LTC2324HUKG-16#PBF

LTC2324HUKG-16#PBF is a high performance 16-bit ADC, designed to provide the highest level of accuracy and resolution for analog signals in systems where data acquistion is needed. This ADC is populated with low-power Cortex processors and can sample analog signals at up to 400 kSPS. It has a low power consumption design which makes it ideal for wireless applications. The device is housed in a small, lightweight package, measuring only 6 mm by 6 mm, and is available in both through-hole and leadless packages.

The LTC2324HUKG-16#PBF features integrated flexibility, allowing users to tailor their ADC solutions to specific application requirements. The device includes an on-chip temperature sensor, clock oscillator, and Digital-to-Analog Converter (DAC) to manage offset calibration. It also has the capability to sample analog signals in bulk, making it quick and easy to acquire large amounts of data. An internal digital filter reduces noise, while the built-in clock ensures jitter-free sampling.

The LTC2324HUKG-16#PBF is well suited for use in communication, industrial, and medical applications, as well as any system that requires accurate analog measurement. It can process analog inputs from sensors, transmit carriers, amplifiers, and other sources with the highest resolution. Its low noise and spurious-free architecture make it ideal for challenging RF and mixed-signal processing.

The device operates on a differential-input voltage to digital conversion principle. A differential-input voltage is input to the ADC, where it is converted to a digital output code. The digital output code is encoded with an offset and gain errors, which are corrected using the on-chip temperature sensor and DAC. The DAC uses a gain-adjustment value that is stored in the on-chip memory during the programming process. The gain correction ensures the highest accuracy and resolution even at extreme temperatures. The corrected digital output can then be output in either parallel or serial format.

The LTC2324HUKG-16#PBF is an ideal choice for applications that require accurate analog-to-digital conversion in data acquisition applications. Its robust design and high stability provide excellent results in many applications. Its low power and small size make it ideal for wireless applications, while its on-chip diagnostic features help ensure reliable performance in mission-critical applications.