IC ENCORE MCU FLASH 2K 28SOIC

 

Z8F0213SJ005EG

Manufacturer Part NumberZ8F0213SJ005EG
DescriptionIC ENCORE MCU FLASH 2K 28SOIC
ManufacturerZilog
SeriesEncore!® XP®
Z8F0213SJ005EG datasheets

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Specifications of Z8F0213SJ005EG

Core ProcessorZ8Core Size8-Bit
Speed5MHzConnectivityIrDA, UART/USART
PeripheralsBrown-out Detect/Reset, LED, POR, PWM, WDTNumber Of I /o24
Program Memory Size2KB (2K x 8)Program Memory TypeFLASH
Ram Size512 x 8Voltage - Supply (vcc/vdd)2.7 V ~ 3.6 V
Oscillator TypeInternalOperating Temperature-40°C ~ 105°C
Package / Case28-SOIC (7.5mm Width)Lead Free Status / RoHS StatusLead free / RoHS Compliant
Eeprom Size-Data Converters-
Other names269-4054
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eZ8 CPU Instruction Set
Assembly Language Programming Introduction
The eZ8 CPU assembly language provides a means for writing an application program
without concern for actual memory addresses or machine instruction formats. A program
written in assembly language is called a source program. Assembly language allows the
use of symbolic addresses to identify memory locations. It also allows mnemonic codes
(opcodes and operands) to represent the instructions themselves. The opcodes identify the
instruction while the operands represent memory locations, registers, or immediate data
values.
Each assembly language program consists of a series of symbolic commands called
statements. Each statement can contain labels, operations, operands, and comments.
Labels are assigned to a particular instruction step in a source program. The label
identifies that step in the program as an entry point for use by other instructions.
The assembly language also includes assembler directives that supplement the machine
instruction. The assembler directives, or pseudo-ops, are not translated into a machine
instruction. Rather, the pseudo-ops are interpreted as directives that control or assist the
assembly process.
The source program is processed (assembled) by the assembler to obtain a machine
language program called the object code. The object code is executed by the eZ8 CPU. An
example segment of an assembly language program is detailed in the following example.
Assembly Language Source Program Example
JP START
START:
LD R4, R7
LD 234H, #%01
PS024314-0308
; Everything after the semicolon is a comment.
; A label called ‘START’. The first instruction (
; example causes program execution to jump to the point within the
; program where the
label occurs.
START
; A Load (LD) instruction with two operands. The first operand,
; Working Register R4, is the destination. The second operand,
; Working Register R7, is the source. The contents of R7 is
; written into R4.
; Another Load (LD) instruction with two operands.
; The first operand, Extended Mode Register Address
; identifies the destination. The second operand, Immediate Data
; value
, is the source. The value
01H
; Register at address
.
234H
®
Z8 Encore! XP
F0823 Series
Product Specification
) in this
JP START
,
234H
is written into the
01H
eZ8 CPU Instruction Set
171

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