LTC2634CMSE-LMI12#PBF

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 LTC2634 CMSE-LMI12#PBF is a high-precision digital to analog converter (DAC) designed for a variety of data processing applications. This DAC provides an excellent data conversion performance with a high linearity of up to 12-bits over a wide-range of supply voltage and temperature parameters. Additionally, the LTC2634 is able to accept a wide range of digital input signals with a 3.3V IOVDDIO logic supply. This makes it an ideal solution for data conversion in a variety of application areas.

The LTC2634 is a monolithic integrated circuit (IC) containing a double row of self-aligned memory-mapping registers that store the input and output data. The DAC also includes several programmable current and voltage references for setting the operating parameters of the device. The DAC is implemented in semi-custom CMOS technology and is divided into three distinct layers of silicon transistors. These layers are connected by two-oxide insulation layers, which provide thermal stability and low power dissipation during operation.

The LTC2634 CMSE-LMI12#PBF is used in a variety of applications including data processing, audio, video, sensor and instrumentation, electro-optical systems, telecommunications and industrial control systems. The DAC features a large range of analog inputs and digital outputs, making it well-suited for both low- and high-performance designs. Additionally, the DAC features a self-biased voltage reference, which provides a very low input-referred noise typical of 12-bit devices.

The DAC utilizes 12-bit digital inputs to convert the digital values into output levels of voltage or current. The DAC allows for multiple input options, including either a single-ended or differential line. Additionally, the differential inputs provide rejection of common-mode noise and allow for a higher noise immunity when compared to single-ended input configurations. The DAC is commonly used in low-noise and low-power applications and is able to convert signals accurately without any additional noise.

The LTC2634 is designed with a three-phase control architecture that provides precise control over the output voltage or current. This is accomplished by using three separate reference voltages, which adjust the gain and offset of the output signal. Additionally, the DAC includes six digital control bits to program the output current or voltage and two additional digital control bits for configuration of the device. The DAC allows for a wide range of gains, offsets and power supply parameters to be selected and applied.

The device is highly reliable and is capable of converting all digital data into a linear analog output voltage or current with high accuracy and minimal distortion. The device also features a selectable power-saving mode, which allows for lower power consumption during standby operation. Additionally, the DAC includes an internal overtemperature sensor that activates an alarm to protect the device from overheating.

In summary, the LTC2634 CMSE-LMI12#PBF is a cutting-edge DAC designed for a variety of data processing applications. The DAC features a self-biased voltage reference, 3-phase control and a selectable power saving mode, which makes it an ideal solution for a wide range of data conversion applications including audio, video, sensor, instrumentation and industrial processing systems. Additionally, the DAC is highly reliable, providing excellent performance with minimal distortion and a very low input-referred noise of typical 12-bit devices.

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