S912XHY128F0VLM Datasheet, PDF(728/802 Page) Freescale Semiconductor, Inc – S12 Microcontrollers

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S912XHY128F0VLM Datasheet, PDF (728/802 Pages) Freescale Semiconductor, Inc – S12 Microcontrollers

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Electrical Characteristics

Table A-8 shows the conï¬guration of the peripherals for maximum run current

Table A-8. Module Conï¬gurations for Maximum Run Supply (VDDR+VDDA) Current VDD35=5.5V

Peripheral

Conï¬guration

S12XCPU

COP & RTI

PLL

DBG

CAN0,CAN1

SPI

SCI0,SCI1

PWM

IIC

LCD

MC

420 cycle loop: 384 DBNE cycles plus subroutine entry to stimulate stacking (RAM access)

enabled. COP running at the rate 224, RTI control register(RTICTL) set to $7F

enabled and conï¬gured to supply the part with the maximum speciï¬ed bus frequency (80 MHz).

the module is enabled and the comparators are conï¬gured to trigger in outside range.The range

covers all the code executed by the core,the tracing is disabled..

Conï¬gured to loop-back mode using a bit rate of 1Mbit/s

Conï¬gured to master mode, continuously transmit data (0x55 or 0xAA) at 1Mbit/s

Conï¬gured into loop mode, with the break detection and collision detection features enabled,

continuously transmit data (0x55) at speed of 57600 baud

Conï¬gured to toggle its pins at the rate of 40kHz

operate in master mode and continuously transimit data(0x55 or 0xAA) at 100Kbits/s

conï¬gured to 976Hz frame frequency, 1/4 Duty, 1/3 Bias with all FP/BP enabled and all

segment on

conï¬gured to full H-bridge mode MCPER=0x3FF, 1/2fbus motor controller timer counter

clock, MCDC=0x20

SSD

TIM0,TIM1

ATD

Overhead

disabled

The peripheral shall be conï¬gured in output compare mode. Pulse accumulator and modulus

counter enabled.

The peripheral is conï¬gured to operate at its maximum speciï¬ed

frequency and to continuously convert voltages on all input channels in sequence.

VREG supplying 1.8V from a 5V input voltage, PLL on

A.1.10.3 Stop Current Conditions

Unbonded ports must be correctly initialized to prevent current consumption due to ï¬oating inputs. Typical

Stop current is measured with VDD35=5V, maximum Stop current is measured with VDD35=5.5V. Pseudo

Stop currents are measured with the oscillator conï¬gured for 4MHz LCP mode. Production test parameters

are tested with a 4MHz square wave oscillator.

A.1.10.4 Measurement Results

MC9S12XHY-Family Reference Manual, Rev. 1.01

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