Features: • 12-bit resolution• Accurate to within ±0.05%• Monotonic over temperature• Fast settling time, 250ns typical• Trimless design for low cost• Differential current outputs• High-speed multiplying capability• Full-scale current, 4mA (with 1mA ...
AM6012: Features: • 12-bit resolution• Accurate to within ±0.05%• Monotonic over temperature• Fast settling time, 250ns typical• Trimless design for low cost• Differentia...
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SYMBOL | PARAMETER | RATING | UNIT |
TA | Operating temperature AM6012F |
0 to +70 | °C |
TSTG | Storage temperature range | -65 to +150 | °C |
TSOLD | Lead soldering temperature 10sec max | 300 | °C |
VS | Power supply voltage | ±18 | V |
Logic inputs | -5V to +18 | V | |
Voltage across current outputs | -8V to +12 | V | |
VREF | Reference inputs V14, V15 | V- to V+ | |
VREF | Reference input differential voltage (V14 to V15) | ±18 | V |
VREF | Reference input current (I14) | 1.25 | mA |
PD | Maximum power dissipation, TA=25°C, (still-air)1 F package D package |
1560 |
mW |
The AM6012 12-bit multiplying Digital-to-Analog converter provides high-speed and 0.025% differential nonlinearity over its full commercial temperature range.
The D/A converter uses a 3-bit segment generator for the MSBs in conjunction with a 9-bit R-2R diffused resistor ladder to provide 12-bit resolution without costly trimming processes. This technique guarantees a very uniform step size (up to ± LSB from the ideal), monotonicity to 12 bits and integral nonlinearity to 0.05% at its differential current outputs.
The dual complementary outputs of the AM6012 increase its versatility, and effectively double the peak-to-peak output swing. Digital inputs, in addition, can be configured to accept all popular logic families.
While AM6012 requires a reference input of 1mA for a 4mA full-scale current, operation is nearly independent of power supply voltage shifts. The power supply rejection ratio is ±0.001% FS/% DV. The devices will work from +5, -12V to ±18V rails, with as low as 230mW power consumption typical.