TEAclipper/PIC™
Firmware delivery for Microchip PIC microcontrollers
FlexiPanel
Summary
TEAclipper/PIC is a portable, target-powered firmware
programmer for Microchip’s PIC microcontrollers. About
the same weight and size as a nickel (US 5¢ coin), it can
be readily transported and plugged in to the PCB or
prototyping board containing the PIC requiring
programming.
TEAclipper/PIC makes it easy to sell code written for
PICs and also to deliver updates to products already
delivered to customers.
Programming a target PCB
TEAclipper/PIC
Features
How It Works
TEAclipper/PIC features:
The HexWax Explorer application is used to load
TEAclippers with firmware, either stored locally or
downloaded from www.hexwax.com via the TEAclipper
USB adapter.
Support for most 8-bit PICs.
In-the-field reflash for your TEAclippers as we add
capability to program other PICs.
High-voltage (Vpp) generator option.
Limited-download feature that counts the number
of devices programmed. When the limit is reached
the TEAclipper refuses to program any more,
allowing firmware to be sold on a per-copy basis
Encrypted delivery secures against copying.
Unique serial numbers and license codes can be
written to each PIC programmed.
No other components required for programming.
Can connect to the PIC via, for example:
- 5 plate-though PCB holes (for light duty use)
- 0.1” header (for heavy duty use)
- Prototyping board
Powered in-situ by target circuit
TEAclipper USB adapter required for charging
TEAclippers with firmware.
Compatible with www.hexwax.com firmware
publishing service.
Hex File
Import locally
(.hex)
W ax File
Encrypted
hex
Description
TEAclipper/PIC high voltage programming clip
TEAclipper/PIC low voltage programming clip
TEAclipper USB adapter
TEAclipper evaluation / test board
TEAclipper/PIC debugging adapter
FlexiPanel Ltd
2 Marshall St, 3rd Floor
London W1F 9BB, UK
www.flexipanel.com
email: support@flexipanel.com
Manufactured to RoHS,
WEEE & ISO9001:2001 standards
Page 1
13-Jan-08
TEAclipper//PIC DS508-6
Download from
www.hexwax.com
(.wax)
HexW ax Explorer
Charge TEAclipper via USB
PICs are then programmed by temporarily inserting the
TEAclipper into the target device’s circuit.
The
connection can be a PCB header or simply leaning
against plate-through holes on a PCB. For prototyping,
TEAclippers can be inserted into breadboards.
Applications
Firmware programming & archiving
Firmware sales through physical dispatch of
TEAclippers to customers
Protection from design theft by subcontractors
Delivery of in-the-field firmware updates for
already-deployed products. Costs nothing to
implement at product design-time.
Firmware sales through web marketing by
www.hexwax.com, FlexiPanel’s firmware
publishing service.
Ordering Information
Part No
TEACL-PIC-H
TEACL-PIC-L
TEACL-USB
EVAL-TEACL
TEACL-PIC-DB
stored file
TEAclipper system
TEAclipper/PIC is part of the FlexiPanel TEAclipper
system, which provides:
TEAleaf authentication tags
TEAclippers for Microchip PICs and Parallax
BASIC Stamps available now.
Planned rollout for major microcontroller, CPLD,
FPGA brands. (Manufacturers should contact us
to schedule TEAclipper support for their products.)
© FlexiPanel Ltd
Patents pending
www.FlexiPanel.com
Loading Firmware onto the TEAclipper
To load a TEAclipper with a firmware data payload, start
the HexWax Explorer application (downloaded from
www.hexwax.com). Import the .hex or .wax file
containing the firmware you want into the Local Files
section of HexWax Explorer. To import local files held
on your computer, press the Add… button. To import
files from HexWax, navigate to the firmware you want
and press the Click To Download button in the browser
area.
Insert the TEAclipper into the TEAclipper USB adapter.
The LEDs should be face upwards, although you will not
damage the TEAclipper if you insert it incorrectly.
Select the .hex or .wax file you wish to load and press
the Charge Now… button. The Charge TEAclipper PIC
dialog will appear:
When the TEAclipper attempts to write the dummy
values, it will substitute the serialization values.
The values can be stored directly or as literals in
RETLW instruction (i.e. in the same manner as the
Microchip PM3 SQTP facility programmer).
Fixed: A fixed value of up to 4 bytes (Stamps) or 16
bytes (PICs) to each target during programming. This
option requires limited discharge to be enabled.
Random: A random value of up to 16 bytes to each
target during programming. This option requires limited
discharge to be enabled.
Increment: An incrementing value of up to 4 bytes
(Stamps) or 16 bytes (PICs) to each target during
programming. This option requires limited discharge to
be enabled. The value is written little-endian, i.e. least
significant byte first. Note that PIC increments do not
carry beyond the fourth byte.
Limited Discharge: Allows you to limit the number of
discharges of the payload for licensing purposes. Note
that each 16 discharges will require an erase cycle.
Payload name: This name will appear in the Explorer
view Payload information area when the TEAclipper is
inserted into the TEAclipper USB adapter.
Version number: If non-zero, this version number will
appear in the Explorer view Payload information area
when the TEAclipper is inserted into the TEAclipper
USB adapter. The value is a two-byte hex number.
You will be given the following options:
Target PIC: Specifies the type of PIC for which the hex
data is intended. This information is not contained
in .hex files and so must be specified here. It is not
always possible to cross-check that the PIC type is
correct, so be careful to set it correctly.
Either high-voltage or low-voltage programming may be
specified, depending on the target device. Some PICs
require high-voltage (7V-13V) programming; others
require low-voltage programming; some may be
programmed by either method.
High-voltage
programming is only possible using TEAclippers
incorporating high-voltage generator components.
If low-voltage programming is specified, there may be a
supply voltage minimum below which bulk erase
operations cannot be performed. Programming is only
possible below this limit with high voltage erase.
LF series devices identical to F series are identical to F
series devices, e.g. PIC18LF4520 is the same as
PIC18F4520, except that LF series devices may be
operated at lower voltage. To specify an LF device,
simply specify its F series equivalent.
Serialization: Serialization options allow you to set
certain memory locations to unique values.
The memory locations may not cross a page write-byte
boundary and must be word aligned. Dummy values
must be declared in the source code for these locations.
Page 2
13-Jan-08
TEAclipper//PIC DS508-6
URL: The URL which will be navigated to when the
TEAclipper is inserted into the TEAclipper USB adapter
and the Lookup button is pressed.
After Programming: Specify whether the TEAclipper
should hold the target in a reset state until it is removed,
or whether to tri-state immediately and allow the target
to execute.
Security Options:
Specify whether or not the
serialization information can be read out of the
TEAclipper.
Checksums: The checksums are a shorthand method
of verifying that you have the correct payload and dialog
settings. (They are not the same checksums as used
by MPLAB.)
Preserve / Authenticate: You have the options of
leaving certain areas of ROM or EEPROM unchanged
during programming (preserve), or of only programming
if the ROM or EEPROM locations match the values
specified in the hex file (authenticate). The first of these
options is useful if you wish to leave serial numbers,
MAC addresses, calibration data unchanged. The
second is useful when upgrading to ensure that the right
target device is being upgraded.
Note for 10F, 12F and 16F devices, two bytes are used
for each 12-bit or 14-bit ROM location and each 8-bit
EEPROM location. Addresses are specified in bytes, so
address values and lengths may be double what you
would expect.
Dummy values must be declared in the source code for
the preserve / authenticate memory locations.
© FlexiPanel Ltd
Patents pending
www.FlexiPanel.com
Preserve / Authenticate of code protected ROM is not
possible.
Override High Voltage Defaults:
Voltage Programming section below.
Refer to High
Embed Settings: Writes settings to hex file so if
another user opens the file, it will default to the settings
selected.
HexWax Explorer may also be used to determine the
payload currently resident on a TEAclipper. When you
insert it into TEAclipper USB, HexWax Explorer will
display information about the resident firmware. Press
the Details… button for more information.
Refer to the HexWax Explorer HW050 data sheet for
more information about the software.
Note: High Voltage TEAclipper/PICs with the marking
TCPr3 need a few moments to discharge in order to
reset properly. After loading the firmware onto the PIC,
you may need to remove it for about 5 seconds and
then re-insert it.
connections to an RJ11 socket. This is designed for
development and debugging of applications using the
Microchip ICD2 In-Circuit Debugger.
Pinout Table
Pin
1
2
3
4
5
Name
Description
Vdd
Power input Vmin – 5.5V DC†
PGD
Program data (Bidirectional)
PGC
Program clock (Output)
Vpp/NMCLR Programming voltage / reset (Output )
Vss
Power Ground reference
†
Refer to Compatibility Chart for Vmin values
Specifications
Voltage on Vdd
Vmin – Vmax DC †
Current, low voltage programming
10mA max
Current, high voltage programming
80mA max
Maximum erase cycles
100
Maximum high volt current IVpp
1mA
†
Refer to Compatibility Chart for Vmin and Vmax values
Mechanical Drawing
Programming PICs
To discharge the payload data into a PIC, connection
must be made as detailed in the Pinout Table. A PCB
header or series of plate-though holes is usually
provided on a target PCB for programming. Payloads
can be set for limited discharge, in which case they can
only program a limited number of PICs.
The TEAclipper has a limited life due to the low-cost
nature of the flash memory used. It can be reloaded
with firmware a maximum of 100 times. In addition, if
the limited-download or serialization features are used,
the total maximum number of downloads is 1600.
Red & Green LED Indicator Guide
Red & Grn on
continuously
Red & Grn flash
every 2s
Alternate Red & Grn
Occulting Green
2 Red flashes
3 Red flashes
4 Red flashes
5 Red flashes
6 Red flashes
8 Red flashes
Initializing
Connected to HexWax Explorer
Programming PIC
Programming complete
PIC not found
Authenticate failure
Erase limit reached
Limited discharge limit reached
No payload to discharge
Program verify failure
Evaluation and Development Guide
To experiment with TEAclippers, try downloading the
Eval1 and Eval2 firmware files from www.hexwax.com.
They don’t do much – flash LEDs once and twice
respectively on P0 and P1 – but they are enough for you
to become familiar with how TEAclippers are used.
You’ll find them by visiting the Products section of the
web site and downloading the PICeval pack.
Target Board Design Guide
When designing a PCB to facilitate frequent in-circuit
programming of PICs, a five pin 0.1” header socket
should be provided. For compact PCBs, it may be
necessary to devise an adapter cable.
If it is anticipated that the board will only need to be
programmed once or twice in its lifetime, and the PIC is
small enough that the programming duration is quite
short, leaning the TEAclipper against five plate-through
holes will be sufficient.
A TEAclipper Evaluation Board is available. It includes
zero-insertion-force test sockets which may be useful for
programming a large quantity of PICs
The TEAclipper/PIC Debugging adapter is available
which translates the TEAclipper programming
Page 3
13-Jan-08
TEAclipper//PIC DS508-6
© FlexiPanel Ltd
Patents pending
www.FlexiPanel.com
Pin 1 indicated
by square pad
locations specified. Bits 16 and higher of the
preserve / authenticate location address will be
ignored.
2.54mm spacing
1mm hole dia
Vss
NMCLR
PGC
PGD
Vdd
Recommended plate-through connector design
Since the plate-through connector costs nothing, it’s
worth integrating it in every PIC PCB you design, just in
case you might want to use it to update the firmware at
a later date.
If any of the Vpp, PGC or PGD pins serve another
purpose in the circuit, these connections must be
isolated so that they do not interfere with, nor are
affected by, the programming process. Capacitance on
these connections should be sufficiently low to allow
digital transitions of up to 1MHz in frequency.
If implementing Low-Voltage Programming, consider the
requirements for the PGM pin as detailed below in the
Low-Voltage Programming section.
We typically
implement a 4k7 pull-down resistor and a pair of colocated pads, one on either side of the board near the
edge, which allow the PGM pin to be temporarily
shorted high using a crocodile clip.
File Formats
PIC firmware must be in INHX32 32-bit Intel Extended
Hex format. (This is the standard .hex file format
generated by MPLAB.) Any EEPROM or configuration
data must be embedded in the hex file.
Configuration, ID and EEPROM data must be
embedded in the hex data as recommended by
Microchip programming specifications. Refer to the
evaluation applications’ source code for examples.
Large Hex Images
Hex images greater than 64Kbyte. require one
TEAclipper per 64Kbyte or part thereof.
Each
TEAclipper will program a separate 64K section of
memory.
The TEAclippers should be numbered TC1, TC2, etc.
During programming, they must be applied in the order
in which they are numbered.
TC1 will erase the microcontroller and program the
highest memory locations.
The ‘last’ (i.e. highest
numbered) TEAclipper will program the lowest memory
locations, EEPROM, ID locations and configuration bits.
The following restrictions apply:
The memory is not code protected prior to the use
of the last TEAclipper.
Serialization values must reside in the lowest 64K
of memory.
Authenticate may only be used on TC1.
Preserve and authenticate should only be
specified on the TEAclipper which programs the
Page 4
13-Jan-08
TEAclipper//PIC DS508-6
Only the ‘last’ TEAclipper is limited-write. If the
firmware is paid-for, this is the TEAclipper which
holds financial value.
TEAclippers other than the ‘last’ are unlimited write
and the payload has no financial value.
Low-Voltage Programming
Some PIC devices implement low voltage programming
using a PGM pin. The pin is pulled low during normal
use. When the TEAclipper is to be used to program the
device, a specific sequence of actions needs to be
followed:
1.
Ensure no power is applied to the target PCB
2.
Connect the PGM pin so it will be pulled high
when power is applied
3.
Insert the TEAclipper
4.
Power up the board
5.
Wait for programming to complete.
6.
Power down the board
7.
Remove the TEAclipper
8.
Disconnect the pull-up on the PGM pin
Note that for some LF parts, there is a minimum supply
voltage below which low voltage programming is not
permitted.
High-Voltage Programming
High voltage programming is only possible with
TEAclippers which include the high voltage
programming option. This option uses switched-mode
boost generator to provide required Vpp programming
voltage.
The boost generator performance is governed by two
parameters. The Precharge time governs the voltage at
the instant the high voltage is applied.
The
PWMonTime governs the asymptotic voltage level.
The default Precharge and PWMonTime values assume
a 10K-22K pullup resistor to Vdd.
This is the
recommended load and should be suitable for most
circuits. A very weak pullup may result in overvoltage;
too strong a voltage may result in undervoltage.
In cases of abnormal loads on Vpp, it is possible to
override Precharge and PWMonTime in HexWax
Explorer. A test mode is also provided, where a Vpp
square wave is output at 25Hz approx. The aim is to
enter programming mode with a voltage Vpp inside the
range specified in the device’s programming
specification.
Security
TEAclippers can be used to buy and sell firmware on a
per-copy basis. The degree of security offered by
© FlexiPanel Ltd
Patents pending
www.FlexiPanel.com
TEAclipper/PIC varies with the type of PIC that can be
programmed.
On 10F, 12F, 16F, 18F, PIC24H, dsPIC30F and
dsPIC33F devices, the code protection bit is set when
programming is complete. If programming is interrupted
the device remains in an unprotected state. They are
recommended for use only in trusted environments or
with low-valued firmware
On 18FJ and PIC24FJ devices, the code protection bit
is set when programming begins. The only way to read
the devices is to decrypt the programming signals. They
are much more tightly protected and are suitable for
medium-valued firmware.
The TEAclipper/Crypto product uses a decrypting
bootloader to transfer data from the TEAclipper. It may
be used with any microcontroller (PIC or not) which has
self-write capability. There is no known way to intercept
these programming signals.
This product is
recommended for the highest valued firmware, e.g.
gaming systems, banking, etc.
Copyright
TEAclippers can be used as a licensing system to allow
firmware to be bought and sold. When used in this way,
trade is protected by the WIPO Copyright Treaty and the
Digital Millennium Copyright Act. The following are
punishable by fines or imprisonment:
-
Any attempt to interfere with the programming
process or intercept or record or reproduce the
programming signals
-
Any attempt to disseminate unlicensed copies of
firmware carried by TEAclippers
Page 5
13-Jan-08
TEAclipper//PIC DS508-6
© FlexiPanel Ltd
Patents pending
www.FlexiPanel.com
Compatibility Chart
The PICs listed below are currently compatible with TEAclipper. We intend to
prioritize the addition of further PIC devices according to customer demand, so
let us know what you need. HexWax Explorer is able to reflash the firmware in
the TEAclippers, so as we enhance the product your existing TEAclippers are
updated automatically.
Our intention is to support as many 8-bit and 16-bit PICs as possible in due
course. Testing new devices is labor intensive and so support will be
progressive. Contact us if there is a particular PIC you would like prioritized.
Note that many PICs are near-identical siblings. We do not test all members of
the family. Devices marked * are family members which have been tested
exhaustively. Devices marked † have been tested, but less exhaustively. These
devices have corresponding evaluation and test files available for download from
www.HexWax.com. To create evaluation and test files for other devices, simply
recompile a test file with the same programming specification, setting the target
to the desired microcontroller.
Except where listed separately, ‘LF’ series parts are considered identical to their
‘F’ series equivalents, except that different supply voltages apply. Some devices
have a minimum permitted supply voltage as indicated. Vmin is the minimum
supply voltage shown permitted during programming (assuming an LF part where
applicable.)
Target
PIC10F200
PIC10F202
PIC10F204
PIC10F206
PIC10F220
PIC10F222
PIC12F508
PIC12F509
PIC12F510
PIC12F615
PIC12HV615
PIC12F629
PIC12F635
PIC12F675
PIC12F683
PIC16F616
PIC16HV616
PIC16F630
PIC16F630-ICD
PIC16F631
PIC16F636
PIC16F639
PIC16F676
PIC16F677
PIC16F684
PIC16F685
PIC16F687
PIC16F688
PIC16F689
PIC16F690
PIC16F73
PIC16F74
Page 6
Prog
Spec
Test
Dev
F
F
F
F
V
V
Y
Y
G
X
X
Z
W
Z
W
X
X
Z
Z
W
W
W
Z
W
W
W
W
W
W
W
Q
Q
13-Jan-08
*
*
*
*
*
*
*
*
*
*
*
From
Version
1.00
1.00
1.00
1.00
1.00
1.00
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.36
1.37
1.37
Page
write
bytes
High/Low
Volt Prog
Vmin
(HVP / LVP)
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
HVP
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.75
4.75
TEAclipper PIC DS508-6
Serialization values may not cross the page write memory boundaries specified.
The high voltage TEAclipper is capable of both high and low voltage
programming. The low voltage TEAclipper is only capable of low voltage
programming.
Target
PIC16F76
PIC16F77
PIC16F737
PIC16F747
PIC16F767
PIC16F777
PIC16F818
PIC16F819
PIC16F87
PIC16F870
PIC16F871
PIC16F872
PIC16F873
PIC16F874
PIC16F874A
PIC16F875
PIC16F875A
PIC16F876
PIC16F876A
PIC16F877
PIC16F877A
PIC16F88
PIC16F882
PIC16F883
PIC16F884
PIC16F886
PIC16F887
PIC18F1220
PIC18F1230
PIC18F1320
PIC18F1330
PIC18F2220
© FlexiPanel Ltd
Prog
Spec
Q
Q
A2
A2
A2
A2
J
J
Q2
S2
S2
S2
S2
S2
R2
S2
R2
S2
R2
S2
R2
Q2
M
M
M
M
M
J2
G2
J2
G2
J2
Test
Dev
*
*
*
*
*
*
*
From
Version
1.37
1.37
1.40
1.40
1.40
1.40
1.34
1.34
1.39
1.35
1.35
1.35
1.35
1.35
1.35
1.35
1.35
1.35
1.35
1.35
1.35
1.39
1.39
1.39
1.39
1.39
1.39
1.10
1.30
1.10
1.30
1.10
Patents pending
Page
write
bytes
8
8
8
8
8
High/Low
Volt Prog
Vmin
(HVP / LVP)
HVP
HVP
HVP
HVP
HVP
HVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP
HVP / LVP
HVP
HVP / LVP
4.75
4.75
4.75
4.75
4.75
4.75
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
2.00 / 4.50
3.00
2.00 / 4.50
4.50
2.00 / 4.50
www.FlexiPanel.com
Target
PIC18F2221
PIC18F2320
PIC18F23K20
PIC18F2321
PIC18F2331
PIC18F2410
PIC18F242
PIC18F2420
PIC18F24K20
PIC18F2431
PIC18F2450
PIC18F2455
PIC18F248
PIC18F2480
PIC18F2510
PIC18F2515
PIC18F252
PIC18F2520
PIC18F25K20
PIC18F2525
PIC18F2550
PIC18F258
PIC18F2580
PIC18F2585
PIC18F2610
PIC18F2620
PIC18F26K20
PIC18F2680
PIC18F2682
PIC18F2685
PIC18F4220
PIC18F4221
PIC18F4320
PIC18F43K20
PIC18F4321
PIC18F4331
PIC18F4410
PIC18F442
PIC18F4420
PIC18F44K20
PIC18F4431
PIC18F4450
PIC18F4455
PIC18F4480
PIC18F448
PIC18F4510
PIC18F4515
PIC18F452
PIC18F4520
PIC18F45K20
PIC18F4525
PIC18F4550
PIC18F458
Page 7
Prog
Spec
Test
Dev
A
J2
K
A
Y2
A
N
A
K
Y2
A
A
N
A
A
A
N
A
K
A
A
N
A
A
A
A
K
A
A
A
J2
A
J2
K
A
Y2
A
N
A
K
Y2
A
A
A
N
A
A
N
A
K
A
A
N
13-Jan-08
*
*
*
†
*
*
*
*
*
*
*
*
From
Version
1.00
1.10
1.32
1.00
1.10
1.00
1.41
1.00
1.32
1.10
1.00
1.00
1.41
1.00
1.00
1.00
1.41
1.00
1.32
1.00
1.00
1.41
1.00
1.00
1.00
1.00
1.32
1.00
1.00
1.00
1.10
1.00
1.10
1.32
1.00
1.10
1.00
1.41
1.00
1.32
1.10
1.00
1.00
1.00
1.41
1.00
1.00
1.41
1.00
1.32
1.00
1.00
1.41
Page
write
bytes
8
8
8
8
8
32
8
32
32
8
16
32
8
32
32
64
8
32
32
64
32
8
32
64
64
64
64
64
64
64
8
8
8
8
8
8
32
8
32
32
8
16
32
32
8
32
16
8
32
32
64
32
8
High/Low
Volt Prog
Vmin
(HVP / LVP)
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
2.00 / 3.00
2.00 / 4.50
TBD
2.00 / 3.00
2.00 / 4.50
2.00 / 3.00
2.00 / 4.50
2.00 / 3.00
TBD
2.00 / 4.50
2.00 / 3.00
2.00 / 3.00
2.00 / 4.50
2.00 / 3.00
2.00 / 3.00
2.00 / 3.00
2.00 / 4.50
2.00 / 3.00
TBD
2.00 / 3.00
2.00 / 3.00
2.00 / 4.50
2.00 / 3.00
2.00 / 3.00
2.00 / 3.00
2.00 / 3.00
TBD
2.00 / 3.00
2.00 / 3.00
2.00 / 3.00
2.00 / 4.50
2.00 / 4.50
2.00 / 4.50
TBD
2.00 / 3.00
2.00 / 4.50
2.00 / 3.00
2.00 / 4.50
2.00 / 3.00
TBD
2.00 / 4.50
2.00 / 3.00
2.00 / 3.00
2.00 / 3.00
2.00 / 4.50
2.00 / 3.00
2.00 / 3.00
2.00 / 4.50
2.00 / 3.00
TBD
2.00 / 3.00
2.00 / 3.00
2.00 / 4.50
TEAclipper PIC DS508-6
Target
PIC18F4580
PIC18F4585
PIC18F4610
PIC18F4620
PIC18F46K20
PIC18F4680
PIC18F4682
PIC18F4685
PIC18F6310
PIC18F6390
PIC18F6410
PIC18F6490
PIC18F6520
PIC18F6527
PIC18F6620
PIC18F6622
PIC18F6627
PIC18F6680
PIC18F6685
PIC18F6720
PIC18F6722
PIC18F8310
PIC18F8390
PIC18F8410
PIC18F8490
PIC18F8520
PIC18F8527
PIC18F8620
PIC18F8622
PIC18F8627
PIC18F8680
PIC18F8685
PIC18F8720
PIC18F8722
PIC18F24J10
PIC18F25J10
PIC18F44J10
PIC18F45J10
PIC18LF24J10
PIC18LF25J10
PIC18LF44J10
PIC18LF45J10
PIC18F63J11
PIC18F63J90
PIC18F64J11
PIC18F64J90
PIC18F65J10
PIC18F65J11
PIC18F65J15
PIC18F65J50
PIC18F65J90
PIC18F66J10
PIC18F66J11
© FlexiPanel Ltd
Prog
Spec
Test
Dev
From
Version
A
A
A
A
K
A
A
A
P
P
P
P
N2
H2
N2
H2
H2
L
L
N2
H2
P
P
P
P
N2
H2
N2
H2
H2
L
L
N2
H2
B
B
B
B
B
B
B
B
U
U
U
U
U
U
U
U
U
U
U
*
*
*
*
1.00
1.00
1.00
1.00
1.32
1.00
1.00
1.00
1.10
1.10
1.10
1.10
1.41
1.10
1.41
1.10
1.10
1.32
1.32
1.41
1.10
1.10
1.10
1.10
1.10
1.41
1.10
1.41
1.10
1.10
1.32
1.32
1.41
1.10
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
*
*
*
*
*
*
Patents pending
Page
write
bytes
32
64
64
64
64
64
64
64
16
16
16
16
8
64
8
64
64
8
8
8
64
16
16
16
16
8
64
8
64
64
8
8
8
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
High/Low
Volt Prog
Vmin
(HVP / LVP)
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP
HVP
HVP
HVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP
HVP
HVP
HVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
HVP / LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
2.00 / 3.00
2.00 / 3.00
2.00 / 3.00
2.00 / 3.00
TBD
2.00 / 3.00
2.00 / 3.00
2.00 / 3.00
4.50
4.50
4.50
4.50
2.00 / 4.50
4.50
2.00 / 4.50
4.50
4.50
4.50
4.50
2.00 / 4.50
4.50
4.50
4.50
4.50
4.50
2.00 / 4.50
4.50
2.00 / 4.50
4.50
4.50
4.50
4.50
2.00 / 4.50
4.50
3.60
3.60
3.60
3.60
3.60
3.60
3.60
3.60
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
www.FlexiPanel.com
Target
PIC18F66J15
PIC18F66J16
PIC18F66J50
PIC18F66J55
PIC18F67J10
PIC18F67J11
PIC18F67J50
PIC18F83J11
PIC18F83J90
PIC18F84J11
PIC18F84J90
PIC18F85J10
PIC18F85J11
PIC18F85J15
PIC18F85J50
PIC18F85J90
PIC18F86J10
PIC18F86J11
PIC18F86J15
PIC18F86J16
PIC18F86J50
PIC18F86J55
PIC18F87J10
PIC18F87J11
PIC18F87J50
Spec
A
A2
B
F
G
G2
H2
J
J2
K
L
M
Page 8
Prog
Spec
Test
Dev
From
Version
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
†
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
*
Page
write
bytes
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
High/Low
Volt Prog
Vmin
(HVP / LVP)
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
LVP
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
Programming specification notes
Notes
Based on Microchip’s data sheet DS39622
PIC18F2XX0/2X21/2XX2/2XX3/2XX5/4XX0/4X21/4XX2/4XX3/4XX5
Based on Microchip’s data sheet DS30492 PIC16F7X7
ID locations programming not implemented
Verifies memory locations with VddApp = target Vdd (refer to data sheet)
Based on Microchip’s data sheet DS39687 PIC18F45J10 Family
Based on Microchip’s data sheet DS41228 PIC10F200/202/204/206
ID locations programming not implemented
If Oscillator Calibration Bits (0x0FF / 0x1FF) do not contain a valid MOVLW instruction
prior to programming, an MOVLW 0xFE instruction will be inserted
Based on Microchip’s data sheet DS41257 PIC12F510
ID locations programming not implemented
If Oscillator Calibration Bits (0x3FF) do not contain a valid MOVLW instruction prior to
programming, an MOVLW 0x80 instruction will be inserted
Based on Microchip’s data sheet DS39752 PIC18F1230/1330
Based on Microchip’s data sheet DS39643 PIC18F8722 Family
Based on Microchip’s data sheet DS39603 PIC16F818/819
ID locations programming not implemented
Based on Microchip’s data sheet DS39592 PIC18FX220/X320
Based on Microchip’s data sheet DS39606 PIC18F2XK20/4XK20
Problems may exist programming EEPROM. Contact us if you have difficulties.
Based on Microchip’s data sheet DS39606 PIC18FXX80/XX85
Based on Microchip’s data sheet DS41287 PIC16F88X
ID locations programming not implemented
13-Jan-08
TEAclipper PIC DS508-6
Spec
N
N2
P
Q
Q2
R2
S2
U
V
W
X
Y
Y2
Z
© FlexiPanel Ltd
Programming specification notes
Notes
Verifies memory locations with VddApp = target Vdd (refer to data sheet)
Based on Microchip’s data sheet DS39576 PIC18FXX2/XX8
Based on Microchip’s data sheet DS39583 PIC18FXX20
Based on Microchip’s data sheet DS39624 PIC18FX310/X410/X390/X490
The specification implies ability to program down to Vmin = 2.75V but we have not been
able to achieve this. Please let us know if you are able to.
Based on Microchip’s data sheet DS30324 PIC16F7X
ID locations programming not implemented
Verifies memory locations with VddApp = target Vdd (refer to data sheet)
Based on Microchip’s data sheet DS39607 PIC16F87/88
ID locations programming not implemented
Verifies memory locations with VddApp = target Vdd (refer to data sheet)
Based on Microchip’s data sheet DS39589 PIC16F87XA
ID locations programming not implemented
Based on Microchip’s data sheet DS39025 PIC16F87X
ID locations programming not implemented
Based on Microchip’s data sheet DS39644 PIC18F6XJXX/8XJXX Family
Based on Microchip’s data sheet DS41266 PIC10F220/222
ID locations programming not implemented
If Oscillator Calibration Bits (0x0FF / 0x1FF) do not contain a valid MOVLW instruction
prior to programming, an MOVLW 0xFE instruction will be inserted
Based on Microchip’s data sheet DS41204 PIC12F6XX/PIC16F6XX
ID locations programming not implemented
Based on Microchip’s data sheet DS41284 PIC12F61X/PIC16F61X
ID locations programming not implemented
Based on Microchip’s data sheet DS41221 PIC12F508/509
ID locations programming not implemented
If Oscillator Calibration Bits (0x1FF / 0x3FF) do not contain a valid MOVLW instruction
prior to programming, an MOVLW 0x80 instruction will be inserted
Based on Microchip’s data sheet DS30500 PIC18F2331/2431/4331/4431
Based on Microchip’s data sheet DS41191 PIC12F629/675/PIC16F630/676
ID locations programming not implemented
Patents pending
www.FlexiPanel.com
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