Product Summary

The MX7533LN is a low cost CMOS 4-quadrant multiplying digital-to-analog converter(DAC). An advanced silicon gate CMOS process combines 1- bit linearity, low power consumption, and excellent long term stability. Thin-film resistors provide 1.4% untrimmed gain error and less than 0.1% gain change with temperature over all operating ranges. The MX7533LN operates from a single +5V to +15V supply. The applications of the MX7533LN include: machine and motion control systems, automatic test equipment, μP controlled calibration circuitry, programmable gain amplifiers, digitally controlled filters, Programmable power supplies.

Parametrics

MX7533LN absolute maximum ratings: (1)VDD to GND: -0.3, +17V; (2)VREF to GND: ±25V; (3)RFB to GND: ±25V; (4)Digital input voltage to GND: -0.3V, VDD; (5)Output voltage(out1, out2): -0.3V, VDD; (6)Power dissipation plastic DIP(derate 8.3mW/℃ above +70℃): 670mW; ceramic, CERDIP, small outline(derate 6mW/℃ above +75℃): 450mW; (7)Storage temperature: -65℃ to +150℃; (8)Lead temperature(soldering 10 secs): +300℃.

Features

MX7533LN features: (1)10 bit resolution; (2)8, 9 and 10 bit end point linearity; (3)Low power consumption-20mW; (4)Four-quadrant multiplication; (5)TTL and CMOS compatible; (6)Pin-four-pin second source.

Diagrams

MX7533LN diagram

Image Part No Mfg Description Data Sheet Download Pricing
(USD)		 Quantity
MX7533LN
MX7533LN
Maxim Integrated Products
DAC (D/A Converters)
Data Sheet
Negotiable 
MX7533LN+
MX7533LN+
Maxim Integrated Products
DAC (D/A Converters) 10-Bit Precision DAC
Data Sheet
Negotiable