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XC10: A_CELLS; A_CELLS_M1. acmpc01 is a general purpose voltage comparator with P-MOS input and hysteresis.

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

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

XC10: A_CELLS; A_CELLS_M1. abgpc01 is a bandgap reference with well resistors.

XC10: A_CELLS; A_CELLS_M1. abgpc02 is a bandgap reference with Poly2 resistors. The cell doesn’t include an output buffer.

XC10: A_CELLS; A_CELLS_M1. abgpc03 is a bandgap reference with Poly2 resistors. The cell doesn’t include an output buffer.

XC10: A_CELLS; A_CELLS_M1. abiac01 is a general purpose VTH - based current reference. The circuit forces a current of 2.4μA (approx.) to flow through P- or N-MOS transistor with a W/L ratio of 10μm/6μm.

XC10: A_CELLS; A_CELLS_M1. abiac02 is a general purpose weak inversion bias cell. The circuit forces a current of 250nA (approx.) to flow through P- or N-MOS transistors with a W/L ratio of 10μm/10μm.

XC10: A_CELLS; A_CELLS_M1. achpc01 is doubling charge pump 5V to 8.75V.

XC10: A_CELLS; A_CELLS_M1. achpc02 is a 4-stage Dickson charge pump originally designed for EEPROM.

XC10: A_CELLS; A_CELLS_M1. arcoc01 is a 200kHz fixed frequency, current balancing RC oscillator with internal R and C.

XC10: A_CELLS; A_CELLS_M1. arcoc02 is a 200kHz adjustable current balancing RC oscillator with internal R and C.

XC10: A_CELLS; A_CELLS_M1. arcoc03 is a 1MHz fixed frequency, current balancing RC oscillator with internal R and C.

XC10: A_CELLS; A_CELLS_M1. arcoc04 is a 1MHz an adjustable current balancing RC oscillator with internal R and C.

XC10: A_CELLS; A_CELLS_M1. arcoc05 is a 10kHz RC oscillator with internal R and C. The cell is suitable for applications that do not require high stability.

XC10: A_CELLS; A_CELLS_M1. arcoc06 is a 100kHz RC oscillator with internal R and C.

XC10: A_CELLS; A_CELLS_M1. axtoc02 is a 1…2MHz crystal oscillator for voltage range from 3.5V to 5.5V.

XC10: A_CELLS; A_CELLS_M1. axtoc03 is a 2…5MHz crystal oscillator for voltage range from 3.5V to 5.5V.

XC10: A_CELLS; A_CELLS_M1. aporc01 is a digital power-on-reset circuit. During power-on, POR output is kept high as long as the supply voltage is below the POR threshold voltage. After the threshold has been reached, the POR signals turns low. A delay of

XC10: A_CELLS; A_CELLS_M1. aporc02 is a digital power-on-reset circuit. PORB output is kept low as long as the supply voltage is below the POR threshold voltage. PORB signal is generated on both rising and falling edges of the supply voltage. During power

XC10: A_CELLS; A_CELLS_M1. aporc04 is a digital power-on-reset circuit. PORB output is kept low as long as the supply voltage is below the high POR threshold voltage. PORB signal is generated on both rising and falling edges of the supply voltage. During

XC10: A_CELLS; A_CELLS_M1. apogc01 is a general purpose, power good detector. A power good signal (active high) is generated as long as the supply voltage at the VDDA pin lies within the 4.5V - 5.5V limits. When the supply voltage is beyond the either low

XC10: A_CELLS; A_CELLS_M1. adacc01 is a 8-bit digital-to-analog converter (DAC) with a R-2R ladder network. The DAC operates with a single 5V supply and external reference voltage.

XC10: A_CELLS; A_CELLS_M1. adacc02 is a 10-bit digital-to-analog converter (DAC) with a R-2R ladder network. The DAC operates with a single 5V supply and external reference voltage.

XC10: A_CELLS; A_CELLS_M1. adacc03 is a 8-bit voltage-scaling digital-to-analog converter (DAC). The device can operate at supply and reference voltages down to 3.2V.

XC10: A_CELLS; A_CELLS_M1. aregc01 is a 5V / 3.3V positive voltage linear regulator for up to 10 mA load current.

XC10: A_CELLS; A_CELLS_M1. aregc02 is a 2.4V / 3.3V positive voltage switching regulator for on-chip loads and up to 10 mA load current.

XC10: A_CELLS; A_CELLS_M1. adrvc01 is a driver circuit for external loads (relays, LEDs, etc). The circuit features NMOS open-drain output. The rising slope of the output signal can be controlled by means of a bias current.

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.).

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.).