MAXIM INTEGRATED / ANALOG DEVICES MX7524LCSE 8-bit CMOS Multiplying DAC

The MX7524LCSE+ is an 8-bit CMOS buffered multiplying digital-to-analog converter housed in a 16-pin NSOIC package. It features on-chip input latches, enabling the DAC to be interfaced similarly to a RAM write cycle using active-low Chip Select (CS) and Write (WR) controls. The device offers linearity up to ±1/8 LSB and consumes less than 10mW of power. It utilizes a thin-film R-2R resistor network with CMOS current steering switches. The DAC supports a supply voltage range of 5V to 15V and operates within a temperature range of 0°C to 70°C. It supports a parallel interface with a unipolar channel, ensuring monotonicity over the full temperature range. Compatible with TTL and CMOS logic at +5V, it is suitable for microprocessor control. Integrated on-chip data latches facilitate easy data handling. Applications include signal processing, industrial systems, function generators, digital control systems, bus-based instruments, and automatic test equipment.

View MX7524LCSEDatasheet [pdf]

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Purchase the Maxim MX7524LCSE digital-to-analog converter online today. Featuring on-chip data latches, low power consumption, and wide voltage support, this 8-bit DAC ensures high linearity and reliability. Its CMOS technology guarantees compatibility with TTL and CMOS logic levels at +5V, making it perfect for signal processing and automation systems. Easy to interface with microprocessors, it is suitable for use in industrial control, function generators, and test equipment. Order now for fast delivery and superior performance designed for demanding applications.

Get Maxim MX7524LCSE today—built for precision and long-lasting durability in industrial and control applications.