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XC10: A_CELLS; A_CELLS_M1. atmpc02 is a high-temperature detector. An OVERT output signal (active low) is generated when the chip temperature rises above 160 °C (approx.).

XC10: A_CELLS; A_CELLS_M1. atmpc01 is a high-temperature detector. An OVERT output signal (active low) is generated when the chip temperature rises above 140 °C (approx.).

XB06: LNA library: RF_MIXER_CELLS. MIXER is a down conversion mixer based on a Gilbert cell topology. It should be biased by the RF bias cell.

XC10: A_CELLS; A_CELLS_M1. aopac01 is an internally compensated general purpose OpAmp with P-MOS input and common-source output stage.

XC10: A_CELLS; A_CELLS_M1. aopac02 is an internally compensated rail-to-rail input/output OpAmp.

XC10: A_CELLS; A_CELLS_M1. aopac03 is an internally compensated general purpose OpAmp with N-MOS input and bipolar pnp output stage.

XC10: A_CELLS; A_CELLS_M1. aopac04 is a internally compensated general purpose OpAmp with P-MOS input stage.

XC10: A_CELLS; A_CELLS_M1. aopac05 is a fast internally compensated OpAmp with P-MOS input stage.

XC10: A_CELLS; A_CELLS_M1. aopac06 is a high-gain, high load current CMOS OpAmp with N-MOS input and rail-to-trail output stage.

XC10: A_CELLS; A_CELLS_M1. aopac07 is a general purpose internally compensated OpAmp with P-MOS input and source follower output stage.

XB06: A_CELLS. aopac01 is a low power internal frequency-compensated CMOS operational amplifier with pmos input stage

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.

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. aopac01 is a general purpose internally compensated CMOS OpAmp with P-MOS input stage and source follower output stage.

XC06: A_CELLS. aopac02 is a fast internally compensated CMOS OpAmp with N-MOS input stage and rail-to-rail output stage. Due to the dynamic biasing of the input stage, a high slew rate is achieved, while power consumption is kept moderate.

XC06: A_CELLS. aopac03 is a general purpose internally compensated CMOS OpAmp with N-MOS input stage and bipolar emitter follower output stage.

XC06: A_CELLS. aopac06 is a general purpose internally compensated CMOS OpAmp with N-MOS input stage and rail-to-rail output stage.

XC06: A_CELLS. aopac07 is a general purpose internally compensated CMOS OpAmp with P-MOS input stage and rail-to-rail output stage.

XC06: A_CELLS. aopac08 is a general purpose internally compensated rail-to-rail input, rail-to-rail output OpAmp.

XC06: A_CELLS. aopac09 is a fast internally compensated CMOS OpAmp with N-MOS input stage and P-MOS source follower at the output stage.

XC06: A_CELLS. aopac10 is a fast internally compensated CMOS OpAmp with P-MOS input stage and N-MOS source follower at the output stage.

XC06: A_CELLS. aopac11 is a low-power, internally compensated CMOS OpAmp with P-MOS input stage and N-MOS source follower at the output stage.