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PIC16F684 Datasheet with Chat AI
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    Hello, Please ask a question about PIC16F684 Datasheet

  • # Example questions: ➢ What is the purpose of the rotary switch on the ac162083 header, and what potential issues arise if the wrong device type (hv vs f) is selected?
    ➢ For the ac162061 header, how are peripherals enabled or disabled, and what is the significance of the 'eccp', 'ssp', 'usart', '4k pfm', and 'adc' settings?
    ➢ For the ac162066 header, what needs to be done for proper operation with mplab ice 2000, and what are the different jumper settings related to?

  • Part No.PIC16F684
    ManufacturerMICROCHIP
    Size782 Kbytes
    Pages78 pages
    DescriptionDebug Header Specification
    Datasheet Summary with AI

    1. AC162060 (PIC16F785-ICD)

    ️· Jumper J2: Enable/Disable shunt regulator.
    - PIC16F785 (F): 1-2 (Disable)
    - PIC16HV785 (HV): 2-3 (Enable)

    2. AC162061 (PIC16F690-ICD)

    ️· S1 Switches: Used to select different devices and enable peripherals. Refer to Table 2 for switch settings and device selection.
    ️· FIGURE 11: Shows the physical location of S1 switches.

    3. AC162066 (PIC16F636-ICD)

    ️· Jumper J3: Selects between MPLAB ICE 2000 and in-circuit debugger modes.
    - MPLAB ICE 2000: 1-2 (Run/program as production device)
    - In-circuit debuggers: 2-3 (Run/program as ICD device)
    ️· Intended for use with PCM16YM0 processor module to emulate a PIC16F639.

    4. AC162083 (PIC16F616-ICD)

    ️· TABLE 3: Selects different devices based on Rotary switch position.
    ️· POTENTIAL ISSUES IMPORTANT WARNINGS about selecting the correct regulator type (HV vs. F):
    - Using HV on an F target: Can cause excessive current draw and damage.
    - Using F on an HV target: Can also cause excessive current draw and damage.
    - Do not power target from debug tool when using HV devices

    5. AC162060 (PIC16F785-ICD)
    ️· Jumper J2: Enable/Disable shunt regulator.
    - PIC16F785 (F): 1-2 (Disable)
    - PIC16HV785 (HV): 2-3 (Enable)

    6. AC162061 (PIC16F690-ICD)
    ️· S1 Switches: Enable/disable peripherals and device selection. Refer to Table 2 for switch settings.

    7. AC162066 (PIC16F636-ICD)
    ️· Jumper J3: Selects operating mode (MPLAB ICE or in-circuit debugger).

    8. AC162083 (PIC16F616-ICD)
    ️· TABLE 3: Device selection via rotary switch.

    TABLE: Summary of Supported Devices by Header

    Header Primary Supported Devices (Examples) Notes
    AC162060 PIC16F785, PIC16HV785 Jumper for shunt regulator.
    AC162061 PIC16F610, PIC16F685, PIC16F690 S1 switches for device/peripheral selection.
    AC162066 PIC16F636, PIC16F639 Jumper for ICE/ICD mode, used with PCM16YM0 module.
    AC162083 PIC16F616 Rotary switch selection, regulator type MUST be correct.



    Important Reminders:

    ️· Always Double-Check: Carefully review the specific header's documentation before use.
    ️· Regulator Type: Pay close attention to the regulator type (HV or F) and match it to your target board's requirements (AC162083 in particular).
    ️· Powering: Avoid powering the target device from the debug tool when using shunt regulators (HV).

    1. AC162060 (PIC16F785-ICD)

    ️· Jumper J2: Enable/Disable shunt regulator.
    - PIC16F785 (F): 1-2 (Disable)
    - PIC16HV785 (HV): 2-3 (Enable)

    2. AC162061 (PIC16F690-ICD)

    ️· S1 Switches: Used to select different devices and enable peripherals. Refer to Table 2 for switch settings and device selection.
    ️· FIGURE 11: Shows the physical location of S1 switches.

    3. AC162066 (PIC16F636-ICD)

    ️· Jumper J3: Selects between MPLAB ICE 2000 and in-circuit debugger modes.
    - MPLAB ICE 2000: 1-2 (Run/program as production device)
    - In-circuit debuggers: 2-3 (Run/program as ICD device)
    ️· Intended for use with PCM16YM0 processor module to emulate a PIC16F639.

    4. AC162083 (PIC16F616-ICD)

    ️· TABLE 3: Selects different devices based on Rotary switch position.
    ️· POTENTIAL ISSUES IMPORTANT WARNINGS about selecting the correct regulator type (HV vs. F):
    - Using HV on an F target: Can cause excessive current draw and damage.
    - Using F on an HV target: Can also cause excessive current draw and damage.
    - Do not power target from debug tool when using HV devices

    5. AC162060 (PIC16F785-ICD)
    ️· Jumper J2: Enable/Disable shunt regulator.
    - PIC16F785 (F): 1-2 (Disable)
    - PIC16HV785 (HV): 2-3 (Enable)

    6. AC162061 (PIC16F690-ICD)
    ️· S1 Switches: Enable/disable peripherals and device selection. Refer to Table 2 for switch settings.

    7. AC162066 (PIC16F636-ICD)
    ️· Jumper J3: Selects operating mode (MPLAB ICE or in-circuit debugger).

    8. AC162083 (PIC16F616-ICD)
    ️· TABLE 3: Device selection via rotary switch.

    TABLE: Summary of Supported Devices by Header

    Header Primary Supported Devices (Examples) Notes
    AC162060 PIC16F785, PIC16HV785 Jumper for shunt regulator.
    AC162061 PIC16F610, PIC16F685, PIC16F690 S1 switches for device/peripheral selection.
    AC162066 PIC16F636, PIC16F639 Jumper for ICE/ICD mode, used with PCM16YM0 module.
    AC162083 PIC16F616 Rotary switch selection, regulator type MUST be correct.



    Important Reminders:

    ️· Always Double-Check: Carefully review the specific header's documentation before use.
    ️· Regulator Type: Pay close attention to the regulator type (HV or F) and match it to your target board's requirements (AC162083 in particular).
    ️· Powering: Avoid powering the target device from the debug tool when using shunt regulators (HV).

    Part No.PIC16F684
    ManufacturerMICROCHIP
    Size782 Kbytes
    Pages78 pages
    DescriptionDebug Header Specification
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