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USER MANUAL PIC18F86J90 Microchip

PICDEM™ LCD 2 Demonstration Kit User's Guide

Note the following details of the code protection feature on Microchip devices:

• Microchip products meet the specification contained in their particular Microchip Data Sheet.
- Microchip believes that its family of products is one of the most secure families of its kind on the market today, when used in the intended manner and under normal conditions.
- There are dishonest and possibly illegal methods used to breach the code protection feature. All of these methods, to our knowledge, require using the Microchip products in a manner outside the operating specifications contained in Microchip's Data Sheets. Most likely, the person doing so is engaged in theft of intellectual property.
• Microchip is willing to work with the customer who is concerned about the integrity of their code.
- Neither Microchip nor any other semiconductor manufacturer can guarantee the security of their code. Code protection does not mean that we are guaranteeing the product as "unbreakable."

Code protection is constantly evolving. We at Microchip are committed to continuously improving the code protection features of our products. Attempts to break Microchip's code protection feature may be a violation of the Digital Millennium Copyright Act. If such acts allow unauthorized access to your software or other copyrighted work, you may have a right to sue for relief under that Act.

Information contained in this publication regarding device applications and the like is provided only for your convenience and may be superseded by updates. It is your responsibility to ensure that your application meets with your specifications. MICROCHIP MAKES NO REPRESENTATIONS OR WARRANTIES OF ANY KIND WHETHER EXPRESS OR IMPLIED, WRITTEN OR ORAL, STATUTORY OR OTHERWISE, RELATED TO THE INFORMATION, INCLUDING BUT NOT LIMITED TO ITS CONDITION, QUALITY, PERFORMANCE, MERCHANTABILITY OR FITNESS FOR PURPOSE. Microchip disclaims all liability arising from this information and its use. Use of Microchip devices in life support and/or safety applications is entirely at the buyer's risk, and the buyer agrees to defend, indemnify and hold harmless Microchip from any and all damages, claims, suits, or expenses resulting from such use. No licenses are conveyed, implicitly or otherwise, under any Microchip intellectual property rights.

QUALITY MANAGEMENT SYSTEM

CERTIFIED BY DNV

=ISO/TS 16949:2002=

Trademarks

The Microchip name and logo, the Microchip logo, dsPIC, KEELOQ, KEELOQ logo, MPLAB, PIC, PICmicro, PICSTART, PIC ^32 logo, rfPIC and UNI/O are registered trademarks of Microchip Technology Incorporated in the U.S.A. and other countries.

FilterLab, Hampshire, HI-TECH C, Linear Active Thermistor, MXDEV, MXLAB, SEEVAL and The Embedded Control Solutions Company are registered trademarks of Microchip Technology Incorporated in the U.S.A.

Analog-for-the-Digital Age, Application Maestro, CodeGuard, dsPICDEM, dsPICDEM.net, dsPICworks, dsSPEAK, ECAN, ECONOMONITOR, FanSense, HI-TIDE, In-Circuit Serial Programming, ICSP, Mindi, MiWi, MPASM, MPLAB Certified logo, MPLIB, MPLINK, mTouch, Omniscient Code Generation, PICC, PICC-18, PICDEM, PICDEM.net, PICkit, PICtail, REAL ICE, rfLAB, Select Mode, Total Endurance, TSHARC, UniWinDriver, WiperLock and ZENA are trademarks of Microchip Technology Incorporated in the U.S.A. and other countries.

SQTP is a service mark of Microchip Technology Incorporated in the U.S.A.

All other trademarks mentioned herein are property of their respective companies.

© 2010, Microchip Technology Incorporated, Printed in the U.S.A., All Rights Reserved.

Printed on recycled paper.

ISBN: 978-1-60932-686-9

Microchip received ISO/TS-16949:2002 certification for its worldwide headquarters, design and wafer fabrication facilities in Chandler and Tempe, Arizona; Gresham, Oregon and design centers in California and India. The Company's quality system processes and procedures are for its PIC® MCUs and dsPIO® DSCs, KEELOQ® code hopping devices, Serial EEPROMs, microperipherals, nonvolatile memory and analog products. In addition, Microchip's quality system for the design and manufacture of development systems is ISO 9001:2000 certified.

Table of Contents

Preface 5

Chapter 1. Introduction

1.1 Welcome 11
1.2 PICDEM LCD 2 Demonstration Board Hardware Features .... 12
1.3 Sample Devices 13
1.4 Sample Programs ...... 13

Chapter 2. Getting Started

2.1 PICDEM LCD 2 as a Stand-Alone Board – Preprogrammed Device ..... 15
2.2 PICDEM LCD 2 Used with an In-Circuit Emulator or In-Circuit Debugger ... 16

Chapter 3. Using the Demo Software

3.1 Demo Firmware Operation 17

Appendix A. Board Technical Information

A.1 Processors 25
A.2 LCD Display 26
A.3 LED Display 46
A.4 Charge Pump and VLCAP 46
A.5 Resistive Ladder Versus Charge Pump 46
A.6 Oscillator Options 47
A.7 RS-232 Serial Port 47
A.8 Real-Time Clock 47
A.9 Serial EEPROM 47
A.10 Analog Input 47
A.11 Temperature Sensor 48
A.12 Switches 48
A.13 ICD Connector 48
A.14 Power Supply 49
A.15 Board Layout and Schematics 52
A.16 PIM Layout and Schematics 56

Worldwide Sales and Service 66

NOTES:

Preface

NOTICE TO CUSTOMERS

All documentation becomes dated, and this manual is no exception. Microchip tools and documentation are constantly evolving to meet customer needs, so some actual dialogs and/or tool descriptions may differ from those in this document. Please refer to our web site (www.microchip.com) to obtain the latest documentation available.

Documents are identified with a "DS" number. This number is located on the bottom of each page, in front of the page number. The numbering convention for the DS number is "DSXXXXXA", where "XXXXX" is the document number and "A" is the revision level of the document.

For the most up-to-date information on development tools, see the MPLAB ^® IDE on-line help. Select the Help menu, and then Topics to open a list of available online help files.

The VL logo is a registered logo of Varitronix Limited. The illustrations on pages 26, 27, 31, 36, 39 and 45 are copyrighted materials of Varitronix and VL Electronics. Reprinted with permission.

INTRODUCTION

This chapter contains general information that will be useful to know before using the PICDEM™ LCD 2 Demonstration Board. Items discussed in this chapter include:

  • Document Layout
  • Conventions Used in this Guide
  • Warranty Registration
  • Recommended Reading
    • The Microchip Web Site
  • Development Systems Customer Change Notification Service
  • Customer Support
    • Document Revision History

DOCUMENT LAYOUT

This document describes how to use the PICDEM LCD 2 as a development tool to emulate and debug firmware on a target board. The manual layout is as follows:

  • Chapter 1. "Introduction" – Describes the hardware of the PICDEM LCD 2 Demonstration Board.
  • Chapter 2. “Getting Started” – Describes how to use the PICDEM LCD 2 Demonstration Board.
  • Chapter 3. “Using the Demo Software” – Describes how to use the application in Demo mode and also how it can be customized.
  • Appendix A. "Board Technical Information" – Shows the schematic and layout diagrams for the PICDEM LCD 2 Demonstration Board.

CONVENTIONS USED IN THIS GUIDE

This manual uses the following documentation conventions:

DOCUMENTATION CONVENTIONS

Description Represents Examples
Arial font:
Italic characters Referenced booksMPLAB ^ IDE User's Guide
Emphasized text ...is the only compiler...
Initial caps A window the Outputut window
A dialog the Settings dialog
A menu selection select Enable Programmer
Quotes A field name in a window or dialog"Save project before build"
Underlined, italic text with right angle bracketA menu path File>Save——
Bold characters A dialog buttonClick OK
A tab Click the Power tab
N'RnnnnA number in verilog format, where N is the total number of digits, R is the radix and n is a digit.4'b0010, 2'hF1
Text in angle brackets <>A key on the keyboardPress,,
Courier New font:
Plain Courier NewSample source code#define START
Filenamesautoexec.bat
File paths c:\mcc18\h
Keywords_asm, _endasm, static
Command-line options-Opa+, -Opa-
Bit values0, 1
Constants0xFF, 'A'
Italic Courier NewA variable argumentfile.o, where file can be any valid filename
Square brackets []Optional argumentsmcc18 [options] file [options]
Curly brackets and pipe character: { | }Choice of mutually exclusive arguments; an OR selectionerrorlevel {0|1}
Ellipses...Replaces repeated textvar_name [, var_name...]
Represents code supplied by uservoid main (void) { ... }

WARRANTY REGISTRATION

Please complete the enclosed Warranty Registration Card and mail it promptly. Sending in the Warranty Registration Card entitles users to receive new product updates. Interim software releases are available at the Microchip web site.

For the latest information on using other tools, read the tool-specific Readme files in the Readmes subdirectory of the MPLAB ^® IDE installation directory. The Readme files contain update information and known issues that may not be included in this user's guide.

The following documents are comprehensive references for Microchip's enhanced microcontrollers with LCD driver:

"PIC18F85J90 Family Data Sheet" (DS39770)
"PIC18F87J90 Family Data Sheet" (DS39933)
"PIC18F6390/6490/8390/8490 Data Sheet" (DS39629)
"PIC16C9XX Data Sheet" (DS30444)
"PIC16C925/926 Data Sheet" (DS39544)
"PIC16F917/916/914/913 Data Sheet" (DS41250)
"PIC16F/LF1946/47 Data Sheet" (DS41414)

Microchip provides online support via our web site at www.microchip.com. This web site is used as a means to make files and information easily available to customers. Accessible by using your favorite Internet browser, the web site contains the following information:

  • Product Support – Data sheets and errata, application notes and sample programs, design resources, user's guides and hardware support documents, latest software releases and archived software
  • General Technical Support – Frequently Asked Questions (FAQs), technical support requests, online discussion groups, Microchip consultant program member listing
  • Business of Microchip – Product selector and ordering guides, latest Microchip press releases, listing of seminars and events, listings of Microchip sales offices, distributors and factory representatives

DEVELOPMENT SYSTEMS CUSTOMER CHANGE NOTIFICATION SERVICE

Microchip's customer notification service helps keep customers current on Microchip products. Subscribers will receive e-mail notification whenever there are changes, updates, revisions or errata related to a specified product family or development tool of interest.

To register, access the Microchip web site at www.microchip.com, click on Customer Change Notification and follow the registration instructions.

The Development Systems product group categories are:

  • Compilers – The latest information on Microchip C compilers and other language tools. These include the MPLAB C18 and MPLAB C30 C compilers; MPASM™ and MPLAB ASM30 assemblers; MPLINK™ and MPLAB LINK30 object linkers; and MPLIB™ and MPLAB LIB30 object librarians.
  • Emulators – The latest information on Microchip in-circuit emulators. This includes the MPLAB ICE 2000 and MPLAB ICE 4000.
  • In-Circuit Debuggers – The latest information on the Microchip in-circuit debugger, MPLAB ICD 2.
  • MPLAB ^® IDE – The latest information on Microchip MPLAB IDE, the Windows ^® Integrated Development Environment for development systems tools. This list is focused on the MPLAB IDE, MPLAB SIM simulator, MPLAB IDE Project Manager and general editing and debugging features.
  • Programmers – The latest information on Microchip programmers. These include the MPLAB PM3 and PRO MATE® II device programmers and the PICSTART® Plus and PICkit™ 1 development programmers.

CUSTOMER SUPPORT

Users of Microchip products can receive assistance through several channels:

• Distributor or Representative
- Local Sales Office
• Field Application Engineer (FAE)
- Technical Support

Customers should contact their distributor, representative or field application engineer (FAE) for support. Local sales offices are also available to help customers. A listing of sales offices and locations is included in the back of this document.

Technical support is available through the web site at: http://support.microchip.com

DOCUMENT REVISION HISTORY

Revision C (November 2010)

- Added device information for the PIC16F/LF1946/7.

NOTES:

Chapter 1. Introduction

1.1 WELCOME

Thank you for purchasing the PICDEM LCD 2 Demonstration Kit from Microchip Technology Incorporated. The PICDEM LCD 2 demonstrates the capabilities of the PIC18FXXJ90, PIC18FXX90, PIC16X9XX, and PIC16X19XX families of devices.

The PICDEM LCD 2 can be used stand-alone with a preprogrammed part, with an in-circuit emulator (e.g., MPLAB ^® ICE) or with an in-circuit debugger (e.g., MPLAB ICD 2). Sample programs are provided to demonstrate the unique features of the supported devices.

The PICDEM LCD 2 Demonstration Kit comes with the following:

  1. PICDEM LCD 2 Demonstration Board (Figure 1-1)
  2. Sample Plug-in Module (PIM)
  3. CD-ROM which contains:

- Sample Programs

- "PICDEM™ LCD 2 Demonstration Kit User's Guide"

If you are missing any part of the kit, please contact your nearest Microchip sales office listed in the back of this publication for help.

1.2 PICDEM LCD 2 DEMONSTRATION BOARD HARDWARE FEATURES

The PICDEM LCD 2 Demonstration Board has the following hardware features; each feature's number corresponding to the number in Figure 1-1:

  1. The demonstration board provides a daughter board option for the PIC18F85J90, PIC18F87J90, PIC18F8490, PIC16F914/917, PIC16F946, and PIC16F/LF1946/47 families of devices and MPLAB ICE. The board is also supplied with a PIM populated with a PIC18F85J90 device.

Note: Optional PIMs populated with PIC18FXX90, PIC18FXX90, PIC16F9XX, and PIC16X19XX devices are available for purchase from Microchip Direct (www.microchipdirect.com).

The MPLAB ICE can be plugged onto the board without any transition socket for PIC18FXX90 devices. For other devices, a transition socket may be needed.

  1. On-board adjustable voltage regulator for direct input from 9V, 100 mA AC/DC wall adapter or 3V button cell battery.

  2. Jumper J15 to select different power options.

  3. Green power-on indicator LED for direct input from 9V.

  4. Varitronix custom segmented LCD display.

  5. Jumpers, COM0, COM1, COM2 and COM3, to disconnect COM pins from on-board LCD and allow the usage of any customized LCD glass.

  6. RS-232 connection and associated hardware for direct connection to RS-232 interface.

  7. Jumpers, JP13 and JP14, to disconnect TX and RX.

  8. In-Circuit Debugger (ICD) connector.

  9. R44, 10 kΩ, potentiometer for devices with analog inputs.

  10. Five push button switches (S1 through S5) for external stimulus and Reset.

  11. Jumpers, JP19, JP18, JP1 and JP2, to disconnect switches from RB6, RB7, RA6 and RA7 input pins.

  12. Jumper, J11, to select either 10 kΩ (POT R44) or the S1-S4 switches to AN0 (RA0).

  13. Two green LEDs connected to RC3 and RC4 (device dependent).

  14. Jumpers in J14 to disconnect LEDs from RC3 and RC4.

  15. A slide switch (S6) to select either the resistor ladder or the charge pump option for generating the bias values for the LCD pins.

  16. Jumper, JP21, to physically tie the resistor ladder to ground.

  17. Unpopulated holes provided for crystal connection.

  18. Jumpers, JP11 and JP12, to disconnect crystal from OSC1 and OSC2.

  19. 32.768 kHz crystal with Timer1 for Real-Time Clock (RTC) operation.

  20. A Microwire EEPROM 93AA46C provided on a socket.

  21. Jumpers, JP15 and JP16, to disconnect EEPROM from CK and DT. Jumper, J6, to connect CS to GND or to RC4 (device dependent). Jumper, J13, to select either 128 x 8 or 64 x 16 memory organization.

  22. Thermistor for sensing temperature.

  23. Jumper, JP5, to connect thermistor to AN1 (RA1) (device dependent).

  24. Jumper, JP17, to select either V cc or I/O to power the peripherals.

  25. Unpopulated option for TC77 temperature sensor.

  26. Prototype area for user hardware.

  27. PICtail™ daughter board connection. (The pin names on the board are valid only for the PIC18F8490 device. For other devices, the PICtail daughter board pin connections may be different or not connected.)

FIGURE 1-1: PICDEM™ LCD 2 HARDWARE
Microchip PIC18F86J90 - PICDEM LCD 2 DEMONSTRATION BOARD HARDWARE FEATURES - 1

text_image PIC18F85/90 PIC18F85/90 PICDEM LCD 2 MICROCHIP PICta PICDEM LCD 2 R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 R15 R16 R17 R18 R19 R20 R21 R22 R23 R24 R25 R26 27 2 ① ② ③ ④ ⑤ ⑥ ⑦ ⑧ ⑨ ⑩ ⑪ ⑫ ⑬ ⑭ ⑮ ⑯ ⑰ ⑱ ⑲ ⑳ ㉑ ㉒ ㉓ ㉔ ㉕ ㉖ ㉗ ㉘ ㉙ ㉚ ㉛ ㉜ ㉝ ㉞ ㉟ ㉳ ㉴ ㉵ ㉶ ㉇ ㉐ ㉒ ㉓ ㉔ ㉕ ㉖

1.3 SAMPLE DEVICES

A PIM, populated with the PIC18F85J90, is included.

1.4 SAMPLE PROGRAMS

The PICDEM LCD 2 Demonstration Kit includes a CD-ROM with sample demonstration programs. Depending on the device, these programs may be used with some of the included sample devices with an In-Circuit Emulator (ICE) or with an In-Circuit Debugger (ICD). For each type of device (PIC16F946, PIC16F917, PIC18F8490, PIC18F85J90, PIC18F87J90 and PIC16F/LF1946/47), demo source code, several C and/or .asm files and compiled code (one HEX file) are provided.

NOTES:

Chapter 2. Getting Started

The PICDEM LCD 2 may be used as a stand-alone board with a preprogrammed device, with an In-Circuit Emulator (ICE) or with an In-Circuit Debugger (ICD). For a list of PIC ^® microcontroller compatible ICEs or ICDs, please refer to the “Microchip Development Systems Ordering Guide” (DS30177).

2.1 PICDEM LCD 2 AS A STAND-ALONE BOARD – PREPROGRAMMED DEVICE

The PICDEM LCD 2 may be demonstrated immediately by following the steps listed below:

- Apply power to the PICDEM LCD 2. For information on acceptable power sources, see Appendix A. "Board Technical Information".

Note: In the event that the preprogrammed PICDEM LCD 2 Demonstration Board with the PIC18F85J90 PIM does not operate, check the following conditions:

  • The jumper, J15, is configured as per the power supply used. The slide switch, S6, is switched to C.
  • JP1, JP2, JP6, JP18 and JP19 are connected.
  • The middle two jumpers of J14 are connected.
  • JP9 and JP10 are connected.
  • J11 connecting POT to AN0 and JP17 connecting V cc to I/O.
    The status of all other jumpers will not affect the preprogrammed demonstration.

Refer to Figure A-1 in Appendix A. "Board Technical Information".

To reprogram the sample device, the following will be necessary:

  1. User source code may be programmed to the device or the sample program may be restored from the file on the included CD-ROM.
  2. An assembler, such as the MPASM™ Assembler (available with MPLAB IDE), or a compiler, such as MPLAB C18 C Compiler (PIC18XXXX/18XXJXX devices only) must be used.

Source code must be assembled or compiled into a HEX file before it can be programmed into the device. Microchip Technology's MPASM Assembler or MPLAB C18 C Compiler may be used. Both are compatible with MPLAB IDE; however, other assemblers/compilers may be used.

  1. Once the sample program is in the HEX file format, it can be programmed to a Flash device using an MPLAB ICD 2 or PM3 with an ICSP™ module. Microchip Technology's MPLAB ICD 2 is compatible with MPLAB IDE.

If the code protection bit(s) have not been programmed, the on-chip program memory can be read out for verification purposes.

2.2 PICDEM LCD 2 USED WITH AN IN-CIRCUIT EMULATOR OR IN-CIRCUIT DEBUGGER

To use the PICDEM LCD 2 with an In-Circuit Emulator (ICE) or In-Circuit Debugger (ICD), refer to the tool's user's guide for instructions on how to power-up and configure the ICE/ICD, as well as how to connect to target boards.

Configure the PICDEM LCD 2 for the desired oscillator as described in Table 2-1. Refer to the ICE/ICD user's guide for any oscillator configuration requirements.

TABLE 2-1: OSCILLATOR SELECTION

Oscillator Selection on PICDEM ^TM LCD 2Modification on PICDEM ^TM LCD 2
Crystal JP9 and JP10 not connected. No canned oscillator on board, crystal in Y2, JP11 and JP12 connected, caps in C16 and C17.
Canned Oscillator Put cannedoscillator on socket Y3. Y2 empty, JP9, JP11 and JP12 not connected.
Device Internal Oscillator JP11and JP12 not connected. No canned oscillator on board.
Ceramic Resonator – no internal capsJP9 and JP10 not connected. No canned oscillator on board, resonator in Y2, JP11 and JP12 connected, caps in C16 and C17.
Ceramic Resonator – with internal capsJP9 and JP10 not connected. No canned oscillator on board, resonator in Y2, JP11 and JP12 connected, C16 and C17 empty.

Note: The MPLAB ICE can be plugged onto the board without any transition socket for PIC18FXX90 devices. For other devices, a transition socket may be needed.

Chapter 3. Using the Demo Software

The demo programs are preprogrammed into the sample devices. Also, this program is included on the CD-ROM program disk for user reference. This demo program uses the functions or macros provided by the firmware LCD driver module to display the required characters, strings or icons on the LCD.

The demo firmware is made up of four components, which are individually displayed on the LCD. The PIC microcontroller's internal RC oscillator is used as the system clock source.

1. Voltmeter (F1)

This mode uses the A/D module to measure the voltage of the R44 pot through analog channel AN0, and displays a voltage between 0.00V and 3.30V on the LCD using the LCD module. Voltage is continually updated until the mode is exited by pressing either the S1 or S2 switch.

2. Thermometer (F2)

This mode uses the A/D module to measure the voltage of the thermistor R11 through analog channel AN1, and converts to temperature both in Celsius and Fahrenheit and displays the temperature on the LCD using the LCD module. Temperature is continually updated until the mode is exited by pressing either the S1 or S2 switch.

3. Clock (F3) ^(1)

This mode uses the Timer1 module and a 32 kHz clock crystal. Once this mode is entered from the main menu, the Real-Time Clock will start counting from 00:00:00. The S3 switch is used to increment minutes and the S4 switch is used to increment hours. To perform the increment operations, press and hold the switches. The clock keeps running continuously until the mode is exited by pressing either the S1 or S2 switch.

4. Charge Pump and Software Contrast (F4) ^(1)

This mode is available only for the PIC18F85J90 and PIC18F87J90 families of devices and uses the on-board charge pump and LCD voltage regulator. The LCD module is configured in Charge Pump mode and software contrast is achieved by either pressing S3 to increase the contrast or S4 to decrease the contrast until the mode is exited by pressing either the S1 or S2 switch. By exiting this mode, the Voltmeter mode is entered and retains the contrast level.

Note 1: For low-power battery operation in JP17, remove jumper on Vcc and I/O and connect I/O and RB0.

FIGURE 3-1: DEMO PROGRAM FLOWCHART
Microchip PIC18F86J90 - Charge Pump and Software Contrast (F4) ^(1) - 1

flowchart 
graph TD
    A["Power-up"] --> B["Display Microchip Logo"]
    B --> C["Display Varitronix Logo"]
    C --> D{Sleep}
    D -->|Yes| E["Voltmeter Demo"]
    D -->|No| F["Display F1"]
    E --> F
    F --> G["Start A/D Conversion on Channel AN0"]
    G --> H{Sleep}
    H -->|Yes| I["Display the Voltage"]
    H -->|No| J{Is S1/S2 switch pressed?}
    I --> J
    J -->|Yes| K["B"]
    J -->|No| L["A"]
    style D stroke:#000,stroke-width:2px
    style E stroke:#000,stroke-width:2px
    style F stroke:#000,stroke-width:2px
    style G stroke:#000,stroke-width:2px
    style H stroke:#000,stroke-width:2px
    style I stroke:#000,stroke-width:2px
    style J stroke:#000,stroke-width:2px
    note right of D Wake-up from Sleep by Pressing either S1 or S2

FIGURE 3-2: DEMO PROGRAM FLOWCHART
Microchip PIC18F86J90 - Charge Pump and Software Contrast (F4) ^(1) - 2

flowchart 
graph TD
    B["Start"] --> A["Thermometer Demo"]
    A --> B
    B --> C["Display F2"]
    C --> D["Start A2D Conversion on Channel AN1"]
    D --> E["Sleep"]
    E --> F["Display the Temperature"]
    F --> G{Is S1/S2 switch pressed?}
    G -->|Yes| H["C"]
    G -->|No| I["End"]
    H --> I
    style E stroke-dasharray: 5 5
    note right of E Wake-up from Sleep on Completion of Conversion

FIGURE 3-3: DEMO PROGRAM FLOWCHART
Microchip PIC18F86J90 - Charge Pump and Software Contrast (F4) ^(1) - 3

flowchart 
graph TD
    A["C"] --> B["Real-Time Clock Demo"]
    B --> C["Display F3"]
    C --> D{Is S1/S2 switch pressed?}
    D -->|Yes| E["D"]
    D -->|No| F["Display Time"]
    F --> G["Sleep"]
    G --> H{Is S3 switch pressed?}
    H -->|Yes| I["Increment Minute"]
    H -->|No| J{Is S4 switch pressed?}
    J -->|Yes| K["Increment Hour"]
    J -->|No| L["End"]
    I --> L
    K --> L
    style G stroke-dasharray: 5 5
    style H stroke-dasharray: 5 5
    style J stroke-dasharray: 5 5
    style L stroke-dasharray: 5 5
    subgraph Sleep
        G
        H
        J
    end
    subgraph Wake-up from Sleep Every Second
        G
        H
    end

FIGURE 3-4: DEMO PROGRAM FLOWCHART
Microchip PIC18F86J90 - Charge Pump and Software Contrast (F4) ^(1) - 4

flowchart 
graph TD
    A["D"] --> B["Software Contrast Demo using Charge Pump"]
    B --> C["Display F4"]
    C --> D{Is S1/S2 switch pressed?}
    D -->|Yes| E["A"]
    D -->|No| F["Display LCDREG<BIAS> bits"]
    F --> G{Is S3 switch pressed?}
    G -->|Yes| H["Increase Contrast"]
    G -->|No| I{Is S4 switch pressed?}
    I -->|Yes| J["Decrease Contrast"]
    I -->|No| K["End"]

FIGURE 3-5: DEMO PROGRAM FLOWCHART
Microchip PIC18F86J90 - Charge Pump and Software Contrast (F4) ^(1) - 5

flowchart 
graph TD
    A["ISR"] --> B["Increment Second Register"]
    B --> C{Is it 60?}
    C -->|No| B
    C -->|Yes| D["Clear Second Register, Increment Minute Register"]
    D --> E{Is it 60?}
    E -->|No| D
    E -->|Yes| F["Clear Minute Register, Increment Hour Register"]
    F --> G{Is it 24?}
    G -->|No| F
    G -->|Yes| H["Clear Hour Register"]
    H --> I["Return"]

Appendix A. Board Technical Information

The PICDEM™ LCD 2 hardware is not complicated and is intended to illustrate the ease of use of various PIC® microcontrollers. The PICDEM LCD 2 features the following hardware elements.

Note: Many of the following hardware sections will require specific demo board jumper configurations. If a jumper is not listed in a particular section, then that jumper has no effect on the circuitry within the hardware section you are working. Figure A-1 shows a diagram of the PICDEM LCD 2 silkscreen with all necessary jumpers highlighted in gray. Also, refer to the schematic for circuit connections.

FIGURE A-1: PICDEM™ LCD 2 DEFAULT JUMPER LOCATION
Microchip PIC18F86J90 - Appendix A. Board Technical Information - 1

text_image PICtail™ RA5 RA4 RA3 RC5 RC4 RC3 RA0 RA1 RA2 RC0 RC1 RC2 VCC GND RD0 RD2 RD4 RD6 RB5 AN1 +V VCC RG0 RG2 RG4 RF0 RF2 RF4 RF6 VCC SEQ47 SEQ45 SEQ43 SEQ41 SEQ39 SEQ37 SEQ35 SEQ33 SEQ31 SEQ29 SEQ27 SEQ25 SEQ23 SEQ21 SEQ19 SEQ17 SEQ15 SEQ13 SEQ11 SEQ9 SEG7 SEG5 SEG3 SEG1 SEG0 SEG8 SEG6 SEG4 SEG2 SEG11 SEG10 SEG9 SEG8 SEG6 SEG4 SEG2 SEG10 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG0 SEG1 SEC25 SEC24 SEC23 SEC22 SEC21 SEC20 SEC19 SEC18 SEC17 SEC16 SEC15 SEC14 SEC13 SEC12 SEC11 SEC10 SEC9 SEC8 SEC7 SEC6 SEC5 SEC4 SEC3 SEC29 SEC28 SEC27 SEC26 SEC25 SEC24 SEC23 SEC22 SEC21 SEC20 SEC19 SEC18 SEC17 SEC16 SEC15 SEC14 SEC13 SEC12 SEC11 SEC10 SEC9 SEC8 SEC7 SEC6 SEC5 SEC4 SEC3 SEC29 SEC28 SEC27 SEC088 COM2 COM1 COM0 COM2 COM1 COM0 COM2 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1 COM1

A.1 PROCESSORS

While there is no actual processor populated on the board, a processor is provided with the plug-in module (PIM) that is shipped with the demonstration board. The default processor on the PIM is the PIC18F85J90.

The board also supports the PIC18F87J90, PIC18F8490, PIC16F946, PIC16F917, and PIC16F/LF1946/47 processors, which have been designed for use with the PICDEM LCD 2. These three processors are in the PICDEM LCD 2 PIM Pack which is available for separate purchase.

The part numbers for a replacement PIC18F85J90 and the PIM pack are given in Table A-1.

TABLE A-1: PART NUMBERS (†)

Item Part number
PICDEM LCD 2 PIM Pack• PIC18F8490 PIM• PIC16F946 PIM• PIC16F917 PIMMA180019
PIC18F85J90 PIM MA180022
PIC16F1946/7 PIMPIC16LF1946/7 PIMMA160016MA160015

† For the availability and pricing of parts, go to www.microchipdirect.com.

Note: The PIC16LF1946/7 PIM (MA160015) is limited to a maximum of 3.3V operating voltage.

A.2 LCD DISPLAY

A custom-made segmented LCD glass, manufactured by the Varitronix Corporation, is provided as shown in Figure A-2. This LCD has 4 commons and 32 segments. Table A-2 provides a few of the specifics for the display. Refer to the Varitronix specification sheet (VL_5573_V00) for additional details.

FIGURE A-2: PICDEM™ LCD 2 DISPLAY
Microchip PIC18F86J90 - A.2 LCD DISPLAY - 1

text_image N.C. 21 COM2 SEG16 SEG17 SEG18 SEG19 SEG20 SEG21 SEG22 SEG23 SEG24 SEG25 SEG26 SEG27 SEG28 SEG29 SEG30 SEG31 COM3 N.C. 40 F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12 F13 F14 F15 F16 F17 F18 F19 F20 F21 F22 F23 F24 F25 F26 F27 F28 F29 F30 F31 F32 F33 F34 F35 F36 F37 F38 F39 F40 N.C. C. Manufactured by: V17 N.C. © VL Electronics

TABLE A-2: LCD GLASS SPECIFICATIONS

Type Specification
P.I.D. VL_5573_V00
Mode/Color/Type Positive / -- / TN
Viewing Direction 6:00 O’Clock
Driving Scheme 1/4 Duty, 1/3 Bias
Drive Voltage (VLCD) ~3.0 Volt (p-p), +20°C
Operating Temperature 0°C - +50°C
Storage Temperature-10°C - +60°C
Polarizer – FrontSTD.Transmissive
Polarizer – BackSTD.Reflective

Since the glass used on the PICDEM LCD 2 operates at 3V, there is a voltage protection circuit on the LCDBIAS3 pin, which is enabled in the default configuration. When enabled, even if the VDD is greater than 3V, it regulates the LCDBIAS3 voltage such that it always maintains the value to 3V. This is not necessary for operation of the LCD module, but it is a protection circuit to prevent accidentally applying voltages higher than 3V to the LCD glass present on the board.

FIGURE A-3: DISPLAY DEFINITIONS
Microchip PIC18F86J90 - A.2 LCD DISPLAY - 2

text_image PIN21 (MIN V.A. 44.80) PIN40 (MAX 3.00) (MIN V.A. 66.40) (1.27±0.4) (PITCH 2.54 X 19 = 48.26) (1.50 TYP.) PIN20 X21 X20 X27 X28 X36 X33 X32 S4 6 8 DP1 DP2 S1 S2 S3 S6 S7 S5 S8 S9 S10 S11 S12 S13 X24 X26 X25 X27 X28 F4 F3 F2 F1 T1 T2 T3 T4

© VL Electronics

FIGURE A-4: DIGIT DESCRIPTION
Microchip PIC18F86J90 - A.2 LCD DISPLAY - 3

text_image (6.0°) (0.20 TYP.) (10.50) (1.40 TYP.) (6.00)

DIGIT 1-8
© VL Electronics

TABLE A-3: LCD SEGx AND COMx

Pin ICE Pin COM0 COM1 COM2 COM3
1 N.C. N.C. N.C.
2CO
3 SEG0S12 — — S10
4 SEG1S11— — —
5SEG27D7F7A7E
6SEG3DP27G7B7C
7SEG48D8F8A8E
8SEG5S138G8B8C
9 SEG6X23X25X26X24
10SEG75B5C—5G
11SEG85A5E5D5F
12SEG94B4CDP14G
13SEG104A4E4D4F
14SEG113B3C—3G
15SEG12— X22X21 —
16SEG13X17X19X20X18
17SEG14X16X14X13X15
18SEG15X9X11X12X10
19—COM1— —
20N.C. N.C.N.C. N.C.
21N.C. N.C.N.C. N.C.
22— —COM2—
23SEG16X8X6X5X7
24SEG17X1X3X4X2
25SEG18—F2F1F3
26SEG191A1EF41F
27SEG201B1C1D1G
28SEG212A2E2D2F
29SEG222B2CCOL2G
30SEG233A3E3D3F
31SEG24S96G6B6C
32SEG256D6F6A6E
33SEG26X31X33X34X32
34SEG27—X27X35X30
35SEG28—X28X36X29
36SEG29S1S3S4S2
37SEG30 S6— —7
38SEG31 S5— —8
39— — —COM3
40N.C. N.C.N.C. N.C.

Legend: N.C. = No connection

A.2.1 Device-Specific LCD Segment Configuration

The following figures and tables detail which segments are available for specific PIC ^® devices.

TABLE A-4: PIC18F85J90 PIM AND ICE PIN/PORT COMPARISON

PIC18F85J90PIM Pin No.PIC18F85J90PortPIC18F85J90PinICE PinICE PortICE Pin No.
1RH2SEG45SEG30RG016
2RH3SEG44SEG29RG117
3RE1BIAS2BIAS2RE114
4 RE0BIAS1BIAS1 RE015 44
5RG0BIAS0BIAS0RB567
6RG1NCNC
7RG2VLCAP1VLCAP1RC357
8RG3VLCAP2VLCAP2RC458
9RG5MCLRICEMCLRRG520
10RG4SEG26SEG26RG421
11VssVssVssVss23
12VDDCOREVDDCOREVDDVDD24
13RF7SEG25SEG25RF725
14RF6SEG24SEG24RF626
15RF5SEG23SEG23RF527
16RF4SEG22SEG22RF428
17RF3SEG21SEG21RF329
18RF2SEG20SEG20RF230
19RH7SEG43SEG43RH731
20RH6SEG42SEG42RH632
21RH5SEG41SEG41RH533
22RH4SEG40SEG40RH434
23RF1SEG19SEG19RF135
24ENVREGENVREG
25AVDDAVDDICEVDDAVDD37
26AVssAVssAVssAVss38
27RA3NCNC
28RA2AN2AN1RA141
29RA1SEG18SEG18RF036
30RA0AN0AN0RA042
31VssVssVssVss44
32VDDICEVDDICEVDDVDD45
33RA5 SEG15SEG15RA5 46 73
34RA4SEG14SEG14RA447
35RC1T1OSCIT1OSCIRC148
36RC0T1OSCOT1OSCORC049
37RC6TX/CKTX/CKRC650
38RC7RX/DTRX/DTRC751
39RJ4SEG39SEG39RJ452
40RJ5SEG38SEG38RJ553

Legend: Unshaded cells indicate where a perfect match between PIM and ICE pins and ports exists.
Shaded cells indicate where differences between PIM and ICE ports and pins exist.
Bold text indicates the PIM pins that are not connected to any ICE pins or ports.

TABLE A-5: PIC18F85J90 LCD CONNECTIONS COMPARISON

PIC18F85J90ICE Pin #Pin #ICE PIC18F85J90
NC21NC NC20NC
COM2 COM2 22 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COM3 COMX8,X6,X5,X7 X9,X11,X12,X10X1,X3,X4,X2X16,X14,X13,X1517SEG14SEG14
SEG16 SEG16 23 X8, X6, X5, X7 X9, X11, X12, X15SEG1724-, F2, F1, F3X17, X19, X20, X1816SEG13SEG13
SEG18SEG18251A, 1E, F4, 1F-, X22, X21, -15SEG12SEG12
SEG19SEG19261B, 1C, 1D, 1G3B, 3C, -, 3G14SEG11SEG11
SEG20SEG20271B, 1C, 1D, 1G3B, 3C, -, 3G14SEG11SEG11
SEG21 SEG21 28 2A, 2E, 2D, 2F 4A, 4E, 4D, 4F 13 SEG10 SEG10
SEG22SEG22292B, 2C, COL, 2G4B, 4C, DP1, 4G12SEG9SEG9
SEG23 SEG23 30 3A, 3E, 3D, 3F 5A, 5E, 5D, 5F 11 SEG8SEG8
SEG24SEG2431S9, 6G, 6B, 6C5B, 5C, -, 5G10SEG7SEG7
SEG25SEG25326D, 6F, 6A, 6EX23, X25, X26, X249SEG6SEG6
SEG26SEG2633X31, X33, X34, X32S13, 8G, 8B, 8C8SEG5SEG5
SEG29SEG2734-, X27, X35, X308D, 8F, 8A, 8E7SEG4SEG4
SEG31SEG2835-, X28, X36, X29DP2, 7G, 7B, 7C6SEG3SEG3
SEG44SEG2936S1, S3, S4, S27D, 7F, 7A, 7E5SEG2SEG2
SEG45SEG3037S6, -, -, S7S11, -, -, -4SEG1SEG1
SEG46SEG3138S5, -, -S8S12, -, -, S103SEG0SEG0
COM3 COM3 39 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM4 COM
NC40NC NC1NC

Legend: Unshaded cells indicate a perfect match between the PIM and the glass.
Shaded cells indicate the pins that are remapped to the corresponding pin on the PIM.

FIGURE A-5: SEGMENT CONFIGURATION FOR PIC18F85J90 DEVICES
Microchip PIC18F86J90 - A.2.1 Device-Specific LCD Segment Configuration - 1

text_image N.C. 21 COM2 SEG16 SEG17 SEG18 SEG19 SEG20 SEG21 SEG22 SEG23 SEG24 SEG25 SEG26 SEG29 → SEG27(2) SEG31 → SEG28(2) SEG44(1) → SEG29 SEG45(1) → SEG30(2) SEG46(1) → SEG31 COM3 N.C. 40 F1 F2 F3 F4 Manufactured by: N.C. = No connection Note 1: SEG44, SEG45, and SEG46 exist only on PIC18F85J90 devices. 2: Disable SEG27, SEG28, SEG30, and SEG32 when the LCD module is enabled. Although SEG32 is not listed in the diagram, it is multiplexed with the Timer1 oscillator, and therefore, must be disabled when the Timer1 oscillator is enabled. © VL Electronics

TABLE A-6: PIC18F85J90 PORT AND PIN COMPARISON

PIC18F85J90 PortPIC18F85J90 PIN ICE Pin ICE Port
RA0 AN0 AN0 RA0
RA1 SEG18 SEG18 RF0
RA6 OSC2 OSC2 RA6
RA7 OSC1 OSC1 RA7
RB0 RB0 RB0 RB0
RB5SEG29SEG27RG3
RB6 RB6 RB6 RB6
RB7 RB7 RB7 RB7
RC0T1OSC1 T1OSC0RC0
RC1TIOSC0TIOSC1RC1
RC3SEG17SEG17RA3
RC4SEG16SEG16RA2
RC6TX/CKTX/CKRC6
RC7RX/DTRX/DTRC7

Legend: Unshaded cells indicate a perfect match between the PIM and the glass. Shaded cells indicate the pins that are remapped to the corresponding pin on the PIM.

TABLE A-7: PIC18F87J90 PIM AND ICE PIN/PORT COMPARISON

PIC18F87J90PIM Pin No.PIC18F87J90PortPIC18F87J90PinICE PinICE PortICE Pin No.
1RH2SEG45SEG30RG016
2RH3SEG44SEG29RG117
3RE1BIAS2BIAS2RE114
4 RE0BIAS1BIAS1 RE015 44
5RG0BIAS0BIAS0RB567
6RG1NCNC
7RG2VLCAP1VLCAP1RC357
8RG3VLCAP2VLCAP2RC458
9RG5MCLRICEMCLRRG520
10RG4SEG26SEG26RG421
11VssVssVssVss23
12VDDCOREVDDCOREVDDVDD24
13RF7SEG25SEG25RF725
14RF6SEG24SEG24RF626
15RF5SEG23SEG23RF527
16RF4SEG22SEG22RF428
17RF3SEG21SEG21RF329
18RF2SEG20SEG20RF230
19RH7SEG43SEG43RH731
20RH6SEG42SEG42RH632
21RH5SEG41SEG41RH533
22RH4SEG40SEG18RF034
23RF1SEG19SEG19RF135
24ENVREGENVREG
25AVDDAVDDICEVDDAVDD37
26AVssAVssAVssAVss38
27RA3CTMUNC
28RA2AN2AN1RA141
29RA1CTMUNC36
30RA0AN0AN0RA042
31VssVssVssVss44
32VDDICEVDDICEVDDVDD45
33RA5 SEG15SEG15RA5 46 73
34RA4SEG14SEG14RA447
35RC1T1OSCIT1OSCIRC148
36RC0T1OSCOT1OSCORC049
37RC6TX/CKTX/CKRC650
38RC7RX/DTRX/DTRC751
39RJ4SEG39SEG39RJ452
40RJ5SEG38SEG38RJ553

Legend: Unshaded cells indicate where a perfect match between PIM and ICE pins and ports exists.
Shaded cells indicate where differences between PIM and ICE ports and pins exist.
Bold text indicates the PIM pins that are not connected to any ICE pins or ports.

TABLE A-8: PIC18F87J90 LCD CONNECTIONS COMPARISON

PIC18F87J90ICE Pin #Pin #ICE PC18F87J90
NC21NC NC20NC
COM2 COM2 22 COM3 COM2 19 COM1 COM1
SEG16 SEG16 23 X8,X6,X5,X7 X9,X11,X12,X10 18 SEG15 SEG15
SEG17 SEG17 24 X1,X3,X4,X2 X16,X14,X13,X15 17 SEG14 SEG14
SEG40 SEG18 25-,F2,F1,F3 X17,X19,X20,X18 16 SEG13 SEG13
SEG19SEG19261A,1E,F4,1F-,X22,X21,-15SEG12SEG12
SEG20SEG20271B,1C,1D,1G3B,3C,-,3G14SEG11SEG11
SEG21 SEG21 28 2A,2E,2D,2F 4A,4E,4D,4F 13 SEG10 SEG10
SEG22SEG22292B,2C,COL,2G4B,4C,DP1,4G12SEG9SEG9
SEG23SEG23303A,3E,3D,3F5A,5E,5D,5F11SEG8SEG8
SEG24SEG2431S9,6G,6B,6C5B,5C,-,5G10SEG7SEG7
SEG25 SEG25 32 6D,6F,6A,6E X23,X25,X26,X24 9 SEG6 SEG6
SEG26SEG2633X31,X33,X34,X32S13,8G,8B,8C8SEG5SEG5
SEG29SEG2734-,X27,X35,X308D,8F,8A,8E7SEG4SEG4
SEG31SEG2835-,X28,X36,X29DP2,7G,7B,7C6SEG3SEG3
SEG44SEG2936S1,S3,S4,S27D,7F,7A,7E5SEG2SEG2
SEG45SEG3037S6,-,-,S7S11,-,-,-4SEG1SEG1
SEG46SEG3138S5,-,-S8S12,-,-,S103SEG0SEG0
COM3 COM3 39 COM4 COM1 2 COMO COMO
NC40NC NC1NC

Legend: Unshaded cells indicate a perfect match between the PIM and the glass. Shaded cells indicate the pins that are remapped to the corresponding pin on the PIM.

FIGURE A-6: SEGMENT CONFIGURATION FOR PIC18F87J90 DEVICES
Microchip PIC18F86J90 - A.2.1 Device-Specific LCD Segment Configuration - 2

text_image N.C. 21 COM2 SEG16 SEG17 SEG18 SEG19 SEG20 SEG21 SEG22 SEG23 SEG24 SEG25 SEG26 SEG29→SEG27(2) SEG31→SEG28(2) SEG44(1)→SEG29 SEG45(1)→SEG30(2) SEG46(1)→SEG31 COM3 N.C. 40 F1 F2 F3 F4 Manufactured by: N.C. = No connection Note 1: SEG44, SEG45, and SEG46 exist only on PIC18F87J90 devices. 2: Disable SEG27, SEG28, SEG30, and SEG32 when the LCD module is enabled. Although SEG32 is not listed in the diagram, it is multiplexed with the Timer1 oscillator, and therefore, must be disabled when the Timer1 oscillator is enabled. © VL Electronics

TABLE A-9: PIC18F87J90 PORT AND PIN COMPARISON

PIC18F87J90 PortPIC18F87J90 PIN ICE Pin ICE Port
RA0 AN0 AN0 RA0
RA6 OSC2 OSC2 RA6
RA7 OSC1 OSC1 RA7
RB0 RB0 RB0 RB0
RB5 SEG29 SEG27RG3
RB6 RB6 RB6 RB6
RB7 RB7 RB7 RB7
RC0 T1OSC1T1OSC0RC0
RC1TIOSC0TIOSC1RC1
RC3 SEG17 SEG17RA3
RC4 SEG16 SEG16RA2
RC6TX/CKTX/CKRC6
RC7RX/DTRX/DTRC7

Legend: Unshaded cells indicate a perfect match between the PIM and the glass. Shaded cells indicate the pins that are remapped to the corresponding pin on the PIM.

TABLE A-10: PIC18F8490 PIM AND ICE PORT/PIN COMPARISON

PIC18F8490PIM Pin No.PIC18F8490PortPIC18F8490PinICE PinICE PortICE Pin No.PIC18F8490PIM Pin No.PIC18F8490PortPIC18F8490PinICE PinICE PortICE Pin No.
1 RH2SEG45 SEG45 RH2 12 41RJ6 SEG37 SEG37 RJ654
2 RH3SEG44 SEG44 RH3 13 42RJ7 SEG36 SEG36 RJ755
3LCDBIAS2LCDBIAS2BIAS2RE11443RC2SEG13SEG13RC2
4LCDBIAS1LCDBIAS1BIAS1RE01544RC3RC3RC3RC3
5RG0SEG30SEG30RG01645RC4RC4RC4RC4
6RG1SEG29SEG29RG11746RC5SEG12SEG12RC5
7RG2SEG28SEG28RG21847RB7RB7RB7RB7
8RG3SEG27SEG27RG31948VDDVDDICEVDDVDD
9RG5MCLRICEMCLRRG52049RA7OSC1OSC1RA7
10RG4SEG26SEG26RG42150RA6OSC2OSC2RA6
11VssVssVssVss2351VssVssVssVss
12VDDVDDICEVDDVDD2452RB6RB6RB6RB6
13RF7SEG25SEG25RF72553RB5RB5RB5RB5
14RF6SEG24SEG24RF62654RB4SEG11SEG11RB4
15RF5SEG23SEG23RF52755RB3SEG10SEG10RB3
16RF4SEG22SEG22RF42856RB2SEG9SEG9RB2
17RF3SEG21SEG21RF32957RB1SEG8SEG8RB1
18RF2SEG20SEG20RF23058RB0RB0RB0RB0
19RH7SEG43 SEG43 RH731 59 RJ3 SEG35SEG35 RJ373
20RH6SEG42 SEG42 RH632 60 RJ2 SEG34SEG34 RJ274
21RH5SEG41 SEG41 RH533 61 RJ1 SEG33SEG33 RJ175
22RH4SEG40 SEG40 RH434 62 RJ0 SEG32SEG32 RJ076
23RF1SEG19SEG19RF13563RD7SEG7SEG7RD7
24RF0SEG18SEG18RF03664RD6SEG6SEG6RD6
25AVDDAVDDICEVDDAVDD3765RD5SEG5SEG5RD5
26AVssAVssAVssAVss3866RD4SEG4SEG4RD4
27RA3SEG17SEG17RA33967RD3SEG3SEG3RD3
28RA2SEG16SEG16RA24068RD2SEG2SEG2RD2
29RA1AN1AN1RA14169RD1SEG1SEG1RD1
30RA0AN0AN0RA04270VssVssVssVss
31VssVssVssVss4471VDDVDDVDDVDD
32VDDVDDICEVDDVDD4572RD0SEG0SEG0RD0
33RA5SEG15SEG15RA54673RE7SEG31SEG31RE7
34RA4SEG14SEG14RA44774RE6COM3COM3RE6
35RC1TIOSC0TIOSC1RC14875RE5COM2COM2RE5
36RC0T1OSC1T1OSC0RC04976RE4COM1COM1RE4
37RC6TX/CKTX/CKRC65077COM0COM0COM0RE3
38RC7RX/DTRX/DTRC75178LCDBIAS3LCDBIAS3BIAS3RE2
39RJ4SEG39SEG39RJ45279RH0SEG47SEG47RH0
40RJ5SEG38SEG38RJ55380RH1SEG46SEG46RH1

TABLE A-11: PIC18F8490 LCD CONNECTIONS COMPARISON

PIC18F8490ICE Pin # Pin # ICE PIC18F8490
NC 21 NC NC 20 NC
COM2COM222COM3COM219COM1COM1
SEG16SEG1623X8,X6,X5,X7X9,X11,X12,X1018SEG15SEG15
SEG17SEG1724X1,X3,X4,X2X16,X14,X13,X1517SEG14SEG14
SEG18SEG1825-,F2,F1,F3X17,X19,X20,X1816SEG13SEG13
SEG19SEG19261A,1E,F4,1F-,X22,X21,-15SEG12SEG12
SEG20SEG20271B,1C,1D,1G3B,3C,-,3G14SEG11SEG11
SEG21SEG21282A,2E,2D,2F4A,4E,4D,4F13SEG10SEG10
SEG22SEG22292B,2C,COL,2G4B,4C,DP1,4G12SEG9SEG9
SEG23SEG23303A,3E,3D,3F5A,5E,5D,5F11SEG8SEG8
SEG24SEG2431S9,6G,6B,6C5B,5C,-,5G10SEG7SEG7
SEG25SEG25326D,6F,6A,6EX23,X25,X26,X249SEG6SEG6
SEG26SEG2633X31,X33,X34,X32S13,8G,8B,8C8SEG5SEG5
SEG27SEG2734-,X27,X35,X308D,8F,8A,8E7SEG4SEG4
SEG28SEG2835-,X28,X36,X29DP2,7G,7B,7C6SEG3SEG3
SEG29SEG2936S1,S3,S4,S27D,7F,7A,7E5SEG2SEG2
SEG30SEG3037S6,-,-,S7S11,-,-,-4SEG1SEG1
SEG31SEG3138S5,-,-S8S12,-,-,S103SEG0SEG0
COM3COM339COM4COM12COM0COM0
NC 40 NC NC1 NC

FIGURE A-7: SEGMENT CONFIGURATION FOR PIC18F8490 DEVICES
Microchip PIC18F86J90 - A.2.1 Device-Specific LCD Segment Configuration - 3

text_image N.C. 21 COM2 SEG16 SEG17 SEG18 SEG19 SEG20 SEG21 SEG22 SEG23 SEG24 SEG25 SEG26 SEG27 SEG28 SEG29 SEG30 SEG31 COM3 N.C. 40 F1 F2 F3 F4 Manufactured by: N.C. = No connection 20 N.C. COM1 SEG15 SEG14 SEG13 SEG12 SEG11 SEG10 SEG9 SEG8 SEG7 SEG6 SEG5 SEG4 SEG3 SEG2 SEG1 SEG0 COM0 N.C. Legend: N.C. = No connection © VL Electronics

TABLE A-12: PIC18F8490 PIN AND PORT COMPARISON

PIC18F8490 Port PIC18F8490 Pin ICE Pin ICE Port
RA0 AN0 AN0 RA0
RA1 AN1 AN1 RA1
RA6O S
RA7O S
RB0 RB0 RB0 RB0
RB5 RB5 RB5 RB5
RB6 RB6 RB6 RB6
RB7 RB7 RB7 RB7
RC0 T1OSC1 T1OSC0 RC0
RC1 T1OSC0 T1OSC1 RC1
RC3 RC3 RC3 RC3
RC4 RC4 RC4 RC4
RC6 TX/CK TX/CK RC6
RC7 RX/DTRX/DT RC7

TABLE A-13: PIC16F946 PIM AND ICE PIN/PORT COMPARISON

PIC16F946PIM PinNo.PIC16F946PortPIC16F946PinICE PinICE PortICE PinNo.
1RD6SEG19SEG19RF135
2RD7SEG20SEG20RF230
3RG0SEG36SEG36RB171
4RG1SEG37SEG37RB270
5RG2SEG38SEG38RJ553
6RG3SEG39SEG39RJ452
7RG4SEG40SEG40RH434
8RG5SEG41SEG41RH533
9VssVssVssVss23
10VDDVDDICEVDDICEVDD24
11RF0SEG32SEG32RJ076
12RF1SEG33SEG33RD03
13RF2SEG34SEG34RD678
14RF3SEG35SEG35RD777
15RB0RB0RB0RB072
16RB1SEG1SEG1RD183
17RB2SEG2SEG2RD282
18RB3SEG3SEG3RD381
19VDDVDDICEVDDICEVDD37
20VssVssVssAVss38
21RB4COM0COM0RE38
22RB5COM1COM1RE47
23RB6RB6RB6RB666
24RB7RB7RB7RB760
25AVDDAVDDICEVDDICEVDD45
26AVssAVssAVssAVss44
27RA0AN0AN0RA042
28RA1AN1AN1RA141
29RA2COM2COM2RE56
30RA3SEG15SEG15RA546
31RA4SEG4SEG4RD480
32RA5SEG5SEG5RD579

Legend: Unshaded cells indicate where a perfect match between PIM and ICE pins and ports exists.
Shaded cells indicate where differences between PIM and ICE ports and pins exist.
Bold text indicates the PIM pins that are not connected to any ICE pins or ports.

TABLE A-14: PIC16F946 LCD CONNECTIONS COMPARISON

PIC16F946CE Pin # Pin # ICE PC16F946
NC 21NC NC 20NC
COM2COM222COM3COM219COM1COM1
SEG16SEG1623X8,X6,X5,X7X9,X11,X12,X1018SEG15SEG15
SEG17SEG1724X1,X3,X4,X2X16,X14,X13,X1517SEG14SEG41
SEG18SEG1825-,F2,F1,F3X17,X19,X20,X1816SEG13SEG40
SEG19SEG19261A,1E,F4,1F-,X22,X21,-15SEG12SEG39
SEG20SEG20271B,1C,1D,1G3B,3C,-,3G14SEG11SEG38
SEG21SEG21282A,2E,2D,2F4A,4E,4D,4F13SEG10SEG10
SEG22SEG22292B,2C,COL,2G4B,4C,DP1,4G12SEG9SEG37
SEG23SEG23303A,3E,3D,3F5A,5E,5D,5F11SEG8SEG36
SEG24SEG2431S9,6G,6B,6C5B,5C,-,5G10SEG7SEG35
SEG25SEG25326D,6F,6A,6EX23,X25,X26,X249SEG6SEG34
SEG26SEG2633X31,X33,X34,X32S13,8G,8B,8C8SEG5SEG5
SEG27SEG2734-,X27,X35,X308D,8F,8A,8E7SEG4SEG4
SEG28SEG2835-,X28,X36,X29DP2,7G,7B,7C6SEG3SEG3
SEG29SEG2936S1,S3,S4,S27D,7F,7A,7E5SEG2SEG2
SEG30SEG3037S6,-,-,S7S11,-,-,-4SEG1SEG1
SEG31SEG3138S5,-,-S8S12,-,-,S103SEG0SEG33
COM3COM339COM4COM12COM0COM0
NC 40 NC NC1 NC

Legend: Unshaded cells indicate a perfect match between the PIM and the glass. Shaded cells indicate the pins that are remapped to the corresponding pin on the PIM.

FIGURE A-8: SEGMENT CONFIGURATION FOR PIC16F946 DEVICES
Microchip PIC18F86J90 - A.2.1 Device-Specific LCD Segment Configuration - 4

text_image N.C. 21 COM2 SEG16 SEG17 SEG18 SEG19 SEG20 SEG21 SEG22 SEG23 SEG24 SEG25 SEG26 SEG27 SEG28 SEG29 SEG30 SEG31 COM3 N.C. 40 F1 F2 F3 F4 Manufactured by: N.C. = No connection Note 1: Disable SEG0, SEG6, SEG7, SEG8, SEG9, SEG11, SEG12, SEG13 and SEG14 when the LCD module is enabled. © VL Electronics

TABLE A-15: PIC16F946 PORT AND PIN COMPARISON

PIC16F946 Port PIC16F946 Pin ICE Pin ICE Port
RA0 AN0 AN0 RA0
RA1 AN1 AN1 RA1
RA6 T1OSCO T1OSCO RC0
RA7 T1OSCI T1OSCI RC1
RB0 RB0 RB0 RB0
RB5 COM1 COM1 RE4
RB6 RB6 RB6 RB6
RB7 RB7 RB7 RB7
RC0 VLCD1 BIAS1 RE0
RC1 VLCD2 BIAS2 RE1
RC3RC3RC3RC3
RC4RC4RC4RC4
RC6TX/CKTX/CKRC6
RC7RX/DT RX/DTRC7

Legend: Unshaded cells indicate a perfect match between the PIM and the glass.
Shaded cells indicate the pins that are remapped to the corresponding pin/port on the PIM.

TABLE A-16: PIC16F/LF1946/7 PIM AND ICE PIN/PORT COMPARISON

PIC16/LF1946/7 PIMPin No.PIC16F/LF1946/7PortPIC16F/LF1946/7 PinICE Pin ICE PortICE PinNo.
1 RE1VLCD2 BIAS2E1 14 33C2 SEG13SEG13 RC256
2RE0VLCD1BIAS1E015
3RG0SEG42SEG42RH632
4RG1SEG43SEG43RH731
5RG2SEG44SEG44RJ313
6RG3SEG45SEG45RG520
7RG5MCLRICEMCLRRG520
8RG4SEG26SEG26RG421
9VssVssVssVss23
10VDDVDDICEVDDICEVDD24
11RF7SEG25SEG25RF725
12RF6SEG24SEG24RF626
13RF5SEG23SEG23RF527
14RF4SEG22SEG22RF428
15RF3SEG21SEG21RF329
16RF2SEG20SEG20RF230
17RF1SEG19SEG19RF135
18RF0SEG41SEG41RH533
19VDDVDDICEVDDICEVDD37
20VssVssVssVss38
21RA3SEG35SEG35RJ373
22RA2SEG34SEG34RJ274
23RA1AN1AN1RA141
24RA0AN0AN0RA042
25VssVssICEVssICEVss44
26VDDVDDICDVDDICDVDD45
27RA5SEG15SEG15RA546
28RA4SEG14SEG14RA447
29RC1T1OSC1T1OSC1RC148
30RC0T1OSC0T1OSC0RC049
31RC6TX/CKTX/CKRC650
32RC7RX/DTRX/DTRC779
PIC16F/LF 1946/7PIM Pin No.PIC16F/LF 1946/7 PortPIC16F/LF 1946/7 PinICE Pin ICE PortICE Pin No.
34C3RC3RC3RC357
35RE2RC4RC4RC458
36RC5SEG12SEG12RC559
37RB7RB7RB7RB760
38VDDVDDICEVDDICEVDD61
39OSC1OSC1OSC1RC162
40RA6OSC2OSC2RA663
41VssVssVssVss65
42RB6RB6RB6RB666
43RB5RB5RB5RB567
44RB4SEG11SEG11RB468
45RB3SEG10SEG10RB369
46RB2SEG9SEG9RB270
47RB1SEG8SEG8RB171
48RB0RB0RB0RB072
49RD7SEG7SEG7RD777
50RD6SEG6SEG6RD678
51RD5SEG5SEG5RD579
52RD4SEG4SEG4RD480
53RD3SEG3SEG3RD381
54RD2SEG2SEG2RD282
55RD1SEG1SEG1RD183
56VssVssVssVss84
57VDDVDDVDDVDD2
58RD0SEG0SEG0RD03
59RE7SEG31SEG31RE74
60RE6COM3COM3RE65
61RE5COM2COM2RE56
62RE4COM1COM1RE47
63RE3COM0COM0RE38
51RE2VLCD3BIAS3RE29

Legend: Unshaded cells indicate where a perfect match between PIM and ICE pins and ports exists. Shaded cells indicate where differences between PIM and ICE ports and pins exist. Bold text indicates the PIM pins that are not connected to any ICE pins or ports.

TABLE A-17: PIC16F/LF1946/7 LCD CONNECTIONS COMPARISON

PIC16F/LF 1946/7ICELCD Pin #LCD Pin #ICEPIC16F/LF1 946/7
NC 21 NC NC 20 NC
COM2 COM2 22 COM3 COM219 COM1 COM1
SEG34SEG1623X8,X6,X5,X7X9,X11,X12,X1018SEG15SEG15
SEG35SEG1724X1,X3,X4,X2X16,X14,X13,X1517SEG14SEG14
SEG41SEG1825-,F2,F1,F3X17,X19,X20,X1816SEG13SEG13
SEG19SEG19261A,1E,F4,1F-,X22,X21,-15SEG12SEG12
SEG20SEG20271B,1C,1D,1G3B,3C,-,3G14SEG11SEG11
SEG21SEG21282A,2E,2D,2F4A,4E,4D,4F13SEG10SEG10
SEG22SEG22292B,2C,COL,2G4B,4C,DP1,4G12SEG9SEG9
SEG23SEG23303A,3E,3D,3F5A,5E,5D,5F11SEG8SEG8
SEG24SEG2431S9,6G,6B,6C5B,5C,-,5G10SEG7SEG7
SEG25SEG25326D,6F,6A,6EX23,X25,X26,X249SEG6SEG6
SEG26SEG2633X31,X33,X34,X32S13,8G,8B,8C8SEG5SEG5
SEG45SEG2734-,X27,X35,X308D,8F,8A,8E7SEG4SEG4
SEG44SEG2835-,X28,X36,X29DP2,7G,7B,7C6SEG3SEG3
SEG43SEG2936S1,S3,S4,S27D,7F,7A,7E5SEG2SEG2
SEG42SEG3037S6,-,-,S7S11,-,-,-4SEG1SEG1
SEG31SEG3138S5,-,-S8S12,-,-,S103SEG0SEG33
COM3 COM3 39 COM4 COM12 COM0COM0
NC 40 NC NC1 NC

Legend: Unshaded cells indicate a perfect match between the PIM and the glass. Shaded cells indicate the pins that are remapped to the corresponding pin on the PIM.

FIGURE A-9: SEGMENT CONFIGURATION FOR PIC16F/LF1946/7 DEVICES
Microchip PIC18F86J90 - A.2.1 Device-Specific LCD Segment Configuration - 5

text_image N.C. COM2 SEG34 → SEG16 SEG35 → SEG17 SEG41 → SEG18 SEG19 SEG20 SEG21 SEG22 SEG23 SEG24 SEG25 SEG26 SEG45 → SEG27 SEG44 → SEG28 SEG43 → SEG29 SEG42 → SEG30 SEG31 COM3 N.C. 40 F1 F2 F3 F4 Manufactured by: N.C. = No connection Note 1: Disable SEG16, SEG17, SEG18, SEG27, SEG28, SEG29, SEG30 when the LCD module is enabled. © VL Electronics

TABLE A-18: PIC16F/LF1946/7 PORT AND PIN COMPARISON

PIC16F/LF1946/7 PortPIC16F/LF1946/7 Pin ICEPin ICE Port
RA0 AN0 AN0RA0
RA1 AN1 AN1RA1
RC0 T1OSCOT1OSCO RC0
RC1 T1OSCIT1OSCI RC1
RB0 RB0 RB0RB0
RE3 COM0 COM0RE3
RB5 COM1 COM1RE4
RE5 COM2 COM2RE5
RE6 COM3 COM3RE6
RB6 RB6 RB6RB6
RB7 RB7 RB7RB7
RE0 VLCD1 BIAS1RE0
RE1 VLCD2 BIAS2RE1
RE2 VLCD3 BIAS3RE2
RC3RC3RC3RC3
RC4RC4RC4RC4
RC6TX/CKTX/CKRC6
RC7RX/DTRX/DTRC7

Legend: Unshaded cells indicate a perfect match between the PIM and the glass. Shaded cells indicate the pins that are remapped to the corresponding pin/port on the PIM.

TABLE A-19: PIC16F917 PIM AND ICE PIN/PORT COMPARISON

PIC16F917PIM Pin No.PIC16F917PortPIC16F917PinICE Pin ICEPort ICE Pin No.
1 RC7 RX/DT RX/DT RC7 51
2RD4 SEG17SEG17 RA3 17
3RD5 SEG18SEG18 RF0 18
4RD6 SEG19SEG19 RF1 19
5RD7 SEG20SEG20 RF2 20
6VssVssVssVssVss
7VDDICEVDDICEVDDVDD45
8RB0RB0RB0RB072
9RB1SEG1SEG6RD678
10RB2SEG2SEG7RD777
11RB3SEG3SEG8RB171
14RB4COM0COM0RE38
15RB5COM1COM1RE47
16 RB6RB6RB6RB6 66
17 RB7RB7RB7RB7 60
18ICEMCLRICEMCLRICEMCLRICEMCLR20
19 RA0AN0AN0RA0 42
20 RA1AN1AN1RA1 41
21RA2COM2COM2RE56
22RA3 SEG15SEG15 RA5 15
23RA4SEG4SEG9RB24
24RA5SEG5SEG10RB35
25RE0 SEG21SEG21 RF3 21
26RE1 SEG22SEG22 RF4 22
27RE2 SEG23SEG23 RF5 23
28VDDICEVDD2ICEVDDVDD2
29VssVssVssVssVss
30RA7T1OSCIT1OSCIRC148
31RA6 T1OSCOT1OSCORC0 49
32RC0 VLCD1BIAS1RE0 15
35RC1 VLCD2BIAS2RE1 14
36RC2 VLCD3BIAS3RE2 9
37RC3SEG6SEG11RB468
38RD0COM3COM3RE65
39RD1RD1RC3RC357
40RD2RD2RC4RC458
41RD3 SEG16SEG16 RA2 16
42RC4 SEG11SEG14 RA4 47
43RC5 SEG10SEG13 RC2 56
44 RC6 TX/CKTX/CKRC6 50

Legend: Unshaded cells indicate where a perfect match between PIM and ICE pins and ports exists. Shaded cells indicate where differences between PIM and ICE ports and pins exist. Bold text indicates the PIM pins that are not connected to any ICE pins or ports.

TABLE A-20: PIC16F917 LCD CONNECTIONS COMPARISON

PIC16F917ICE Pin # Pin# ICE PIC16F917
NC 21 NC NC 20 NC
COM2COM222COM3COM219COM1COM1
SEG16SEG1623X8,X6,X5,X7X9,X11,X12,X1018SEG15SEG15
SEG17SEG1724X1,X3,X4,X2X16,X14,X13,X1517SEG14SEG11
SEG18SEG1825-,F2,F1,F3X17,X19,X20,X1816SEG13SEG10
SEG19SEG19261A,1E,F4,1F-,X22,X21,-15SEG12NC
SEG20SEG20271B,1C,1D,1G3B,3C,-,3G14SEG11SEG6
SEG21SEG21282A,2E,2D,2F4A,4E,4D,4F13SEG10SEG5
SEG22SEG22292B,2C,COL,2G4B,4C,DP1,4G12SEG9SEG4
SEG23SEG23303A,3E,3D,3F5A,5E,5D,5F11SEG8SEG3
NCSEG2431S9,6G,6B,6C5B,5C,-,5G10SEG7SEG2
NCSEG25326D,6F,6A,6EX23,X25,X26,X249SEG6SEG1
NCSEG2633X31,X33,X34,X32S13,8G,8B,8C8SEG5NC
NCSEG2734-,X27,X35,X308D,8F,8A,8E7SEG4NC
NCSEG2835-,X28,X36,X29DP2,7G,7B,7C6SEG3NC
NCSEG2936S1,S3,S4,S27D,7F,7A,7E5SEG2NC
NCSEG3037S6,-,-,S7S11,-,-,-4SEG1NC
NCSEG3138S5,-,-S8S12,-,-,S103SEG0NC
COM3 COM3 39 COM4COM12 COMO COM0
NC 40 NC NC1 NC

Legend: Unshaded cells indicate a perfect match between the PIM and the glass. Shaded cells indicate the pins that are remapped to the corresponding pin on the PIM. Bold text indicates the PIM pins that are not connected.

FIGURE A-10: SEGMENT CONFIGURATION FOR PIC16F914/917 DEVICES
Microchip PIC18F86J90 - A.2.1 Device-Specific LCD Segment Configuration - 6

text_image N.C. 21 COM2 SEG16→SEG16 F1 SEG17→SEG17 F2 SEG18→SEG18 F3 SEG19→SEG19 F4 SEG20→SEG20 F5 SEG21→SEG21 F6 SEG22→SEG22 F7 SEG23→SEG23 F8 SEG24 SEG25 SEG26 SEG27 SEG28 SEG29 SEG30 SEG31 COM3 N.C. 40 20 N.C. COM1 SEG15←SEG15 SEG14(1)←SEG11 SEG13(1)←SEG10 SEG12(1) SEG11←SEG6 SEG10←SEG5 SEG9(1)←SEG4 SEG8(1)←SEG3 SEG7(1)←SEG2 SEG6←SEG1 SEG5 SEG4 SEG3 SEG2 SEG1 SEGO(1) COM0 Manufactured by: N.C. = No connection = Only segments available to PIC16F914/917 devices Note 1: Disable SEG0, SEG7, SEG8, SEG9, SEG12, and SEG14 when the LCD module is enabled. © VL Electronics

TABLE A-21: PIC16F917 PIN AND PORT COMPARISON

PIC16F917 Port PIC16F917 Pin ICE Pin ICE Port
RA0 AN0 AN0 RA0
RA1 AN1 AN1 RA1
RA6 T1OSCO T1OSCO RC0
RA7 T1OSCI T1OSCI RC1
RB0 RB0 RB0 RB0
RB5 COM1COM1 RE4
RB6 RB6 RB6 RB6
RB7 RB7 RB7 RB7
RC0VLCD1 BIAS1RE0
RC1VLCD2 BIAS2RE1
RC3SEG6SEG11RB4
RC4SEG11SEG14RA4
RC6TX/CKTX/CKRC6
RC7RX/DT RX/DTRC7

Legend: Unshaded cells indicate a perfect match between the PIM and the glass. Shaded cells indicate the pins that are remapped to the corresponding pin on the PIM.

A.3 LED DISPLAY

Two green LEDs are connected to RC3 and RC4 of U1A through the J14 pins, 1, 2 and 7, 8 (outer ends), respectively.

One green LED is provided to determine whether there is power to the LCD 2 Demonstration Board (LED on) or not (LED off).

Note 1: For the PIC18F85J90 and PIC18F87J90 PIM, the RG2 and RG3 pins are connected to RC3 and RC4 of U1A, respectively.
2: For the PIC16F17 PIM, the RD1 and RD2 pins are connected to RC3 and RC4 of U1A, respectively.
3: For the PIC18F8490 PIM, the RC3 and RD4 pins are connected to RC3 and RC4 of U1A, respectively

A.4 CHARGE PUMP AND VLCAP

For charge pump mode operation in PIC18F85J90 and PIC18F87J90 devices, it is required that RC3 and RC4 of U1A connect to charge pump capacitor C7 through the J14 pins, 3, 4 and 5, 6 (inner pins), respectively.

A.5 RESISTIVE LADDER VERSUS CHARGE PUMP

The switch, S6, allows the connection of either the resistor ladder or the capacitors to the BIAS pins to generate the BIAS voltages for the LCD operation. For the Charge Pump mode operation in PIC18F85J90 and PIC18F87J90 devices, it is required that the S6 switch is flipped towards C and the VLCAP is connected through the inner jumpers of J14. For the resistor ladder, S6 must be flipped towards R. The R45 potentiometer controls the contrast to the LCD in the Resistive Ladder mode.

A.5.1 Jumper JP21

When jumper JP21 is on, the LCDBIAS0 is physically tied to ground. The jumper needs to be on for PIC18F85J90 and PIC18F87J90 devices when the bias voltages are generated through the resistor ladder.

A.6 OSCILLATOR OPTIONS

The on-board firmware uses the internal RC oscillator running at 8 MHz.

  • Internal RC oscillator running at 8 MHz can be used.
  • Pads provided for user-furnished crystal/resonator (Y2) and two capacitors (C16 and C17).
  • Socket provided for a canned oscillator (Y3). This oscillator can be disabled by removing jumpers, JP9, JP11 and JP12.
  • 32.768 kHz (watch-type) crystal for Timer1 (Y1) is always connected to RC0 and RC1.

A.7 RS-232 SERIAL PORT

An RS-232 level shifting IC has been provided with all necessary hardware to support connection of an RS-232 host through the DB9 connector (PI). The port is configured as DCE and can be connected to a PC using a serial cable.

A.8 REAL-TIME CLOCK

This circuit allows the user to configure a PIC microcontroller for timekeeping using a 32.768 kHz clock crystal connected to Timer1 module's T1OSO and T1OSI pins.

A.9 SERIAL EEPROM

A socket for a Microwire EEPROM is provided on the board to illustrate usage of the Synchronous mode of operation of the USART module. For its operation:

  • Jumpers, JP15 and JP16, should be connected.
  • In the jumper, J6, U9-CS should be connected with RB5.
  • In the jumper, J13, U9-ORG (pin 6) should be connected to GND.

Note 1: For the PIC18F85J90 and PIC18F87J90 PIM, the RG2 and RG3 pins are connected to RC3 and RC4 of U1A, respectively.

2: For the PIC16F917 PIM, the RD1 and RD2 pins are connected to RC3 and RC4 of U1A, respectively.
3: For the PIC18F8490, PIC16F946 and PIC16F/LF/1946/7 PIMs, the RC3 and RC4 pins are connected to RC3 and RC4 of U1A, respectively.

A.10 ANALOG INPUT

A 10 kΩ potentiometer is connected through a series of 100Ω resistors to AN0. The potentiometer can be adjusted from V cc to GND. The jumper, J11, should be connecting the potentiometer to AN0.

A.11 TEMPERATURE SENSOR

A 10 kΩ TC thermistor (R11) is provided to sense the temperature. It is connected to AN1 (RA1) through the jumper, JP5. An optional unpopulated TC77-based circuit is provided to read the temperature serially using the USART module. The jumpers, JP15 and JP16, are to be connected and RA1 of U1A should be made digital to be used to enable TC77.

Note 1: For the PIC18F85J90 and PIC18F87J90 PIM, the RA2 pin is connected to RA1 of U1A and AN2 is used instead of AN1.

2: For the PIC18F8490, PIC16F/LF/1946/7, PIC16F946, and PIC16F917 PIMs, the RA1 pin is connected to RA1 of U1A.

A.12 SWITCHES

Four switches provide the following functions for digital I/Os:

  • S1 – Active-low switch connected to RB6.
  • S2 – Active-low switch connected to RB6 and RB7.
  • S3 – Active-low switch connected to RB6, RB7 and RA6.
  • S4 – Active-low switch connected to RB6, RB7, RA6 and RA7.

For this type of sensing, the jumpers, JP1, JP2, JP6, JP18, JP19, JP9 and JP10, should be connected and the potentiometer should be connected to AN0 through J11. Sensing should be done in the sequence, S1, S2, S3 and S4, only. Individual switch sensing is not allowed.

Additionally, the four switches provide the following functions for analog input (AN0):

  • S1 – AN0 will be approximately at V cc/2.
  • S2 – AN0 will be approximately at V cc/3.
  • S3 – AN0 will be approximately at V cc/5.2.
  • S4 – AN0 will be approximately at V cc/7.7.

For this type of sensing, the jumpers, JP1, JP2, JP6, JP18 and JP19, should not be connected and the SWT should be connected to AN0 through J11.

A.13 ICD CONNECTOR

By way of the modular connector (J37), the MPLAB ICD 2 can be connected for low-cost debugging. The ICD connector utilizes RB6/PGC and RB7/PGD of the microcontrollers for in-circuit debugging.

A.14 POWER SUPPLY

There are four ways to supply power to the PICDEM LCD 2:

  • A 3V button cell (CR2032) can be plugged into BT1.
  • A 9V, 100 mA unregulated AC to DC supply can be plugged into J5. A power supply can be purchased through Microchip Technology (Part Number AC162039).
  • A 100 mA regulated DC supply of maximum +5V can be connected to the hooks provided.

Note: There is one J15 jumper associated with the power supply circuit. This jumper must be correctly connected to select the required power supply. Refer to Figure A-11 for jumper setting examples.

MPLAB ICD 2 users may use the ICD to power the target board to 5V, up to 200 mA, for the following devices only: PIC18F8490, PIC16F/LF/1946/7, PIC16F946 and PIC16F916. The PIC18F85J90 and PIC18F87J90 families of devices do not support this capability.

The default power on the board is 5V. The board voltage can be varied based on resistors populated on the PIM in conjunction with the processor being used.

FIGURE A-11: J15 POWER SUPPLY CIRCUIT SETTING EXAMPLES
EXAMPLE A EXAMPLE B EXAMPLE C
Microchip PIC18F86J90 - A.14 POWER SUPPLY - 1
VLCDBIAS = 3V, External Power

Microchip PIC18F86J90 - A.14 POWER SUPPLY - 2
VLCDBIAS = Battery

Microchip PIC18F86J90 - A.14 POWER SUPPLY - 3
VLCDBIAS = Vcc
a) External Supply with VLCDBIAS Regulated (Default): This is the recommended jumper setting to operate when using external supply. This configuration allows the VLCDBIAS to be regulated to 3V even if the VDD of the board is higher than 3V.
b) Battery Operation: This is the recommend jumper setting when operating on a battery. In this configuration, VLCDBIAS is directly connected to the battery voltage.
c) External Supply with VLCDBIAS Unregulated: This is not recommended to use with on-board glass as voltage higher than 3V may damage the glass. If an external glass is connected to J2 and is capable of handling higher voltages, then this jumper setting allows Vcc to connect directly to the VLCDBIAS when an external power supply is used.
Note: For all examples shown above, the voltage regulation on the VLCDBIAS for 3V is not required for the regular operation of the module or device. It is added here for additional protection for the glass since the board is capable of generating 3.3V or 5V depending on the PIM being used.

A.14.1 Using the Adjustable Voltage Regulator

The PICDEM LCD 2 board features an adjustable voltage regulator, the venerable LM317. It is U3 on the board, and can be recognized by the SO-223 package on the upper left side. Nearby, there is a header, J10, and two resistors, R25 and R26. R25 and R26 are used to set the output voltage of the LM317. By default, R25 = 1K and R26 = 330R, which results in an output voltage of 5.0V.

The reason an adjustable voltage regulator is provided is so that the PICDEM LCD 2 Demonstration Board can be used with a wide range of LCD PIC microcontrollers. The PIC18FXXJ90 family of devices tolerates a maximum VDD of 3.6V, whereas the PIC18FXX90, PIC16F91X and PIC16F946 tolerate a maximum VDD of 5.5V. The adjustable voltage regulator allows a different VDD to be provided for PIC18FJ devices and PIC18F and PIC16F LCD devices.

The switching between 3.6V and 5.5V parts is very convenient. The plug-in module boards are populated with the R101 and R102, appropriately, according to the processor module requirement which mates with the daughter board/emulator header that surrounds the ICE module (U1A). J10 on the PICDEM LCD 2 board is intended to connect with the 3-pin header on the plug-in module. This allows the resistors, R101 and R102, on the plug-in module to be connected in parallel to the resistors, R25 and R26. This way VDD can automatically be adjusted to the voltage appropriate to the part soldered onto the plug-in module.

The plug-in module is prepopulated with the values shown in Table A-22:

TABLE A-22: PIM PREPOPULATED VALUES

Module R101 R102 VDD
PIC18F87J90 Open 1.18K 3.3V
PIC18F85J90 Open 1.18K 3.3V
PIC18F8490 Open Open 5.0V
PIC16F914/917Open Open 5.0V
PIC16F946Open Open 5.0V
PIC16F1946/7Open Open 5.0V
PIC16LF1946/7Open 1.18K 3.3V

For V_DD = 3.3 volts, R101 can be left unpopulated and R102 can be 1.18K. (1% resistors are recommended for precise adjustment of V_DD .)

Now, let's look at how to determine R101 and R102 if a different VDD is desired. First, it is a good idea to look at the data sheet for the LM317 to understand how the voltage is adjusted. We will not duplicate all the details here. The following equation is taken from an LM317 data sheet:

EQUATION A-1:

$$ V O U T = V R E F (1 + R 2 / R 1) + I A D J * R 2 $$

IADJ is minimized by the LM317, so it can be assumed to be zero or at least very small. VREF = 1.25V; it is the reference voltage developed by the LM317 between the output and adjustment terminal.

That gives us the following equation:

EQUATION A-2:

$$ \begin{array}{l} V O U T = 1. 2 5 V (1 + R 2 / R 1) \ R 2 = R 2 5 \mid \mid R 1 0 2 = (R 2 5 * R 1 0 2) / (R 2 5 + R 1 0 2) \ R 1 = R 2 6 \left| R 1 0 1. = (R 2 6 * R 1 0 1) / (R 2 6 + R 1 0 1) \right. \ \end{array} $$

As stated previously, R25 = 1K and R26 = 330. You can see that without R102 and R101, VOUT = 1.25V(1 + 1K/330R) = 5.04V.

For a desired VOUT, first solve for R2, given R1 = R26 = 330R. Then, knowing R2 and R25, solve for R102. Determine the nearest available resistor value for R102 and recalculate the resulting VDD to make sure it does not exceed the maximum VDD for the part you will be using.

Table A-23 shows values for R101 and R102 for different VDD values, assuming that R25 and R26 on the PICDEM LCD 2 Board are left as their default values of 1K and 330R.

TABLE A-23: R101 AND R102 V DD VALUES

VDD R101 R102
5V Open Open
3.6V Open 1.62K
3.3V Open 1.18K
3.0V Open 866R

Recommended operating voltages for the various PIMs are:

  • PIC18F85J90 and PIC18F87J90 families of devices – 3.3V
    • PIC18F8490 family of devices – 5V
    • PIC16F917/914 devices – 5V
  • PIC16F946 – 5V (when operating on an external 9V DC supply)
  • PIC16F1946/7 - 5V
    • PIC16LF1946/7 - 3.3V

A.14.2 Slide Switch (S6)

The slide switch allows choosing the BIAS values, either generated by the resistor ladder, or by the capacitive charge pump. When S6 is switched to the left, the LCDBIAS pins of the microcontroller are connected to the resistor ladder. When S6 is switched to the right, the LCDBIAS pins of the microcontroller are connected to the capacitor network.

A.15 BOARD LAYOUT AND SCHEMATICS

The following figures show the parts layout (silkscreen) and schematics for the PICDEM LCD 2 board.

FIGURE A-12: PICDEM™ LCD 2 DEMONSTRATION BOARD PARTS LAYOUT (SILKSCREEN)
Microchip PIC18F86J90 - A.15 BOARD LAYOUT AND SCHEMATICS - 1

text_image Pictail™ RA5 RA4 RA3 RC5 RC4 RC3 RA0 RA1 RA2 RC0 RC1 RC2 VCC GND RD0 RD2 RD4 RD6 JC VCC RC7 RC8 RC3 RC8 RB8 AN8 +V RG5 RG6 RG7 RG8 RG9 RG10 RG11 RG12 RG13 RG14 RG15 RG16 RG17 RG18 RG19 RG20 RG30 RG40 RG41 RG42 RG43 RG44 RG45 RG46 RG47 RG48 RG49 RG50 RG60 RG61 RG62 RG63 RG64 RG65 RG66 RG67 RG68 RG69 RG70 RG71 RG72 RG73 RG74 RG75 RG76 RG77 RG78 RG79 RG80 RG81 RG82 RG83 RG84 RG85 RG86 RG87 RG88 RG89 RG90 RG91 RG92 RG93 RG94 RG95 RG96 RG97 RG98 RG99 RG100 RG101 RG102 RG103 RG104 RG105 RG106 RG107 RG108 RG109 RG110 RG111 RG112 RG113 RG114 RG115 RG116 RG117 RG118 RG119 RG120 RG121 RG122 RG123 RG124 RG125 RG126 RG127 RG128 RG129 RG130 RG131 RG132 RG133 RG134 RG135 RG136 RG137 RG138 RG139 RG140 RG141 RG142 RG143 RG144 RG145 RG146 RG147 SEG47 SEG45 SEG43 SEG41 SEG39 SEG37 SEG35 SEG33 SEG31 SEG29 SEG27 SEG25 SEG23 SEG21 SEG19 SEG17 SEG15 SEG13 SEG11 SEG9 SEG77 SEG5656666666666666666666666666666666666666666666666666666666666666666666666666666666666666666666666666666 5 SEQ44 SEQ42 SEQ40 SEQ38 SEQ36 SEQ34 SEQ32 SEQ30 SEQ28 SEQ25 SEQ22 SEQ20 SEQ18 SEQ16 SEQ14 SEQ12 SEQ10 SEQ8 SEQ7 SEQ5 SEQ3 SEQ2 SEQ0 SEQ8 SEQ7 SEQ5 SEQ3 SEQ2 SEQ0 SEQ8 SEQ7 SEQ5 SEQ3 SEQ2 SEQ0 SEQ8 SEQ7 SEQ5 SEQ3 SEQ2 SEQ0 SEQ8 SEQ7 SEQ5 SEQ3 SEQ2 SEQ0 SEq8 SEq7 SEq5 SEq3 SEq2 SEq0 SEq8 SEq7 SEq5 SEq3 SEq2 SEq0 SEq8 SEq7 SEq5 SEq3 SEq2 SEq0 SEq8 SEq7 SEq5 SEq3 SEq2 SEq0 SEq8 SEq7 SEq5 SEq3 SEq2 SEq0 SEp8 Sep7 Sep5 Sep3 Sep2 Sep0 Sep8 Sep7 Sep5 Sep3 Sep2 Sep0 Sep8 Sep7 Sep5 Sep3 Sep2 Sep0 Sep8 Sep7 Sep5 Sep3 Sep2 Sep0

FIGURE A-13: PICDEM™ LCD 2 SCHEMATIC SHEET 1 OF 3
Microchip PIC18F86J90 - A.15 BOARD LAYOUT AND SCHEMATICS - 2

FIGURE A-14: PICDEM™ LCD 2 SCHEMATIC SHEET 2 OF 3
Microchip PIC18F86J90 - A.15 BOARD LAYOUT AND SCHEMATICS - 3

text_image U1A ICE MODULE VCC R2 10K S5 .1μF C21 .1μF VCC R3 TBD R4 TBD optional VCC R9 10K R1 1K C21 .1μF VCC R2 10K S5 .1μF VCC R3 TBD R4 TBD optional VCC R9 10K R1 1K C21 .1μF VCC R2 10K S5 .1μF VCC R3 TBD R4 TBD optional VCC R9 10K R1 1K S5 .1μF VCC R2 10K S5 .1μF VCC R3 TBD R4 TBD optional VCC R9 10K R1 1K S5 .1μF VCC R3 TBD R4 TBD optional

FIGURE A-15: PICDEM™ LCD 2 SCHEMATIC SHEET 3 OF 3
Microchip PIC18F86J90 - A.15 BOARD LAYOUT AND SCHEMATICS - 4

text_image 21 NC LCD1 NC 30 COM2 22 00M0 CC M2 19 COM1 SEG16 23 X8,X8,X5,X7 X8,X11,X12,X18 SEG15 SEG17 24 X1,X3,X4,X2 X18,X14,X13,X15 SEG14 SEG18 25 -F3,F1,F3 X17,X19,X28,X18 SEG13 SEG19 26 1A,1E,F4,1F -X22,X21,- 15 SEG12 SEG20 27 1B,L,C,T,O,T,G 3W,3C,-3G 14 SEG11 SEG21 28 2A,2E,2D,2F 4A,4E,4O,4F 13 SEG10 SEG22 29 2B,RQ,OQ,K,ZC 4B,RQ,DP,F,A,G 12 SEC9 SEG23 30 3A,3E,3D,3F 5A,5E,5O,5F 11 SEC8 SEG24 31 SB,SG,6B,SG 5B,SG,-3G 10 SEC7 SEG25 32 RC,B,F,B,E 9 SEC6 SEG26 33 X31,X33,X34,X32 S13,BG,RB,RG 8 SEC5 SEG27 34 -X27,X35,X38 7 SEC4 SEG28 35 -X28,X38,X29 DP2,70,78,70 6 SEC3 SEG29 36 S1,S3,S4,S2 70,7T,7A,7E 5 SEC2 SEG30 37 S6,-,-,S7 4 SEG1 SEG31 38 S5,-,-,S8 S1Z,-,-,S10 3 SEG0 COM3 39 00M4 GCM1 2 CDM0 NC LCD_VLS5573 NC 1 J15 Battery VLCDBIAS = Battery J15 EXT PWR VLCDBIAS = 3.0V Default J15 EXP PWR Not recommended to VLCDBIAS = Vcc operate with on board glass Note: VLCDBIAS R45 75K BATTERY BT1 J1 1 BATTERY DJ0006 D5 1N4001 C26 .1 μF VIN OUT 2 VCC C27 C28 .1 μF VLCDBIAS J15 R2B 1K 2 ADJ R26 3.30_1% TP2 100 μF ECE-V1AA10WR D6 J10 LM317 MCP1700T-3002E/TT Q2 IN SNO OUT 2 C29 C30 C47 μF C23 C24 C25 EG4208A VIN ADJ VOUT 1 K_1% OUT 3 ADJ VCC R8 75K Left side BIAS3 BIAS2 BIAS1 R13 75K Right side R19 75K RB5 (BIAS0) JP21 C22 C23 C24 C25 .47 μF .47 μF .47 μF .47 μF

A.16 PIM LAYOUT AND SCHEMATICS

The following figures show the layout (silkscreen) for the individual PIMs.

FIGURE A-16: PIC18F65J90 AND PIC18F85J90 PIM LAYOUT
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 1

text_image PIC18F65J90 C104 PIC18F85J90 PICDEM™ LCD 2 R102 | | | R101 | |C105 U1 C103[ | R105 C102 | | R103 C106 R104 C101 | |Γ_¬D101

FIGURE A-17: PIC16F914/917 PIM LAYOUT
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 2

text_image PIC16F917/914 R102 [ ] J102 [ ] C101 R101 U4 C102[ ] PICDEM™ LCD 2 MICROCHIP

FIGURE A-18: PIC16F946 PIM LAYOUT
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 3

text_image C104 PIC16F946 PICDEM™ LCD 2 R102 [ ] [ ] R101 C105 U3 C103 C102 [ ] C101

FIGURE A-19: PIC16F/LF1946/7 PIM LAYOUT
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 4

text_image C104 PICDEM™ LCD 2 R102 [ ] [ ] R101 [ | C105 U2 C103[ ] C102[ ] PIC16F/LF1946 PIC16F/LF1947 C101=

FIGURE A-20: PIC18F6490/8490 PIM LAYOUT
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 5

text_image C104 PICDEM™ LCD 2 R102 ||| ||| R101 || C105 U2 C103| C102| PIC18F6490 PIC18F8490 C101

FIGURE A-21: PIC18F87J90 PIM LAYOUT
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 6

natural_image Pure electrical circuit lines without any symbols or text

FIGURE A-22: PICDEM™ LCD 2 PIC16F914/917 PIM SCHEMATIC
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 7

text_image ICEVDD ICEVDD2 C101 .1 μF C102 .1 μF ICEMCLR 7 28 18 AN0 19 AN1 20 COM2 21 SEG15 22 SEG9 23 SEG10 24 RB0 8 SEG6 9 SEG7 10 SEG8 11 COM0 14 COM1 15 RB6 16 RB7 17 NC 13 NC 33 NC 34 NC 6 VSS 29 VSS U4 RE2/SEG23 27 26 25 5 RD7/SEG20 4 RD6/SEG19 3 RD5/SEG18 2 RD4/SEG17 41 RD3/SEG16 40 RD2/CCP2 39 RD1 38 RD0/COM3 37 RC7/SEDB/RX 44 RC6/SEG9/TX 43 RC5/SEG10/CCP1 42 RC4/SEG11/SDO 37 RC3/SEG6 36 RC2/VLCD3 35 RC1/VLCD2 32 RC0/VLCD1 31 OSC2/RA8 30 OSC1/RA7 T10SCO T10SCI PIC16F917

FIGURE A-23: PICDEM LCD 2 PIC16F/LF1946/7 64-PIN PIM SCHEMATIC
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 8

text_image U3 PIC16F/LF1946 PIC16F/LF1947 SEG19 1 RD6/SEG19 SEG20 2 RD7/SEG20 SEG8 3 RG0/SEG36 SEG9 4 RG1/SEG37 SEG11 5 RG2/SEG38 SEG12 6 RG3/SEG39 SEG13 7 RG4/SEG40 SEG14 8 RG5/SEG41 VDD48 9 VSS SEG32 10 VDD SEG0 11 RF0/SEG32 SEG6 12 RF1/SEG33 SEG7 13 RF2/SEG34 RB0 14 RF3/SEG35 RB0/INT/SEG0 RB1/SEG1 RD6/SEG18 RD7/SEG17 RD8/SEG16 RD9/SEG15 RD10/SEG14 RD11/SEG13 RD12/SEG12 RD13/SEG11 RD14/SEG10 RD15/SEG0 RD16/SEG0 RD6/SEG19 RD7/SEG20 RG0/SEG36 RG1/SEG37 RG2/SEG38 RG3/SEG39 RG4/SEG40 RG5/SEG41 VDD 17 RB2/SEG2 RB3/SEG3 VDD 18 RB4/COM0 VDD 19 VSS 20 VSS 21 COMO 22 COM1 23 RB6 RB7 24 RB7/SEQ13 AVSS AVD 25 AVD 26 AVD 27 AVD 28 AVD 29 AVD 30 AVD 31 AVD 32 AVD 33 AVD 34 AVD 35 AVD 36 AVD 37 AVD 38 AVD 39 AVD 40 AVD 41 AVD 42 AVD 43 AVD 44 AVD 45 AVD 46 AVD 47 AVD 48 AVD 49 AVD 50 AVD 51 AVD 52 AVD 53 AVD 54 AVD 55 AVD 56 AVD 57 AVD 58 AVD 59 AVD 60 AVD 61 AVD 62 AVD 63 AVD 64 AVD 65 AVD 66 AVD 67 AVD 68 AVD 69 AVD 70 AVD 71 AVD 72 AVD 73 AVD 74 AVD 75 AVD 76 AVD 77 AVD 78 AVD 79 AVD 80 AVD 81 AVD 82 AVD 83 AVD 84 AVD 85 AVD 86 AVD 87 AVD 88 AVD 89 AVD 90 AVD 91 AVD 92 AVD 93 AVD 94 AVD 95 AVD 96 AVD 97 AVD 98 AVD 99 AVD 100 AVD RD6/SEG18 RD7/SEG17 RD8/SEG16 RD9/SEG15 RD10/SEG14 RD11/SEG13 RD12/SEG12 RD13/SEG11 RD14/SEG10 RD15/SEG0 RD16/SEG0 VDD 17 RD6/SEG20 RD7/SEG20 RD6/SEG19 RD7/SEG20 RG0/SEG36 RG1/SEG37 RG2/SEG38 RG3/SEG39 RG4/SEG40 RG5/SEG41 VDD 10 VDD RF0/SEG32 RF1/SEG33 RF2/SEG34 RF3/SEG35 RB0/INT/SEG0 RB1/SEG1

FIGURE A-24: PICDEM™ LCD 2 PIC16F946 PIM SCHEMATIC
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 9

text_image U3 PIC16F946 SEG19 1 RD6/SEG19 SEG20 2 RD7/SEG20 SEG8 3 RG0/SEG36 SEG9 4 RG1/SEG37 SEG11 5 RG2/SEG38 SEG12 6 RG3/SEG39 SEG13 7 RG4/SEG40 SEG14 8 RG5/SEG41 VDD4B 9 Vdd SEG32 10 RFD/SEG32 SEG0 11 RF1/SEG33 SEG6 12 RF2/SEG34 SEG7 13 RF3/SEG35 RB0 14 RB0/INT/SEG0 RB1 15 RB1/SEG1 RD2/SEG2 RB3/SEG3 VDD VDD VSS VSS AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVDD AVD RD5/SEG18 RC4/SEG17 RC7/SEG8 RC8/SEG9 RC9/SEG10 RC4/SEG11 RC4/SEG16 VDC VSS RD2/CCP2 RD1 RD2/CDM3 RD3/SEG6 RD2/VLD03 RD1/VLD02 RD0/VLD01 RD6/SEG19 RC4/SEG17 RC7/SEG8 RC8/SEG9 RC9/SEG10 RC4/SEG11 RC4/SEG16 VDC VSS RD2/CCP2 RD1 RD2/CDM3 RD3/SEG6 RD2/VLD03 RD1/VLD02 RD0/VLD01 RF7/SEG31 48 SEG31 RF6/SEG30 47 SEG30 RF5/SEG29 48 SEG29 RF4/SEG28 45 SEG28 RE7/SEG27 44 SEG27 RE8/SEG26 43 SEG26 RE5/SEG25 42 SEG25 Vss 41 RA6/OSC2 40 T1OSCO RA7/OSC1 39 T1OSCI Vcc 38 VDD12 RE4/SEG24 37 SEG24 RE3/MCLR 36 MCLR RE2/SEG23 35 SEG23 RE1/SEG22 34 SEG22 RED/SEG21 33 SEG21 RD5/SEQ5 32 SEG5

FIGURE A-25: PICDEM™ LCD 2 PIC18F6490 64-PIN PIM SCHEMATIC
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 10

text_image U2A PIC18F6490 BIAS2 1 LC0BAS2 BIAS1 2 LC0BAS1 SEG30 3 RG0/SEG30 SEG29 4 RG1/TX2/CK2/SEG29 SEG28 5 RG2/RX2/D12/SEG28 SEG27 6 RG3/SEG27 MCLR 7 RG5/MCLR/VPP SEG26 8 RG4/SEG26 VDD12 9 VSS SEG25 10 VDD SEG24 11 RF7/SS/SEG25 SEG23 12 RF5/AN11/C1IN-/SEG24 SEG22 13 RF5/AN10/C1IN+/SEG23 SEG21 14 RF4/AN9/C2IN-/SEG22 SEG20 15 RF3/AN8/C2IN+/SEG21 SEG19 16 RF2/AN7/C1OUT/SEG20 VDD25 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 SEQ18 34 VDD32 35 VDD15 36 SEG14 37 TIOSCI 38 TIOSCO TX/CK RX/DT SEQ17 39 VDD33 40 VDD16 41 VDD17 42 VDD18 SEQ16 43 VDD19 44 VDD20 45 VDD21 46 VDD22 47 VDD23 48 VDD24 49 VDD25 50 VDD26 51 VDD27 52 VDD28 53 VDD29 54 VDD30 55 VDD31 56 VDD32 57 VDD33 58 VDD34 59 VDD35 60 VDD36 61 VDD37 62 VDD38 63 VDD39 64 VDD40 65 VDD41 66 VDD42 67 VDD43 68 VDD44 69 VDD45 70 VDD46 71 VDD47 RB0/INTO RB0 RB1/INTI/SEG8 RB1/INTI/SEG8 RB2/INTI/SEG8 RB3/INTI/SEG10 RB4/KBIO/SEG11 RB5/KBII/PON RB6/KBII/PDG RB7/CLKD/RAB RSC1/CLKI RVD RB8/KBIO/POD RC5/SDO/SEG12 RC4/SDI/SDA RC3/SCK/SCL RC7/RK1/RD1/SEG13 OSC2 OSC2 OSC1 VDD48 RB7 RB7 OSC1 VDD48 RB7 RB7 RB7 RB7 SEG12 RC4 RC4 RC3 RC4 RC3 SEG13

FIGURE A-26: PICDEM™ LCD 2 PIC18F8490 80-PIN PIM SCHEMATIC
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 11

text_image U2 PIC18F8490 SEG45 1 RH2/SEG45 SEC44 2 RH3/SEG44 BIAS2 3 LC0BAS2 BIAS1 4 LC0BAS1 SEC30 5 RD0/SEG30 SEC29 6 RG1/TX2/CK2/SEG29 SEC28 7 RG2/RX2/DT2/SEG28 SEC27 8 RG3/SEG27 MCLR 9 RC5/MCLR/APP SEC26 10 RC4/SEG26 VDD12 11 VSS SEC25 12 VIIO SEC24 13 RF7/SS/SEG25 SEC23 14 RF8/AN11/C1IN-/SEG24 SEC22 15 RF5/AN10/C1IN+/SEG23 SEC21 16 RF4/AN9/C2IN-/SEG22 SEC20 17 RF3/AN8/C2IN+/SEG21 SEC20 18 RF2/AN7/C1OUT/SEG20 SEC43 19 RH7/SEG43 SEC42 20 RH6/SEG42 RND/SEG41 RND/SEG40 RND/SEG40 RND/SEG40 RND/SEG40 RND/SEG40 RND/SEG40 RND/SEG40 RND/SEG40 RND/SEG40 RND/SEG40 RND/SEG40 RND/SEG40 RND/SEG40 RND/SEG40 RND/SEG40 VDD25 21 RND/SEG45 VDD25 22 RH4/SEG45 VDD25 23 RF1/AN8/C2OUT/SEG45 VDD25 24 WD/AN8/C2OUT VDD25 25 AVDD 26 AVSS 27 RND/AI3/RG7-/SEG7 28 RND/AI3/RG7-/SEG7 29 RND/AI3/RG7-/SEG7 30 RND/AI3/RG7-/SEG7 31 VDD 32 RND/AI3/RG7-/SEG7 33 RND/AI3/RG7-/SEG7 34 RND/AI3/RG7-/SEG7 35 RND/AI3/RG7-/SEG7 36 RND/AI3/RG7-/SEG7 37 RND/AI3/RG7-/SEG7 38 RND/AI3/RG7-/SEG7 39 RND/AI3/RG7-/SEG7 40 RND/AI3/RG7-/SEG7 41 RND/AI3/RG7-/SEG7 42 RND/AI3/RG7-/SEG7 43 RND/AI3/RG7-/SEG7 44 RND/AI3/RG7-/SEG7 45 RND/AI3/RG7-/SEG7 46 RND/AI3/RG7-/SEG7 47 RND/AI3/RG7-/SEG7 48 RND/AI3/RG7-/SEG7 49 RND/AI3/RG7-/SEG7 50 RND/AI3/RG7-/SEG7 51 RND/AI3/RG7-/SEG7 52 RND/AI3/RG7-/SEG7 53 RND/AI3/RG7-/SEG7 54 RND/AI3/RG7-/SEG7 55 RND/AI3/RG7-/SEG7 56 RND/AI3/RG7-/SEG7 57 RND/AI3/RG7-/SEG7 58 RND/AI3/RG7-/SEG7 59 RND/AI3/RG7-/SEG7 60 RND/AI3/RG7-/SEG7 61 RND/AI3/RG7-/SEG7 62 RND/AI3/RG7-/SEG7 63 RND/AI3/RG7-/SEG7 64 RND/AI3/RG7-/SEG7 65 RND/AI3/RG7-/SEG7 66 RND/AI3/RG7-/SEG7 67 RND/AI3/RG7-/SEG7 68 RND/AI3/RG7-/SEG7 69 RND/AI3/RG7-/SEG7 70 VDD1 61 VSS 62 RD1/SEQ1 63 RD2/SEQ2 64 RD3/SEQ3 65 RD4/SEQ4 66 RD5/SEQ5 67 RD6/SEQ6 68 RD7/SEQ7 69 RD8/SEQ8 60 RD9/SEQ9 61 RD10/SEQ10 RND/SEQ10 RD0/SEQ2 RD0/SEQ3 RD1/SEQ4 RD1/SEQ5 RD2/SEQ6 RD2/SEQ7 RD3/SEQ8 RD3/SEQ9 RD4/SEQ10 RD5/SEQ11 RD6/SEQ12 RD6/SEQ13 RD6/SEQ14 RD6/SEQ15 RD6/SEQ16 RD6/SEQ17 RD6/SEQ18 RD6/SEQ19 RD6/SEQ20 RD6/SEQ21 RD6/SEQ22 RD6/SEQ23 RD6/SEQ24 RD6/SEQ25 RD6/SEQ26 RD6/SEQ27 RD6/SEQ28 RD6/SEQ29 RD6/SEQ30 RD6/SEQ31 RD6/SEQ32 RD6/SEQ33 RD6/SEQ34 RND/SEQ34 RBJ/SEQ35 RB0/INT0 RB1/INT1/SEQ8 RB2/INT2/SEQ9 RB3/INT3/SEQ10 RB4/KBIO/SEQ11 RB5/KBI1/PGN RB6/KBI2/PGC VSS OSC2/CLKO/RAG OSC1/CLKI/RAT VDD OSC2 OSC1 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDD OSC2 OSC1 VDOV DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOD DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DOK DORDOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TON OS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS TONOS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSDSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UURDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRS UTRDSCSRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCCRLUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAUGAULUHSCAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUCAAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSCAULUHSC AULU HOC AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL A UL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL AUL A UL AUL A UL AUL A UL AUL A UL AUL A UL AUL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL A UL BUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT S OUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT SOUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S OUT S Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out s Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Out t Outt

FIGURE A-27: PICDEM™ LCD 2 PIC18F6XJ90 64-PIN PIM SCHEMATIC
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 12

text_image U2 PIC18F6XJ90 BIAS2 1 BIAS1 2 BIAS0 3 RBO 4 VLCAP1 5 VLCAP2 6 MCLR 7 SEC26 8 VDDCORE 9 SEG25 10 SEG24 11 SEG23 12 SEG22 13 SEG21 14 SEG20 15 ENVREG 16 AVDD 17 RD1/LCDBIAS2 RE0/LCDBIAS1 RG0/LCDBIAS0 RG1/TX2/CK2 RG2/RX2/DT2/Vcap1 (RC3) RG3/VCAP2 (RC4) (RC3) MCLR RG4/SEQ26 VSS VDDCORE/VCAP RF7/AN5/SS/SEG25 RF6/AN11/C1INA/SEG24 RF5/AN10/C1INB/SEG23 RF4/AN9/C2INA/SEG22 RF3/AN8/C2INB/SEG21 RF2/AN7/C1OUT/SEG20 RF1/AN6/C2OUT/SEQ19 (RA1) ENVREG 20 AVDD 21 AVSS 22 RA5/AK5/VREF+ RA2/AN2/VREF- RA1/AN1/SEG18 RA8/AN0 VSS VDD32 25 VDD14 26 VDD33 27 VDD15 28 VDD16 29 VDD17 30 TX/CK RX/DT 31 TX/SCC 32 TX/SDCA 33 OSC1 34 OSC2 35 OSC3 36 OSC4 37 OSC5 38 OSC6 39 OSC7 40 OSC8 41 OSC9 42 OSC10 43 OSC11 44 OSC12 45 OSC13 46 OSC14 47 OSC15 48 OSC16 49 OSC17 50 OSC18 51 OSC19 52 OSC20 53 OSC21 54 OSC22 55 OSC23 56 OSC24 57 OSC25 58 OSC26 59 OSC27 60 OSC28 61 OSC29 62 OSC30 63 OSC31 64 OSC32 65 OSC33 66 OSC34 67 OSC35 68 OSC36 69 OSC37 70

FIGURE A-28: PICDEM™ LCD 2 PIC18F87J90 80-PIN PIM SCHEMATIC
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 13

text_image PIC18F87FJ90 U1 SEC30 1 RH2/SEI45 SEC29 2 RH3/SEI44 EIAS2 3 RE1/LCD8I452 EIAS1 4 RE1/LCD8I451 EIAS0 5 RG0/LCD8I450 VLCAP1 6 RG1/TX2/CK2 VLCAP2 7 RG2/RX2/DT2/Vcop1 (RC3) VCLR 8 RC3/LVcop2 (RC4) SEG26 9 VCLR VDDCORE 10 RG4/SEO26 SEG25 11 VSS SEG24 12 VDDCORE/Vcop SEG23 13 RF7/SS/SEI25 SEG22 14 RF5/AN11/CIR+/SEO24 SEG21 15 RF5/AN18/CIR+/SEO23 SEG20 16 RF4/AN9/C2INA/SEO22 SEG21 17 RF3/AN8/C2INR/SEO21 SEG20 18 RF2/AN7/C1OUT/SEO28 SEG43 19 RH7/SEO43 SEG42 20 RH5/SEO42 P2 P1 SEC41 31 RH6/SEI41 SEC18 32 RH7/SEI48 SEC19 33 RF7/AN6/CIOJT/SEO19 EVVEC 34 ENVEO AVOD 35 AVOD AVSS 36 AVSS RA3 37 RA3/AN3/VIEF- (RA1) AN1 38 RA2/AN2/VIEF- RUA/AN1/SEO18 PA7 39 RUA/AN9 VDD32 40 VDD40 VDD35 41 VDD45 SEC14 42 T1OSCI 43 T1OSCO 44 TX/CK RX/DT SEC39 T1OSCI 45 RX/DT SEC39 PLS/SEO38 P1 RJ7/SEO36 RJ6/SEO37 RJ7/CCP1/SCO13 RC2/CCP1/SCO13 RJ7/SEO36 RJ6/SEO37 RD7/SEO2 50 RD7/SEO34 RJ2/SEO34 RJ3/SEO30 RB2/INT8/SEO38 RB2/INT1/SCOR RB2/INT2/SC09 RB3/INT3/SEO18 RB4/KB0/SEO11 RB5/KB1/SEO20 RB6/KB0/PG0 OSC2/CLK0/R48 OSC1/CLK1/R47 VDD48 RB7 SEC12 SEC16 SEC17 SEC13 SEC36 SEC37

FIGURE A-29: PICDEM™ LCD 2 PIC18F85J90 80-PIN PIM SCHEMATIC
Microchip PIC18F86J90 - A.16 PIM LAYOUT AND SCHEMATICS - 14

text_image PIC18F85J90 U1 SEG30 1 SEG29 2 BIAS2 3 BIAS1 4 BIAS0 5 VLCAP1 6 VLCAP2 7 MCLR 8 SEC26 9 VDDCORE 10 SEG25 11 SEG24 12 SEG23 13 SEG22 14 SEG21 15 SEG20 16 SEG43 17 SEG42 18 20 21 22 23 24 25 26 AVDD 27 AVSS 28 AVD 29 AVR/ANR/COUT/SEC19 AVR/D/ANR/REF+ (RA1) AVR/ANR/REF- AVR/ANR/SEC18 AVR/ANR/REF- RA3 AN1 28 AN0 30 VDD32 31 VDD15 32 SEG40 33 SEG19 34 ENWREC 35 AVDD 36 RD1/SEG4 37 RD0/SEG4 38 RD1/TXCK/SCL/SEC20 RD0/SDI/SCI/SEC21 RD0/SDI/SDI/SEC22 RD0/SDI/SDI/SEC23 RD0/SDI/SDI/SEC24 RD0/SDI/SDI/SEC25 RD0/SDI/SDI/SEC26 RD0/SDI/SDI/SEC27 RD0/SDI/SDI/SEC28 RD0/SDI/SDI/SEC29 RD0/SDI/SDI/SEC30 RD0/SDI/SDI/SEC31 RD0/SDI/SDI/SEC32 RD0/SDI/SDI/SEC33 RD0/SDI/SDI/SEC34 RD0/SDI/SDI/SEC35 RD0/SDI/SDI/SEC36 RD0/SDI/SDI/SEC37 RD0/SDI/SDI/SEC38 RD0/SDI/SDI/SEC39 RD0/SDI/SDI/SEC40 RD0/SDI/SDI/SEC41 RD0/SDI/SDI/SEC42 RD0/SDI/SDI/SEC43 RD0/SDI/SDI/SEC44 RD0/SDI/SDI/SEC45 RD0/SDI/SDI/SEC46 RD0/SDI/SDI/SEC47 RD0/SDI/SDI/SEC48 RD0/SDI/SDI/SEC49 RD0/SDI/SDI/SEC50 RD0/SDI/SEG51 RD0/SDI/SEG52 RD0/SDI/SEG53 RD0/SDI/SEG54 RD0/SDI/SEG55 RD0/SDI/SEG56 RD0/SDI/SEG57 RD0/SDI/SEG58 RD0/SDI/SEG59 RD0/SDI/SEG60 RD0/SDI/SEG61 RD0/SDI/SEG62 RD0/SDI/SEG63 RD0/SDI/SEG64 RD0/SDI/SEG65 RD0/SDI/SEG66 RD0/SDI/SEG67 RD0/SDI/SOCC 61 RD0/SOCC 62 RD0/SOCC 63 RD0/SOCC 64 RD0/SOCC 65 RD0/SOCC 66 RD0/SOCC 67 RD0/SOCC 68 RD0/SOCC 69 RD0/SOCC 70 RD0/SOCC 71 RD0/SOCC 72 RD0/SOCC 73 RD0/SOCC 74 RD0/SOCC 75 RD0/SOCC 76 RD0/SOCC 77 RD0/SOCC 78 RD0/SOCC 79 RD0/SOCC 80 RD0/SOCC 81 RD0/SOCC 82 RD0/SOCC 83 RD0/SOCC 84 RD0/SOCC 85 RD0/SOCC 86 RD0/SOCC 87 RD0/SOCC 88 RD0/SOCC 89 RD0/SOCC 90 RD0/SOCC 91 RD0/SOCC 92 RD0/SOCC 93 RD0/SOCC 94 RD0/SOCC 95 RD0/SOCC 96 RD0/SOCC 97 RD0/SOCC 98 RD0/SOCC 99 RD0/SOCC 100

NOTES:

Index

A

Analog Input 47

B

Board 11

C

Charge Pump and Software Contrast...... 17

Clock....17

Customer Notification Service....8

Customer Support....9

D

Demonstration Board. See Board

Demonstration Programs. See Sample Programs.

Documentation

Conventions....6

Layout.... 5

H

Hardware Features 12

|

Internet Address....8

K

Kit Components 11

L

LCD

Digit Description.... 27

Display Definition.... 27

SEGx and COMx 28

LCD Display.... 26

LEDs

Green Display.... 46

Green Power 46

M

Microchip Internet Web Site....8

MPASM Assembler.... 15

MPLAB C18 C Compiler 15

MPLAB ICD 2....11, 16, 48

MPLAB ICE....11, 16

MPLAB IDE.... 15

0

Oscillator Options.... 47

Oscillator Selection 16

P

Part Numbers.... 25

PIC16XXXX

Demo 17

PIC18XXXX

Demo Program.... 17

PICDEM LCD 2 Board

Hardware 23

PICDEM LCD 2 Board. See Board

PICDEM LCD 2 Demo Board.... 12

PICDEM LCD 2 Hardware (Graphic) 13

PICDEM LCD 2 Kit. See Kit Components.

PICDEM LCD 2 Stand-Alone Board.... 15

Power Supply.... 15

PICDEM LCD2 Board

Power Supply.... 49

Processors 25

Push Buttons. See Switches.

R

Reading, Recommended 7

Real-Time Clock.... 47

RS-232 12,47

s

Sample Devices 13

Sample PIM....11

Sample Programs 11, 13

Serial EEPROM 47

Switches.... 12

Analog Input.... 48

Digital I/O 48

T

Temperature Sensor 48

Thermometer.... 17

U

Using the Demo Software 17

V

Voltmeter.... 17

W

Warranty Registration 7

WWW Address....8

Worldwide Sales and Service

AMERICAS

Corporate Office

2355 West Chandler Blvd.

Chandler, AZ 85224-6199

Tel: 480-792-7200

Fax: 480-792-7277

Technical Support:

http://support.microchip.com

Web Address:

www.microchip.com

Atlanta

Duluth, GA

Tel: 678-957-9614

Fax: 678-957-1455

Boston

Westborough, MA

Tel: 774-760-0087

Fax: 774-760-0088

Chicago

Itasca, IL

Tel: 630-285-0071

Fax: 630-285-0075

Cleveland

Independence, OH

Tel: 216-447-0464

Fax: 216-447-0643

Dallas

Addison, TX

Tel: 972-818-7423

Fax: 972-818-2924

Detroit

Farmington Hills, MI

Tel: 248-538-2250

Fax: 248-538-2260

Kokomo

Kokomo, IN

Tel: 765-864-8360

Fax: 765-864-8387

Los Angeles

Mission Viejo, CA

Tel: 949-462-9523

Fax: 949-462-9608

Santa Clara

Santa Clara, CA

Tel: 408-961-6444

Fax: 408-961-6445

Toronto

Mississauga, Ontario,

Canada

Tel: 905-673-0699

Fax: 905-673-6509

ASIA/PACIFIC

Asia Pacific Office

Suites 3707-14, 37th Floor

Tower 6, The Gateway

Harbour City, Kowloon

Hong Kong

Tel: 852-2401-1200

Fax: 852-2401-3431

Australia - Sydney

Tel: 61-2-9868-6733

Fax: 61-2-9868-6755

China - Beijing

Tel: 86-10-8528-2100

Fax: 86-10-8528-2104

China - Chengdu

Tel: 86-28-8665-5511

Fax: 86-28-8665-7889

China - Chongqing

Tel: 86-23-8980-9588

Fax: 86-23-8980-9500

China - Hong Kong SAR

Tel: 852-2401-1200

Fax: 852-2401-3431

China - Nanjing

Tel: 86-25-8473-2460

Fax: 86-25-8473-2470

China - Qingdao

Tel: 86-532-8502-7355

Fax: 86-532-8502-7205

China - Shanghai

Tel: 86-21-5407-5533

Fax: 86-21-5407-5066

China - Shenyang

Tel: 86-24-2334-2829

Fax: 86-24-2334-2393

China - Shenzhen

Tel: 86-755-8203-2660

Fax: 86-755-8203-1760

China - Wuhan

Tel: 86-27-5980-5300

Fax: 86-27-5980-5118

China - Xian

Tel: 86-29-8833-7252

Fax: 86-29-8833-7256

China - Xiamen

Tel: 86-592-2388138

Fax: 86-592-2388130

China - Zhuhai

Tel: 86-756-3210040

Fax: 86-756-3210049

ASIA/PACIFIC

India - Bangalore

Tel: 91-80-3090-4444

Fax: 91-80-3090-4123

India - New Delhi

Tel: 91-11-4160-8631

Fax: 91-11-4160-8632

India - Pune

Tel: 91-20-2566-1512

Fax: 91-20-2566-1513

Japan - Yokohama

Tel: 81-45-471-6166

Fax: 81-45-471-6122

Korea - Daegu

Tel: 82-53-744-4301

Fax: 82-53-744-4302

Korea - Seoul

Tel: 82-2-554-7200

Fax: 82-2-558-5932 or

82-2-558-5934

Malaysia - Kuala Lumpur

Tel: 60-3-6201-9857

Fax: 60-3-6201-9859

Malaysia - Penang

Tel: 60-4-227-8870

Fax: 60-4-227-4068

Philippines - Manila

Tel: 63-2-634-9065

Fax: 63-2-634-9069

Singapore

Tel: 65-6334-8870

Fax: 65-6334-8850

Taiwan - Hsin Chu

Tel: 886-3-6578-300

Fax: 886-3-6578-370

Taiwan - Kaohsiung

Tel: 886-7-213-7830

Fax: 886-7-330-9305

Taiwan - Taipei

Tel: 886-2-2500-6610

Fax: 886-2-2508-0102

Thailand - Bangkok

Tel: 66-2-694-1351

Fax: 66-2-694-1350

EUROPE

Austria - Wels

Tel: 43-7242-2244-39

Fax: 43-7242-2244-393

Denmark - Copenhagen

Tel: 45-4450-2828

Fax: 45-4485-2829

France - Paris

Tel: 33-1-69-53-63-20

Fax: 33-1-69-30-90-79

Germany - Munich

Tel: 49-89-627-144-0

Fax: 49-89-627-144-44

Italy - Milan

Tel: 39-0331-742611

Fax: 39-0331-466781

Netherlands - Drunen

Tel: 31-416-690399

Fax: 31-416-690340

Spain - Madrid

Tel: 34-91-708-08-90

Fax: 34-91-708-08-91

UK - Wokingham

Tel: 44-118-921-5869

Fax: 44-118-921-5820

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Product information

Brand : Microchip

Model : PIC18F86J90

Category : Electronic component