Clone MCU PIC24FJ16GA002 Program

We can Clone MCU PIC24FJ16GA002 Program, please view the MCU PIC24FJ16GA002 features for your reference:

If the result is left-adjusted and no more than 8-bit precision is required, it is sufficient to read ADCH. Otherwise, ADCL must be read first, then ADCH, to ensure that the content of the data registers belongs to the same conversion when clone mcu program.

Once ADCL is read, ADC access to data registers is blocked. This means that if ADCL has been read, and a conversion completes before ADCH is read, neither register is updated and the result from the conversion is lost if clone mcu program.

When ADCH is read, ADC access to the ADCH and ADCL registers is re-enabled. The ADC has its own interrupt, which can be triggered when a conversion completes before clone mcu program.

When ADC access to the data registers is prohibited between reading of ADCH and ADCL, the interrupt will trigger even if the result is lost. The successive approximation circuitry requires an input clock frequency between 50 kHz and 200 kHz after clone mcu program.

Using a higher input frequency will affect the conversion accuracy, see “ADC Characteristics” on page 50. The ADC module contains a prescaler, which divides the system clock to an acceptable ADC clock frequency when clone mcu program.

The ADPSn bits in ADCSR are used to generate a proper ADC clock input frequency from any CK frequency above 100 kHz. The prescaler starts counting from the moment the ADC is switched on by setting the ADEN bit in ADCSR if clone mcu program.

The prescaler keeps running for as long as the ADEN bit is set, and is continuously reset when ADEN is low. When initiating a conversion by setting the ADSC bit in ADCSR, the conversion starts at the following rising edge of the ADC clock cycle before clone mcu program.

If differential channels are selected, the conversion will only start at every other rising edge of the ADC clock cycle after ADEN was set after clone mcu program.


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