LTC2264CUJ-14

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The LTC®2264CUJ-14 is a low power, wide bandwidth sampling A/D converter designed for various data acquisition (DAQ) applications. This converter is capable of sampling a wide range of signals up to 14-bits which ensures accuracy and precision in the conversion process. The LTC2264CUJ-14 has a relatively low power consumption compared to other A/D converters which makes it ideal for portable applications as well as applications where energy efficiency is critical. This device operates with a single +5V supply voltage and has temperature range from –40°C to +85°C.

The LTC2264CUJ-14 is a highly integrated device which includes features such as built-in voltage reference, gain stages, sample and hold amplifier, current dump information register, A/D converter and analog mux. These features allow for the device to sample and convert analog signals with a minimal number of external components. This is beneficial for applications that require fast conversion speeds and measurements with higher resolution.

The device is designed for single cycle conversion speeds that range from 10µs to 800µs depending on the chosen transfer rate. The full-scale input voltage can range from 0mV to 2.5V (unipolar) or ±2.5V (bipolar). The settling time and differential linearity of the converter are specified as 0.3µs and ±2LSB respectively.

The internal voltage reference of the LTC2264CUJ-14 is capable of providing a stable reference voltage to the device up to 3.6V which eliminates the need for an external reference. The reference voltage can also be adjusted to meet the system’s accuracy requirements. Additionally, the device is capable of operation in both single-ended and differential input mode.

The LTC2264CUJ-14 has various capabilities that can enable its use in various industries and applications such as medical, industrial and automotive. This device is capable of sampling and converting data from various instrumentation and control signals such as pressure, temperature, flow, strain and acceleration. The design of this A/D converter allows for improved performance with lower power consumption and fewer external components, making it ideal for data acquisition applications requiring high speed and precision.

The internal circuit of the LTC2264CUJ-14 consists of an analog multiplexer, a sample and hold amplifier, an ADC, a voltage reference, and a gain stage. The device can be used to convert analog voltage signals into digital values. The analog multiplexer allows multiple analog signals to be sequentially connected to the input of the device while the sample and hold amplifier acquires the instantaneous values of these signals. The gain stage provides amplification of the analog signals prior to their conversion. The voltage reference provides a stable voltage reference for the ADC and the gain stage, ensuring accurate and precise conversion of the signals. The ADC is the component responsible for converting the analog signals into digital words.

In conclusion, the LTC2264CUJ-14 is a low-power, wide bandwidth, sampling A/D converter that provides accurate and precise data acquisition for a wide range of applications. With its low power consumption, integrated voltage reference, high-speed conversion capability, and wide input range, it has become a popular choice for data acquisition and control applications.

The specific data is subject to PDF, and the above content is for reference