AD7951BSTZ

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Analog-to-Digital Converters (ADCs) translate continuous analog signals into numerical values that can be read and processed by digital systems for further analysis. The AD7951BSTZ is an ultra-low power 10-bit Analog-Digital Converter (ADC), with an impressive 0.6 µA operating current, optimized for battery-powered precision sensing applications. It is primarily used in medical and industrial process control, telecommunication, and consumer products.

The AD7951BSTZ is a low-power, low-voltage 10-bit ADC with an impressive 0.6 µA operating current, capable of resolving input signals with up to 6 digits of resolution. It provides a remarkable signal-to-noise performance, which is essential for precision sensing applications. This device is optimized for low-power operation, while still providing excellent dynamic performance. The on-chip sample switching circuitry is designed to minimize power consumption and noise. This swap-capable 10-bit zero-latency AD7951BSTZ ADC has adjustable conversion speed (50 kHz to 125 kHz) and a non-oversampling mode of operation.

The AD7951BSTZ features an input range from -1L to +1L, making it ideal for differential sensing applications. The differential channel-match is better than 0.05% over temperature, and the input signal distortion (INL, DNL) and offset are less than 1LSB for signal-in accuracy. The differential amplifier biases the input range and the offset to 0 ± 0.3 V, enabling outstanding performance with the lowest possible power. It is capable of converting multiplexed signals with an effective sample rate of up to 38ksps. The AD7951BSTZ has exceptionally low power consumption and is designed to work in environments where power savings are critical.

The AD7951BSTZ also features a built-in temperature sensor and an independent analog supply for the reference and the temperature sensor supply. This allows the device to autonomously perform a temperature measurement without the need for an extra temperature sensor. This integrated temperature sensor helps to reduce power dissipation and cost.

The AD7951BSTZ is a zero latency, 10-bit converter optimized for low-power operation. It requires a single 3.3 V supply and an analog supply output capable of delivering up to 3.6 V. It has a built-in temperature sensor, making it an ideal choice for precision sensing applications. This device combines excellent dynamic performance with ultra-low power consumption, making it an ideal choice for battery-powered applications.

The AD7951BSTZ provides a number of output format options, including binary, Gray code, straight binary, and offset binary. The output data formats can be selected by user via the command interface. The device has a chip select input and a data ready/complete flag for interrupts. The AD7951BSTZ supports up to 10 bits of resolution and can convert a signal with a signal-in accuracy of up to 6 digits.

The AD7951BSTZ is an ultra-low power 10-bit Analog-Digital Converter (ADC), optimized for battery-powered precision sensing applications. Its features include an input range from -1L to +1L, adjustable conversion speed, a built-in temperature sensor, a non-oversampling mode of operation, and low power consumption. This device is ideal for low-power precision sensing applications and provides excellent dynamic performance with a signal-in accuracy of up to 6 digits.

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