Overall Context:

The documents detail the pin assignments for the PIC16F1713 microcontroller. The table provides a mapping of physical pins on the chip to various peripheral functions. The images show both standard pinouts and pinouts specifically for different package types.

Key Points and Comparisons:

1. PIC16F1713 – Pinout 1 (First Image)

️· Package Types: Shows pinouts for different package types (likely DIP, SOIC, and others).
️· Pin Functions:
- VDD & VSS: Power supply pins.
- Oscillator Pins (OSC1, OSC2): For external clock sources.
- Digital I/O Pins (RA0-RA5, RC0-RC5): General-purpose digital input/output.
- Analog Pins (ANC0-ANC5): Specifically for analog input functions.
- Peripheral Functions: Several pins are assigned to specific peripheral functions:
■ PWM5, PWM6, CWG1A, CWG1B, CWG1C, CWG1D: Pulse Width Modulation and Clock Generation
■ CCP1, CCP2: Capture/Compare/PWM modules
■ SS: Slave Select (SPI)
■ SCK, SDA, SCL, TX, RX: Serial communication (SPI and I2C)
■ T0, T1: Timer/Counter inputs
■ MCLR: Master Clear (Reset) Input
- Note 1,2,3,4: Explains common notation and constraints on pin assignments.

2. PIC16F1713 – Pinout 2 (Second Image)

️· Package Types: Shows pinouts for different package types (likely DIP, SOIC, and others).
️· Pin Functions: Very similar to the first pinout, with a few minor variations/clarifications in peripheral assignments. The placement of certain pins may differ slightly depending on the package type.
️· Note 1,2,3,4: Explains common notation and constraints on pin assignments.

3. PIC16F1713 – Pinout 3 (Third Image)

️· Package Types: Shows pinouts for different package types (likely DIP, SOIC, and others).
️· Pin Functions: Very similar to the first pinout, with a few minor variations/clarifications in peripheral assignments. The placement of certain pins may differ slightly depending on the package type.
️· Note 1,2,3,4: Explains common notation and constraints on pin assignments.

Key Differences to Note (across all three):

️· Package-Specific Placement: The physical location of the pins on the chip's body *changes* depending on the package type. The diagrams illustrate this; you need to select the correct diagram for the specific package you're using.
️· Peripheral Assignments: While the general purpose of each pin remains consistent, the specific peripheral function assigned to a pin can vary slightly based on the chip's configuration or package type. Always double-check the datasheet for the exact configuration for your application.
️· "ANC" Pins: The ANC pins (ANC0-ANC5) are specifically designated for *analog* inputs.
️· PPS (Programmable Pin Select): The notes explain that pins can be re-assigned using the Programmable Pin Select mechanism. This adds flexibility but also means you must configure the microcontroller to correctly map the desired functions to the physical pins.