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XB06: A_CELLS. aopac02 is an internal frequency-compensated CMOS operational amplifier with p-mos input stage

XB06: A_CELLS. aopac03 is a fast internal frequency-compensated CMOS operational amplifier with p-mos input stage

XB06: A_CELLS. aopac05 is a low power internal frequency-compensated CMOS operational amplifier with nmos input stage

XB06: A_CELLS. aopac06 is an internal frequency-compensated CMOS operational amplifier with n-mos input stage

XB06: A_CELLS. aopac07 is a fast internal frequency-compensated CMOS operational amplifier with n-mos input stage.

XB06: A_CELLS. aopac09 is an internal frequency-compensated CMOS operational amplifier with p-mos input stage and rail-to-rail output stage.

XB06: A_CELLS. aopac10 is an internal frequency-compensated CMOS operational amplifier with rail-to-rail input stage and rail-to-rail output stage.

XB06: A_CELLS. acmpc01 is a low-power two-stage CMOS comparator with n-mos input stage and a CMOS-output stage.

XB06: A_CELLS. acmpc03 is a low-power two-stage CMOS comparator with n-mos input stage and a CMOS-output stage.

XB06: A_CELLS. acmpc04 is a two-stage CMOS comparator with p-mos input stage and a CMOS-output stage.

XB06: A_CELLS. acmpc06 is a two-stage CMOS comparator with p-mos input stage and a CMOS-output stage.

XB06: A_CELLS. acmpc10 is a CMOS comparator with rail-to-rail input stage and rail-to-rail output stage.

XB06: A_CELLS. acmpc11 is low offset CMOS comparator with rail-to-rail input stage and rail-to-rail output stage.

XB06: A_CELLS. abgpc01 is a Brokaw, general-purpose bandgap reference source with high resistive poly resistor. 

XB06: A_CELLS. abgpc03 is a badgap reference with high resistive poly resistor.

XB06: A_CELLS. abiac01 is a bias voltage source (VBP1, VBN1) which needs a bandgap cell for biasing.

XB06: A_CELLS. abiac02 is a bias voltage source (VBP2, VBN2) which needs a bandgap cell for biasing.

XB06: A_CELLS. abiac03 is a bias voltage source (VBP3, VBN3) which needs a bandgap cell for biasing.

XB06: A_CELLS. ADC10 is a 10-bit analog-to-digital converter which utilizes successive approximation technique.

XB06: A_CELLS. ADC8 is a 8-bit analog-to-digital converter which utilizes successive-approximation technique.

XB06: A_CELLS. DAC10 is a 10-bit digital-to-analog converter. The architecture is based on two resistor dividers. Because of its high output impedance, which is also code dependent, a low offset buffer operational amplifier is strictly recommended at the

XB06: A_CELLS. DAC8 is a 8-bit digital-to-analog converter. The architecture is based on two resistor dividers. Because of its high output impedance, which is also code dependent, a low offset buffer operational amplifier is strictly recommended at the ou

XB06: A_CELLS. DAC8rs is a 8-bit digital-to-analog converter. The architecture is based on a resistor divider. The output impedance is code dependent.

XB06: A_CELLS. DAC6rs is a 6-bit digital-to-analog converter. The architecture is based on a resistor divider. The output impedance is code dependent.

XC06: A_CELLS_HV. aopac13 is a high-voltage (V_DD up to 10V), low-power, internally-compensated CMOS OpAmp with PMOS input stage.

XC06: A_CELLS_HV. aopac14 is a high-voltage (V_DD up to 10V), low-power, internally-compensated CMOS OpAmp with NMOS input stage.

XC06: A_CELLS_HV. aopac15 is a high-voltage, internally-compensated CMOS OpAmp with NMOS input stage and bipolar emitter-follower output. The incorporated level shifters allow the EN and ENB inputs to be controlled by 5V circuitry.

XC06: A_CELLS_HV. abiac07 is a high-voltage bias cell. The circuit forces a current of 2µA (approx.) to flow through pghv PMOS with W/L ratio of 10µm/10µm and nmv NMOS with W/L ratio of 10µm/12µm.

XC06: A_CELLS_HV. abiac08 is a high-voltage bias cell. THe circuit forces a current of 2µA (approx.) to flow through pgmv PMOS with W/L ratio of 10µm/10µm and nhv NMOS with W/L ratio od 10µm/12µm. The cell features low-cost process option and is a co

XC06: A_CELLS_HV. adrvc01 is a driver circuit for external loads (relays, LEDs, etc). The circuit features NMOS open-drain output (high-side switch). High input voltage makes the output go low (connected to ground). The rising slope of the output signal c