Digital-to-analog converter with a shared resistor string
A resistor, number technology, applied in the DAC field, can solve problems such as increase in area or size
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[0021] figure 1 and 2 An example embodiment of a digital-to-analog converter (DAC) 100 is illustrated. As shown, DAC 100 generally includes decoder 101 and resolution circuitry 103 . Decoder 101 is generally configured to receive a digital input signal DIN and generate control signals that control switches within resolution circuit 103 to generate an analog output signal AOUT. The resolution circuit 103 generally includes a resistor string 105 comprising resistors R-1 to R-(M+2N) coupled together in series with each other between two voltage rails (ie, VDD and ground). ). As shown, this resolution circuit 103 is capable of generating two output signals OUT1 and OUT2 from buffers 102 and 104 (which may be differential and coupled across selected resistors and may be interpolation buffers); more output signals may also be possible. These output signals OUT1 and OUT2 (which may be referred to as side A and side B) are from separate sets of switches or switch banks SA-1 to SA...
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