temperature, pressure, and strain measurements, as well as precision, low noise, and high-accuracy conversion tasks. Its integrated filtering, conditioning and reference oscillator circuits ensures superior performance and reliability. Its low power consumption makes it ideal for battery-powered systems. Its programmable non-volatile memory allows it to remember settings from previously used applications, making it a great choice for applications requiring flexibility.

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