LTC2621CDD#TRPBF

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The LTC2621CDD#TRPFB is a 12-bit quad-channel digital to analog converter (DAC) that is capable of generating analog voltages ranging from 0V to 5V. It provides 2x16-bit resolution and is ideal for applications where small size and low power consumption are a priority. The LTC2621CDD#TRPFB is a monolithic IC with four complete DACs on a single chip. It has an on-chip reference, allowing for precise voltage output. It also features an adjustable output capability, allowing the offer of multiple gains from 10mV/LSB to 5V/LSB. The device is designed for use with the popular SPI interface, offering a high degree of flexibility for system designs.

The LTC2621CDD#TRPFB is an excellent solution for applications that require precise voltage outputs, such as test and measurement devices, industrial control systems, automotive diagnostics, and medical imaging systems. It is suitable for use in battery-powered and portable applications, where its low power consumption, small footprint, and low cost can help reduce system costs. The device has a low output impedance, provides fast settling time and good linearity, and is protected against latch up.

The LTC2621CDD#TRPFB has four independent DAC channels, each with 12-bit resolution. The voltage output range is adjustable, with gains of 10mV to 5V/LSB selectable. The device can be driven with the SPI interface, allowing each input word to control one DAC channel. All four channels can be updated simultaneously, with the fast settling time ensuring that all channels stay in sync and no crosstalk occurs. The LTC2621CDD#TRPFB also features on-chip temperature/voltage reference, allowing for very precise voltage output. The temperature/voltage reference can be adjusted for different full-scale ranges, allowing for a wide range of linearity accuracy.

The LTC2621CDD#TRPFB is a versatile and reliable digital to analog converter that can be used in many applications. It is designed for use with the popular SPI interface, making it easy to integrate into existing systems. The device is suitable for use in portable and low-power applications, and its low-output impedance and high linearity, coupled with its adjustable voltage output range, make it an ideal solution for precise analog output control.

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