Features: No Adjustments Required, Total Error 61 LSB MaxOver TemperatureFour Voltage-Output DACs on a Single ChipInternal 10 V Bandgap ReferenceOperates from Single 115 V SupplyFast 50 ns Data Load Time, All TemperaturesPin-for-Pin Replacement for PM-7226 and AD7226,Eliminates External ReferenceA...
DAC8426: Features: No Adjustments Required, Total Error 61 LSB MaxOver TemperatureFour Voltage-Output DACs on a Single ChipInternal 10 V Bandgap ReferenceOperates from Single 115 V SupplyFast 50 ns Data Load...
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Resolution (Bits) | 8bit |
DAC Update Rate | 333kSPS |
DAC Settling Time | 3s |
# DAC Outputs | 4 |
DAC Type | Voltage Out |
DAC Input Format | Par |
Output FSR | User Def. Range/Offset |
Ref Int/Ext | Int |
Supply Vnom | Dual(+15, -5),Single(+15) |
Pwr Diss | 210mW |
Package | SOIC,DIP |
The DAC8426 is a complete quad voltage output D/A converter with internal reference. This product fits directly into any existing 7226 socket where the user currently has a 10 V external reference. The external reference is no longer necessary. The internal reference of the DAC8426 is laser-trimmed to ±0.4% offering a 25 ppm/°C temperature coefficient and 5 mA of external load driving capability.
The DAC8426 contains four 8-bit voltage-output CMOS D/A converters on a single chip. A 10 V output bandgap reference sets the output full-scale voltage. The circuit also includes four input latches and interface control logic.
One of the four latches, selected by the address inputs, is loaded from the 8-bit data bus input when the write strobe is active low. All digital inputs are TTL/CMOS (5 V) compatible. The on-board amplifiers can drive up to 10 mA from either a single or dual supply. The on-board reference that is always connected to the internal DACs has 5 mA available to drive external devices.
Its compact size, low power, and economical cost-per-channel, make the DAC8426 attractive for applications requiring multiple D/A converters without sacrificing circuit-board space. System reliability is also increased due to reduced parts count.
PMI's advanced oxide-based, silicon-gate, CMOS process allows the DAC8426's analog and digital circuitry to be manufactured on the same chip. This, coupled with PMI's highly stable thin-film R-2R resistor ladder, aids in matching and temperature tracking between DACs.