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XH035: A_CELLS. For MOS module only. acmpc01 is a low-power CMOS comparator with hysteresis. The input stage is P-MOS differential pair.

XT06 acmpc01 is a low-power CMOS comparator with N-MOS input stage.

XC018 LP 3.3V acmpc01_3v3 is a low-power current-programmable CMOS comparator with hysteresis. The input stage is P-MOS differential pair. The speed and power consumption of the comparator can be controlled by means of the bias current through the IBN inp

XC018 LP 5V acmpc01_5v is a low-power current-programmable CMOS comparator with hysteresis. The input stage is P-MOS differential pair. The speed and power consumption of the comparator can be controlled by means of the bias current through the IBN input.

XC06: A_CELLS. acmpc02 is a low-power CMOS comparator with P-MOS input stage.

XH035: A_CELLS. For MOS module only. acmpc02 is a low-power CMOS comparator with hysteresis. The input stage is N-MOS differential pair.

XT06 acmpc02 is a low-power CMOS comparator with P-MOS input stage.

XC018 LP 3.3V acmpc02_3v3 is a low-power current-programmable CMOS comparator with hysteresis. The input stage is N-MOS differential pair.

XC018 LP 5V acmpc02_5v is a low-power current-programmable CMOS comparator with hysteresis. The input stage is N-MOS differential pair. The speed and power consumption of the comparator can be controlled by means of the bias current through the IBN input.

XC10: A_CELLS; A_CELLS_M1. acmpc03 is a general purpose, low-consumption voltage comparator with N-MOS input.

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

XC06: A_CELLS. acmpc03 is a fast CMOS voltage comparator with N-MOS input stage. A hysteresis of some 14mV (typ) is intentionally introduced to ensure proper operation.

XH035: A_CELLS. For MOS module only. acmpc03 is a rail-to-rail CMOS comparator.

XT06 acmpc03 is a fast CMOS comparator with N-MOS input stage. A 15mV (typ.) hysteresis is intentionally introduced to ensure proper operation.

XC018 LP 3.3V acmpc03_3v3 is a rail-to-rail input, current-programmable CMOS comparator. The speed and power consumption of the comparator can be controlled by means of the bias current through the IBN input.

XC018 LP 5V acmpc03_5v is a rail-to-rail input, current-programmable CMOS comparator.

XC10: A_CELLS; A_CELLS_M1. acmpc04 is a general purpose, low power voltage comparator with P-MOS input.

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

XC06: A_CELLS. acmpc04 is a fast CMOS voltage comparator with P-MOS input stage. A hysteresis of some 14 mV (typ) is intentionally introduced to ensure proper operation.

XH035: A_CELLS. For MOS module only. acmpc04 is a current-programmable rail-to-rail CMOS voltage comparator. The speed and the power consumption of the cell are programmed by means of bias current.

XT06 acmpc04 is a fast CMOS comparator with P-MOS input stage. A 15mV (typ.) hysteresis is intentionally introduced to ensure proper operation.

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

XC06: A_CELLS. acmpc06 is a fast rail-to-rail CMOS voltage comparator.

XT06 acmpc06 is a fast rail-to-rail CMOS voltage comparator.

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.

XH035: A_CELLS. For MOS module only. acsoc01 is a general purpose current source. The circuit drives a current of 2µA (approx.) at each of its outputs.

XC018 LP 3.3V acsoc01_3v3 is a compact general purpose current source. The circuit has four outputs that drive currents of 200nA each. 

XC018 LP 5v acsoc01_5v is a compact general purpose current source. The circuit has four outputs that drive currents of 1µA, 2µA, 4µA, and 8µA, respectively.

XH035: A_CELLS. For MOS module only. acsoc02 is a general purpose current source. The circuit drives a current of 2µA (approx.) at each of its outputs. No reference voltage is necessary.