MAX11200EEE+

The MAX11200EEE+ analog to digital converter is a low-power, 16-bit ADC that provides excellent noise and linearity performance in a wide range of applications. This device offers a wide input range (0V to 3.6V) and an excellent integral nonlinearity (INL) performance of only ±4 LSB. It has remarkable dynamic performance, achieving an SNR of 82dB or better and a THD of -110 dB or better.

The MAX11200EEE+ is an ideal solution for applications such as test and measurement, instrumentation, and sensor readout. Its low power consumption of only 10mW makes it perfect for battery operated and portable products as well. The device can be operated in any commercial or industrial temperature range and operates on a single 3V supply.

The MAX11200EEE+ uses the familiar differential sigma-delta architecture. The input signal is continuously sampled and compared against a reference voltage. The voltage mismatch between the sampled input and reference is then converted into a stream of pulses that are proportional to the original signal. This pulse stream is then filtered and decimated to form the digital output value.

The MAX11200EEE+ also has an integrated low-noise programmable-gain amplifier (PGA) which can be used for pre-amplifying signals with a range of gain settings. This PGA allows for flexibility in adapting the device to a variety of applications. Other features include an on-chip voltage reference, a wide input bandwidth (50MHz) and a fast conversion rate of up to 500 KSPS.

In summary, the MAX11200EEE+ provides excellent performance in a wide range of applications. Its low-power design and on-chip PGA make it ideal for portable and battery operated products. The wide input range and high dynamic performance make it suitable for a variety of test and measurement, instrumentation, and sensor readout applications. The MAX11200EEE+ also provides flexibility by allowing adjustable gain settings to adapt to different signal requirements.