QW1 TechTools, QW1 Datasheet - Page 144

PROGRAMMER PIC MCU QUICKWRITER

QW1

Manufacturer Part Number
QW1
Description
PROGRAMMER PIC MCU QUICKWRITER
Manufacturer
TechTools
Series
QuickWriter™r
Type
QuickWriterr
Datasheets

Specifications of QW1

Contents
MCU Programmer with In-Circuit Serial Programming Cable and Optional GANG Adapters
For Use With/related Products
PIC Micro® MCU
For Use With
CBL-ICSP - CABLE PROG QUICKWRITER SERIALQW-4SSOP18 - ADAPTER QUICKWRITER 4GANG 18SSOPQW-4SSOP28 - ADAPTER QUICKWRITER 4GANG 28SSOPQW-4SO8/14W - ADAPT QUICKWRTR 4GANG 8/14SOIC WQW-4SO8/14N - ADAPT QUICKWRTR 4GANG 8/14SOIC NQW-4SOIC18 - ADAPTER QUICKWRITER 4GANG 18SOICQW-4ZIF18 - ADAPTER QUICKWRITER 4-GANG 18ZIFQW-4SOIC28 - ADAPTER QUICKWRITER 4GANG 28SOICQW-4PLCC44 - ADAPTER QUICKWRITER 4GANG 44PLCCQW-4ZIF40/28 - ADAPT QUICKWRITER 4GANG 40/28ZIFMP-ZIF14 - ADAPTER QUICKWRITER 14-PIN ZIFMP-SOIC8/14 - ADAPTER QUICKWRITER 8/14-SOICMP-SSOP18 - ADAPTER QUICKWRITER 18-SSOPMP-SSOP28 - ADAPTER QUICKWRITER 28-SSOPMP-14000 - ADAPTR QUICKWRTR PIC14000 28-PINMP-SOIC18 - ADAPTER QUICKWRITER 18-SOICMP-SOIC28 - ADAPTER QUICKWRITER 28-SOICMP-PLCC44 - ADAPTER QUICKWRITER 44-PIN PLCCMP-ZIF18/28 - ADAPTER QUICKWRITER 18/28PIN ZIFMP-ZIF40 - ADAPTER QUICKWRITER 40-PIN ZIF

Available stocks

Company
Part Number
Manufacturer
Quantity
Price
Part Number:
QW152
Manufacturer:
Laird Technologies IAS
Quantity:
135
4.1.8
4.1.9
138
Expressions
Mathematical expressions are used in many instructions. These expressions may be created using the
following operators:
Some example expressions:
Symbols & Labels
Symbols are used to name locations and values within your program.
affect the result of expressions. For instance, the expression 5+2*4 would normally be resolved as
PicTools Manual 3.0
(2*4)+5, for a result of 13. Since our assemblers resolve expressions strictly from left to right,
All expressions are resolved strictly from left to right. Please make note of th is, since it may
&Logical AND
| Logical OR
^ Exclusive OR
+ Add
- Subtract
* Multiply
setb
mov
ds
Many people refer to address symbols as "labels", but both have the same effect. For
instance, by assigning a symbol to the start of an important routine, you can later call that
routine by its name, rather than its address. And by giving a symbol to a common value,
you can refer to it by its name. Rather than typing "212" many times in your program, you
can type HOT = 212 at the beginning of your program, and then use HOT wherever you
need it. This is also quite handy if your idea of what’s "hot" changes. By changing the
symbol definition, you can easily redefine HOT to be a different temperature.
Symbols may be up to 32 character long. They must begin with a letter or underscore (_)
however, the example would be resolved as (5+2)*4, for a result of 28.
PortA.0
Count+3,#88h
N*2
.
/
<<
>>
<
>
Bit address
;Set bit 0 on port A.
Divide
Shift left
Shift right
High byte
Low byte
;Store 88h in location Count+3.
;Define empty space of Nx2 bytes.
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