Arquitetura de PCs
Este
artigo apresenta alguns conceitos importantes para quem quer entender o
funcionamento interno de um micro. São explicados os mapas de
memória e de E/S, o funcionamento das interrupções, DM=
A e
Bus Mastering. Apresentamos ainda o funcionamen=
to dos
circuitos de CLOCK e RESET.
O hardware é uma
área onde nos preocupamos com todos os aspectos de um computador, ch=
egando
até o nível de portas lógicas e componentes
eletrônicos em geral, correntes e tensões, glitches,
overshoot e outros efeitos elétricos. Na
arquitetura, nosso objeto de estudo está um nível acima.
Não importa saber de forma detalhada como os circuitos são
construídos, e sim, como se conectam e como funcionam. Na arquitetur=
a de
computadores apresentamos conceitos como CPU, memória, dispositivos =
de
entrada e saída. Sempre que possível exemplificamos os concei=
tos
usando PCs.
Neste capítulo vamos
estudar a arquitetura de forma mais profunda, entretanto voltada exclusivam=
ente
para PCs. Para traba=
lhar com
montagem, manutenção e expansão de PCs não é preciso conhecer hardwa=
re de
forma tão detalhada, chegando ao nível de portas lógic=
as,
chips, correntes e tensões, mas é preciso conhecer a fundo a
arquitetura dos PCs. Falaremos neste capí=
;tulo
sobre processadores, memórias, chipsets,
dispositivos de entrada e saída, interfaces, canais de DMA,
interrupções e outros conceitos importantes.
Mapas de mem&oacu=
te;ria
e de E/S
Um bom conhecedor de hardwar=
e deve
entender não apenas o que se passa dentro de um processador, mas
também a forma como ele se comunica com o seu exterior. É pre=
ciso
entender como o processador envia e recebe dados para a memória e pa=
ra
os dispositivos a ele ligados. Vamos então começar estudando a
forma como o processador “vê” a memória e os demais
dispositivos.
Um processador é capa=
z de
realizar operações como:
<=
span
style=3D'font-size:10.0pt;font-family:Verdana'>Ler um dado da memóri=
a
<=
span
style=3D'font-size:10.0pt;font-family:Verdana'>Escrever um dado na mem&oacu=
te;ria
<=
span
style=3D'font-size:10.0pt;font-family:Verdana'>Receber um dado de dispositi=
vos de
E/S
<=
span
style=3D'font-size:10.0pt;font-family:Verdana'>Enviar dados para dispositiv=
os de
E/S
De um modo geral podemos diz=
er que
o processador é capaz de ler e escrever dados em duas categorias de
circuitos:
a) Memória: Sã=
o as ROMs e RAMs
localizadas na placa de CPU e nas placas de expansão.<=
/p>
b) Entrada e saída: E=
m inglês
“Input/Output” (I/O). São circuitos representados pelas
interfaces de diversos dispositivos como drives,
disco rígido, teclado, impressora, monitor, mouse, etc.
Nas operações =
de
acesso à memória, o processador escreve e lê
dados, praticamente sem intermediários. Nos acessos a dispositivos de E/S, existem circuitos
intermediários, que são as interfaces. Por exemplo, qu=
ando
é feita a leitura de um caracter
proveniente do teclado, não existe uma ligação direta
entre o processador e o teclado. Esta ligação é feita =
por
um circuito chamado Interface de Teclado (esta interface fica locali=
zada
na placa de CPU). O código do caracter
proveniente do teclado é transferido para esta interface, que por sua
vez, avisa ao processador que existe um código para ser lido. O
processador pode então fazer a leitura do carac=
ter
ou comando de teclado recebido. Da mesma forma, quando é feita a
impressão de um caracter na impressora, o
processador não envia dados diretamente p=
ara a
impressora. Os dados são colocados em um circuito chamado Interfa=
ce
Paralela, que por sua vez, encarrega-se de transmitir os dados para a
impressora.
Cada dispositivo de E/S poss=
ui a
sua própria interface, como mostram os exemplos da tabela a seguir:<=
/span>
|
Dispositivo
|
Interface
|
|
Monitor
|
Placa de vídeo
|
|
Teclado
|
Interface de teclado
|
|
Alto falante
|
Interface de alto falante =
|
|
Impressora <=
/p>
|
Interface paralela ou USB =
|
|
Mouse
|
Interface serial, PS/2 ou =
USB
|
|
Drive=
de disquete
|
Interface para drives de disquete
|
|
Disco
rígido IDE
|
Interf=
ace IDE
|
|
Disco rígido SCSI <=
/span>
|
Interface SCSI
|
|
Joyst=
ick
|
Interface para jogos ou US=
B
|
|
Scanner
|
Placa de interface de scan=
ner,
paralela ou USB
|
|
Câmera digital
|
Interface serial, paralela=
ou USB
|
|
ZIP D=
rive
|
Existem modelos SCSI, para=
lelos,
USB e IDE.
|
Para controlar um dispositiv=
o de
E/S, o processador precisa realizar acessos de leitura e escrita na sua
interface. Observe que quando o processador escreve dados na memória,
nada acontece fisicamente. Apenas o valor escrito fica armazenado na
posição de memória que o processador indicou. Por outro
lado, quando o processador escreve no circuito de uma interface,
ações físicas ocorrem.
Para realizar a leitura e es=
crita
de dados na memória e nas interfaces, o processador possui diversos
sinais digitais, como mostra a figura 11:
|
|
Figur=
a 4.11
Barramentos e sinais de controle envolvidos n=
as
operações de leitura e escrita do processador.
|
a) Barramento
de endereços
Em inglês, Address BUS. Nos processadores 386DX e =
no 486 este barramento &ea=
cute; um
conjunto de 32 sinais digitais, representados por 32 terminais do processad=
or.
Na maioria dos processadores mais avançados este barramento
opera com 36 bits. Através desses sinais o processador especifica o
endereço de memória ou de E/S que deseja ter acesso. Este barramento é do tipo unidirecional, ou seja, os valores que representa trafegam=
em
uma única direção, que é a indicada pela seta.<=
/span>
b) Barramento
de dados
Em inglês, Data BUS=
.
Nos processadores 386DX e 486, este barramento possui 32 bits, e é representado
também por 32 terminais do processador. No Pentium e superiores, pos=
sui
64 bits. É através deste barramento que
trafegam os dados que o processador lê e escreve na memória e =
nas
interfaces. Este barramento é do tipo bidirecional, ou seja, seus dados =
podem
trafegar em duas direções: para dentro do processador (nas
operações de leitura) e para fora do processador (nas
operações de escrita).
c) IO/M
Significa Input-Output/Memory, ou seja, Entrada e Saída /
Memória. Com este sinal digital o processador indica se está
acessando uma posição de memória ou uma
posição de E/S.
d) R/W
Significa Read/Write, ou seja, Leitura/Escrita. Este é um=
sinal
digital através do qual o processador informa se está realiza=
ndo
uma operação de leitura ou de escrita.
Através dos sinais IO=
/M e
R/W, o processador define uma das 4 operações de
transferência de dados possíveis:
·
Leitura
da memória
·
Leitura
de E/S
·
Escrita
na memória
·
Escrita
em E/S
Um exemplo de leitura de E/S
é a recepção do código de uma tecla pressionada
pelo usuário no teclado. Um exemplo de escrita em E/S é a
transmissão de um caracter para a impres=
sora.
Observe bem a figura 11 e ve=
ja
como existe uma grande similaridade (pelo menos do ponto de vista do
processador) entre as operações de acesso à memó=
;ria
e as operações de acesso a E/S. Em ambos os tipos de
operação o processador precisa fornecer o endereço
desejado. Em ambos os tipos podem ser feitas lei=
turas
e escritas através do barramento de dado=
s. O sinal
R/W indica se a operação é de leitura ou escrita, tant=
o no
caso do acesso à memória como no acesso a E/S. O sinal IO/M
é o único diferenciador que o processador fornece para distin=
guir
entre as operações de acesso à memória e as de
acesso a E/S.
O processador
“enxerga” a memória como uma grande seqüência=
de
bytes. Esta seqüência, quanto representada em um gráfico,
é chamada de mapa de memória. Da mesma forma, o
processador “enxerga” os dispositivos de E/S como uma
seqüência de bytes, que ao serem representados graficamente, for=
mam
o que chamamos de “mapa de E/S”. O mapa de memória &eacu=
te;
uma representação gráfica de todos os bytes presentes =
em
todos os chips de memória do computador. O mapa de E/S é uma
representação gráfica de todos os bytes existentes nos
diversos chips que formam as diversas interfaces existentes no computador. A
figura 12 mostra o mapa de memória e o mapa de E/S de um PC equipado=
com
256 MB de RAM.
|
|
Figur=
a 4.12
Mapa de memória e mapa de E/S.
|
Observe o mapa de memó=
;ria
da figura 12. Vemos que neste mapa existem vários "finais de
memória".
1. Memória instalada. Na
figura está sendo usado um limite de 256 MB, mas poderia ser qualquer
quantidade suportada pela placa de CPU. Esta é a memória que =
os
programas poderão acessar.
2. Limite da placa de CPU. Este
limite é imposto pelo projetista da placa de CPU, que possui
previsão para a instalação futura de novos módu=
los
de memória. Muitas placas de CPU modernas possuem 3 soquetes para
instalação de módulos de até 512 MB, portanto s=
eu
limite máximo é 1536 MB. Outras placas poderão ter lim=
ites
ainda maiores, assim como placas um pouco mais antigas têm limites
menores.
3. Limite do processador. Com =
um barramento de endereços de 36 bits, o má=
;ximo
endereço que pode ser utilizado é 64 GB de memória.
A figura 12 mostra tamb&eacu=
te;m o
mapa de E/S e dois limites:
1. Limite da placa de CPU. Este
limite foi imposto pela IBM quando projetou o IBM PC, e era seguido pelas
placas de CPU até poucos anos atrás. Nessas placas são
usados apenas 1024 endereços de E/S (1k), apesar do
processador poder chegar até 64k. Na figura, chamamos este li=
mite
de “Tradicional Limite da Placa de CPU”, pois nas modernas plac=
as de
CPU, este limite é maior, ou seja, é usado um espaço de
endereçamento maior que 1 k=
B.
2. Limite do processador. Nas
operações de E/S, os processadores usados na família PC
usam apenas 16 bits do seu barramento de
endereços, limitando o endereço máximo de E/S em 64k. =
As
placas de CPU modernas utilizam todos os 16 bits para especificar
endereços de E/S, portanto seu limite máximo é o
próprio limite de endereçamento do processador, ou seja, 64 <=
span
class=3DSpellE>kB.
Os bytes do mapa de E/S ficam
localizados em diversos chips existentes nas diversas interfaces instaladas=
no
PC. Quando o processador escreve valores nesses bytes, os dispositivos
conectados às interfaces recebem automaticamente os comandos
correspondentes a esses valores.
Através do Gerenciado=
r de
Dispositivos do Windows, podemos visualizar o mapa de E/S, com as
indicações das faixas de endereços ocupadas por cada
interface. No Gerenciador de Dispositivos, clique em Computador, depois em Propriedades. No
quadro apresentado (figura 13), marque a opção
“Entrada/saída (E/S)”.
|
|
Figur=
a 4.13
Mapa de E/S apresentado pelo Gerenciador de Dispositivos do Windows.
|
No mapa apresentado, vemos por exemplo que a porta COM2 ocupa os endereços
entre 2F8 e 2FF, e que a porta paralela está ocupando os
endereços entre 378 e 37F.
Usando a barra de rolamento deste quadro podemos visualizar todos os
endereços de E/S usados pelo computador.
Você certamente j&aacu=
te;
ouviu falar em drivers de dispositivos d=
e E/S.
Temos por exemplo o driver<=
/span>
da placa de som, o driver da placa de ví=
deo, o
driver do modem, e assim por diante. Uma das co=
isas
que o driver faz é ler e escrever valores
apropriados nos endereços apropriados do mapa de E/S correspondentes=
ao dispositivos que está controlando.
Ao projetar o IBM PC, a IBM
definiu diretrizes para o uso do mapa de E/S. Esta definição
é uma reserva de faixas de endereços específicos para
interfaces específicas. Todos os fabricantes de hardware para PCs devem obedecer este
padrão. Por exemplo, em qualquer placa que tenha uma interface serial
COM1, esta interface deve ocupar os endereços entre 3F8 e 3FF. A tab=
ela
que se segue mostra como a IBM definiu esses endereços de E/S.
Até os dias atuais as interfaces mantém
esses endereços, por questões de compatibilidade.
|
Endereços
|
Interface que os utiliza
|
|
000-01F
|
Controlador de DMA (placa =
de
CPU)
|
|
020-03F
|
Controlador de
interrupções (placa de CPU)
|
|
040-05F
|
Timer (placa de CPU)
|
|
060-06F
|
Controlador de teclado do =
AT
|
|
070-07F
|
Chip CMOS
|
|
080-09F
|
Registro de página =
de DMA
(placa de CPU)
|
|
0A0-0BF
|
Segundo controlador de
interrupções (CPU)
|
|
0C0-0DF
|
Segundo controlador de DMA
(placa de CPU)
|
|
0F0-0F1
|
CLEAR e RESET do coprocessador
|
|
170-177
|
Contro=
ladora
IDE secundária =
|
|
1F0-1F7
|
Contro=
ladora
IDE primária
|
|
200-207
|
Interface de joystick
|
|
278-27F
|
Porta paralela
|
|
2E8-2EF
|
Porta serial COM4 <=
/span>
|
|
2F8-2FF
|
Porta serial COM2 <=
/span>
|
|
370-377
|
Interface de drives
secundária
|
|
378-37F
|
Porta paralela
|
|
3B0-3BF
|
Placa de vídeo MDA e
HÉRCULES
|
|
3C0-3C=
F
|
Placa VGA
|
|
3D0-3DF
|
Placas CGA e VGA
|
|
3E8-3EF
|
Porta serial COM3 <=
/span>
|
|
3F0-3F7
|
Interface de drives
primária
|
|
3F8-3FF
|
Porta serial COM1 <=
/span>
|
Interrupç&=
otilde;es
As interrupçõe=
s são um método bastante eficiente para re=
alizar
operações de entrada e saída. Imagine uma
situação da vida real em que uma secretária fica o tem=
po
todo ao lado do chefe, esperando que ele solicite um serviço. Ela
não pode executar outras tarefas porque está “monitoran=
do”
o seu chefe. Imagine agora que a secretária está realizando
normalmente o seu trabalho, sem se preocupar com o chefe. Quando o chefe de=
seja
algum serviço, chama a secretária, que irá interromper=
o
que estava fazendo para atender o chefe. Da mesma forma, um processador n&a=
tilde;o
precisa ficar constantemente monitorando os seus dispositivos de E/S. Pode
fazer o seu trabalho normalmente, e quando um dispositivo necessitar de
atenção do processador, irá interrompê-lo para q=
ue a
operação de E/S seja realizada.
A interrupção
é uma operação de hardware na qual o processador suspe=
nde
provisoriamente a execução de um programa para o atendimento =
de
um determinado evento. Essa suspensão dura t&ati=
lde;o
pouco que o usuário não chega a perceber que o programa
parou. Na maioria dos casos este tempo é inferior a alguns
milésimos de segundo. Entre os diversos pinos do processador, um del=
es
é chamado de INT, e serve para que os diversos circuitos existentes =
no
computador possam requisitar interrupções. Assim que o
processador recebe um sinal INT, guarda na
memória informações que permitem mais tarde saber
exatamente onde parou. A seguir, determina qual foi o dispositivo que gerou=
a
interrupção e faz o seu atendimento. Ao terminar de atender a
interrupção, volta a processar o programa original exatamente=
do
ponto de onde parou. Existem diversos dispositivos que necessitam interromp=
er o
processador. Alguns exemplos são:
·
A
interface de teclado, para avisar que o usuário pressionou uma tecla
·
A
interface paralela, para avisar que ocorreu algum problema com a impressora
·
A
interface serial, para indicar que recebeu um byte, ou que terminou de
transmitir um byte
·
A
interface de drives de disquetes, para avisar q=
ue
já terminou a leitura ou gravação =
solicitada
·
Idem
para a interface de disco rígido
Sem as interrupç&otil=
de;es,
o funcionamento do computador seria muito mais complicado. Além de
processar o programa principal, o processador precisaria periodicamente che=
car
todos os dispositivos para verificar se existem eventos pendentes. Por exem=
plo,
precisaria checar se alguma tecla foi pressionada, se a impressora est&aacu=
te;
pronta para receber dados, se existe algum dado chegando das interfaces
seriais, etc. Alguns computadores muito antigos operavam desta forma, uma
técnica chamada de pooling. Era o=
caso
da maioria dos micros de 8 bits. O uso de
interrupções faz com que o computador opere de forma muito ma=
is
eficiente, podendo se ocupar do processamento do programa principal, e sendo
interrompido apenas quando necessário.
Vários dispositivos,
através das suas interfaces, precisam freqüentemente enviar um =
comando
de interrupção para que o processador lhes dedique a atenção necessária, normalmente
relacionada com a transmissão e recepção de dados. Com=
o o
processador possui apenas uma entrada de interrupção e existem
vários dispositivos que necessitam interrompê-lo, a placa de C=
PU
utiliza um circuito chamado de controlador de interrupções=
.
Uma das funções deste circuito é receber
requisições de interrupções de vários
dispositivos e interromper o processador através do sinal INT. Outra
função é informar ao processador qual foi o dispositivo
que gerou a interrupção.
A figura 14 mostra de forma =
muito
simplificada, a estrutura de interrupções no IBM PC XT. A fig=
ura
15 mostra a estrutura de interrupções usada nos PC mais moder=
nos.
Por simplicidade, comecemos a analisar como eram as interrupçõ=
;es
no XT.
|
|
Figur=
a 4.14
Uso das interrupções no IBM PC XT.
|
Os vários circuitos q=
ue
precisam gerar interrupções enviam as requisiçõ=
es
ao chip controlador de interrupções, que por sua vez, interro=
mpe
o processador e o informa qual foi o dispositivo que requisitou a
interrupção.
Observe<=
/span> na figura 14 os seguintes sinais digitais:
|
INT
|
Sinal que serve para inter=
romper
o processador.
|
|
IRQ0 a IRQ7
|
Essas são as oito
entradas de interrupções, ligadas a diversos dispositivos. A
sigla IRQ significa "Interrupt Request" (Requisição de
interrupção). Quando o controlador de
interrupções recebe um IRQ de algum dispositivo, gera um si=
nal
INT para o processador. Além disso, o controlador de
interrupções informa ao processador qual dos oito sinais IRQ
foi ativado. Este controlador também é capaz de gerenciar
prioridades entre as interrupções (qual
interrupção é atendida em primeiro lugar quando duas=
ou
mais ocorrem no mesmo instante), e também leva=
em conta
interrupções ani=
nhadas
(quando uma nova interrupção ocorre antes do final do
atendimento de uma prévia interrupção). Entre os
diversos chips controladores de interrupções existentes no
mercado, a IBM optou pelo 8259A, fabricado pela Intel.
|
Para que todos esses disposi=
tivos
possam gerar interrupções, é preciso que suas interfac=
es
tenham acesso físico aos respectivos sinais IRQ. Observe que tanto o
processador como os controladores de interrupções ficam
localizados na placa de CPU. Por outro lado, a maioria =
das
interfaces ficam localizadas em placas de expansão. Portanto,=
os
sinais IRQs sã=
;o
originados em placas de expansão e precisam chegar até a plac=
a de
CPU. Por esta razão, os sinais IRQ estão presentes nos slots, que são a ligação f&iacut=
e;sica
entre a placa de CPU e as placas de expansão.
As oito entradas de
interrupções disponíveis são descritas na tabela
que se segue:
|
IRQ0
|
Timer. Trata-se de um circ=
uito
que gera uma interrupção a cada 55 milésimos de segu=
ndo.
Esta interrupção é usada para manter a data e a hora.
Nos XTs, o usu&aac=
ute;rio
precisava fornecer a data e a hora durante o boot. Depois disso, o timer
fazia a contagem do tempo a partir da data e hora iniciais, e das suas
interrupções. Nos =
PCs
modernos, apesar da existência do relógio permanente localiz=
ado
no chip CMOS, o timer continua sendo usado pelos programas que necessitam
saber a data e a hora. A única diferença é que nas
operações de boot o timer não precisa mais ser acert=
ado
pelo usuário, pois este acerto é feito automaticamente pelo
BIOS a partir da data e hora existentes no chip CMOS.
|
|
IRQ1
|
Teclado. É gerada p=
elo
chip de interface de teclado sempre que o usuário pressiona alguma
tecla.
|
|
IRQ2
|
Reservado. Inicialmente a =
IBM
deixou esta interrupção reservada para uso futuro, e n&atil=
de;o
fez nela nenhuma conexão. Entretanto, diversas placas de interface
passaram a usá-la, já que estava disponível, apesar =
da
recomendação da IBM de reservá-la para uso futuro. <=
/span>
|
|
IRQ3
|
COM2. É usada pela =
segunda
interface serial, para sinalizar o final da transmissão e da
recepção de dados. A cada byte recebido pela interface seri=
al,
uma interrupção é gerada. Ocorre também no fi=
nal
da transmissão de cada byte, indicando ao processador que o
próximo byte já pode ser transmitido.
|
|
IRQ4
|
COM1. Tem o mesmo uso da I=
RQ3,
porém é usada pela interface serial COM1.
|
|
IRQ5
|
Disco rígido. As pl=
acas
controladoras de disco rígido para XT usavam esta
interrupção para indicar a finalização de
operações de acesso ao disco rígido. Assim o process=
ador
saberia que é hora de enviar o próximo comando. Entre essas
operações podemos citar: Leitura de setor,
gravação de setor, posicionamento sobre uma trilha,
formatação de trilha, etc.
|
|
IRQ6
|
Drive=
de disquetes. Esta interrupção era, e ainda &eacu=
te;
usada pela interface de drives de disquetes. =
Serve
para sinalizar o término de operações de acesso ao
disquete, como leitura, gravação, posicionamento,
formatação, etc.
|
|
IRQ7
|
Impressora. Através=
desta
interrupção, a impressora pode informar a ocorrência =
de
erros (falta de papel, carro de impressão preso, etc).
É também usada para controlar o fluxo de dados entre o
computador e a impressora. Quando a impressora está com o seu buff=
er
cheio, gera esta interrupção para informar esta
condição, fazendo com que o computador suspenda a
transmissão de dados. Quando o buffer fica parcialmente descarrega=
do,
gera outra interrupção para informar que o computador j&aac=
ute;
pode enviar mais dados.
|
Com o lançamento do I=
BM PC
AT, equipado com o processador 80286,
a IBM passou a utilizar dois controladores de
interrupções ligados em cascata, como mostra a figura 15. Este
arranjo continua sendo utilizado da mesma forma, com mínimas
modificações, nos PC=
s
atuais.
|
|
Figur=
a 4.15
Uso de interrupções nos PCs
modernos.
|
As interrupções
passaram a ser usadas da seguinte forma:
|
IRQ0
|
Timer. Mesmo uso que tinha=
no
XT.
|
|
IRQ1
|
Teclado. Mesmo uso que tinha no XT.
|
|
IRQ2
|
CASCADE. Ligaç&atil=
de;o
com o segundo controlador de interrupções
(ligação em cascata).
|
|
IRQ3
|
COM2 / COM4. A IBM aumento=
u o
número de portas seriais para um máximo de quatro, mas
não reservou interrupções exclusivas para a COM3 e a
COM4. A COM4 deve usar a mesma interrupção que a COM2, enqu=
anto
a COM3 deve usar a mesma interrupção que a COM1. Esta &eacu=
te;
uma das principais razões de conflitos de hardware envolvendo as
interfaces seriais.
|
|
IRQ4
|
COM1 / COM3.
|
|
IRQ5
|
Paralela. A IBM reservou esta interrupção para a
segunda interface paralela.
|
|
IRQ6
|
Interface de drives. Mesmo uso do XT=
.
|
|
IRQ7
|
Paralela. Mesmo uso do XT.
Normalmente esta interrupção é usada pela primeira
interface paralela (LPT1), ficando a IRQ5 para a LPT2. Entretanto, nem se=
mpre
esta regra é seguida. Existem placas em que a LPT1 está lig=
ada
na IRQ5.
|
|
IRQ8
|
Alarm=
clock. Esta interrupçã=
;o
está ligada ao chip CMOS, que pode ser programado para gerar uma
interrupção após um período
pré-programado.
|
|
IRQ9
|
EGA / VGA. Originalmente e=
sta
interrupção era utilizada pela placa de vídeo EGA, q=
ue
deu lugar às placas VGA. As placas VGA podem opcionalmente, por
questão de compatibilidade com a EGA, usar também esta
interrupção.
|
|
IRQ10
|
Reservado. A IBM nunca diz
"livre", e sim, "reservado". Normalmente esta interru=
pção
está livre, e pode ser usada por novas placas, como por exemplo,
placas de rede e placas de som.
|
|
IRQ11
|
Reservado. Mesmo caso da IRQ10.
|
|
IRQ12
|
Reservado. Mesmo caso da IRQ10.
|
|
IRQ13
|
Copro=
cessador matemático. Esta interrupção é
reservada para uso exclusivo do coprocessador
matemático. Através dela o processador pode ser informado s=
obre
condições anormais do cálculo, como por exemplo, a
divisão por zero e a raiz quadrada de um número negativo. <=
/span>
|
|
IRQ14
|
Disco rígido. No IB=
M PC
XT, a interface do disco rígido usava o IRQ5. Nos ATs, esta foi substituída pelo IRQ14,
ficando a IRQ5 destinada à segunda interface paralela.
|
|
IRQ15
|
Reservado. Mesmo caso da IRQ10.
|
Ao lançar o IBM PC AT=
, a
IBM passou a utilizar não apenas um número maior de
interrupções, mas também um número maior de bit=
s de
dados e de endereços. Veja algumas diferenças entre os modelo=
s XT
e AT:
|
|
XT
|
AT
|
|
Bits de dados
|
8
|
16
|
|
Bits de endereços <=
/span>
|
20
|
24
|
|
Número de IRQs <=
/p>
|
8
|
15
|
|
Canais de DMA <=
/span>
|
4
|
7
|
Os bits de dados,
endereços, linhas de IRQ e canais de DMA (mais adiante estudaremos o
DMA) são ligados às placas de expansão através =
dos slots. Como o AT possu&iac=
ute;a
mais bits de endereços, dados, sinais de IRQ e DMA que o XT, a IBM t=
eve
que aumentar os seus slots. O XT usava os slots “ISA de 8 bits=
”,
e o AT passou a usar os slots “ISA de 16
bits”.
|
|
Figur=
a 4.16
Sinais de um slot ISA de =
8
bits.
|
A figura 16 mostra um slot ISA de 8 bits. Seus s=
inais
são numerados como A1, A2... A32 (parte direita) e B1, B2, ... B31 (parte esquerda). Com exceção =
do
IRQ0 e IRQ1, todos os outros sinais de interrupção estã=
;o
presentes neste slot. O IRQ0, como sabemos,
está ligado ao Timer, um circuito localizado na placa de CPU e que
não é usado por placas de expansão. O IRQ1 está
ligado na interface de teclado, também localizada na placa de CPU. C=
omo
esses dois circuitos nunca ficam localizados em placas de expansão,
não há necessidade da sua presença nos slots.
As linhas de IRQs fi=
cam
localizadas nos pinos B4, B21, B22, B23, B24 e B25.
|
|
Figur=
a 4.17
Sinais de um slot ISA de 16 bits. Observe que=
as
novas linhas de interrupção (IRQ10-IRQ15) ficam localizados no conector menor. Observe ainda que no =
lugar
da IRQ2, no pino B4, temos a IRQ9.
|
Observe a figura 17, que mos=
tra um
slot de 16 bits, típico de micros 286 e
superiores, e a descrição de todos os seus sinais. Note que m=
esmo
placas de CPU de fabricação recente, equipadas com processado=
res
de última geração, mas que tenham slots
ISA de 16 bits, seguem este mesmo padrão, herdado do IBM PC AT. A fi=
gura
mostra que no conector maior estão presentes os mesmos IRQs encontrados no XT, ex=
ceto o
IRQ2. No XT, o IRQ2 era ligado no pino B4 do slot
(veja a figura 17). Nos PCs=
286 e superiores, o IRQ2 passou a ser usado internamente pela placa de CPU,
realizando a ligação em cascata dos dois controladores de
interrupções (figura 15). Para que as antigas placas de
expansão que usavam o IRQ2 pudessem continuar funcionando, a IBM col=
ocou
exatamente no seu lugar (pino B4) o IRQ9. Em outras palavras, o IRQ9 faz no=
s PCs 286 e superiores o mes=
mo papel
que fazia o IRQ2 nos antigos micros XT. Por isso, muitos manuais costumam u=
sar
os termos "IRQ2" e "IRQ9" como sinônimos.
O uso da IRQ9
Cabe aqui chamar a
atenção para um detalhe muito importante a respeito do uso da
IRQ9. Originalmente esta interrupção era utilizada por placas=
de
vídeo EGA, sinalizando um evento chamado retraço vertical. Esta sinalização era
necessária para evitar um efeito indesejável na tela chamado
“snow”.
As placas de vídeo an=
tigas
eram muito lentas. Tão lentas que sua memória de vídeo
não podia ser simultaneamente acessada pelo processador e pelos
circuitos que enviam os sinais para o monitor. Se este acesso fosse feito de
forma simultânea, fazia com que surgissem momentaneamente pequenos
traços pretos horizontais na tela sempre que o processador precisava=
colocar
dados na memória de vídeo. Este efeito indesejável
é chamado de snow.
Para evitar este problema, os programas faziam acesso à memór=
ia
de vídeo apenas durante o retraço vertical, que &eacut=
e; o
período no qual o feixe eletrônico do monitor atinge a parte i=
nferior
da tela e é reposicionado na sua parte
superior. Como neste período o feixe eletrônico do monitor
é apagado, não ocorre o snow. A p=
laca
de vídeo EGA gerava interrupções através do IRQ9
para indicar o início e o fim do retraço vertical, e muitos
programas utilizavam este recurso. As modernas placas SVGA são bem m=
ais
velozes, e podem ao mesmo tempo enviar sinais de vídeo para o
monitor e serem acessadas pelo processador, sem a ocorrência de snow. Por isso os programas atuais não precisa=
m mais
esperar pelo retraço vertical para acessá-la.
Por questões de
compatibilidade com as placas EGA, as placas VGA e SVGA podem opcionalmente
utilizar o IRQ9. Entretanto, a esmagadora maioria dos softwares modern=
os
não necessita desta interrupção. Podemos
tranqüilamente deixar o IRQ9 na placa VGA desabilitado. Assim esta
interrupção ficará livre para ser usada por novas plac=
as
que desejemos instalar. A única desvantagem de desativar o IRQ9 na p=
laca
VGA é que programas gráficos bem antigos (criados entre 1985 e
1990, em geral), escritos para a placa EGA, deixarão de funcionar, e=
o
micro "travará" sempre que forem executados. Como é
pouco provável que você utilize algum programa desta ép=
oca,
a melhor coisa a fazer é realmente desabilitar o uso da IRQ9 na sua
placa VGA. Nas placas VGA antigas, esta desabilita&cce=
dil;ão
era feita através de um jumper. Nos PCs modernos, podemos enco=
ntrar no
CMOS Setup, um comando para ativar ou desativar=
o uso
da IRQ9 para a placa de vídeo.
Uso das IRQs nos PCs
atuais
Nos PCs modernos, sejam eles equipados com slots ISA ou não, o uso das
interrupções é muito parecido com o que ocorria no IBM=
PC
AT. Por exemplo, o teclado continua usando a IRQ1, o timer continua usando a
IRQ0, a IRQ13 continua sendo usada para indicar a ocorrência de
cálculos inválidos pela unidade de ponto flutuante. Vejamos q=
uais
são as diferenças presentes nos PCs atuais:
|
IRQ5 e IRQ7
|
Essas duas
interrupções são reservadas para interfaces paralela=
s.
Como na configuração básica existe apenas uma interf=
ace
paralela, apenas uma dessas interrupções, normalmente a IRQ=
7,
estará sendo usada. A outra, normalmente a
IRQ5, estará livre. Tome cuidado, pois em certos casos ocorre
exatamente o contrário, ou seja, a IRQ5 está em uso e a IRQ7
está livre. Outro dado interessante é que muitas impressoras
podem funcionar sem o uso de interrupções. Portanto em caso=
de
necessidade, podemos configurar o Windows para que não use uma IRQ
para a porta paralela, deixando assim mais uma IRQ livre para ser usada p=
or
novas placas de expansão.
|
|
IRQ9
|
Esta interrupç&atil=
de;o
poderá estar sendo usada pela placa de vídeo. Podemos
desabilitar seu uso através de um jumper
(nas placas antigas), de acordo com as instruções existente=
s no
manual da placa de vídeo. Em PCs
modernos, pode ser possível desabilitar o uso de
interrupções pela placa de vídeo, através de =
um
comando do CMOS Setup.
|
|
IRQ10, IRQ11, IRQ12
|
Essas interrupç&oti=
lde;es
estarão livres, já que não são usadas pelos
dispositivos que fazem parte da configuração básica =
de
um PC. Poderão ser usadas por placas de expansão, como modems, placas de som, placas de rede, etc. Nos PCs atuais essas
interrupções são normalmente destinadas às pl=
acas
de expansão que estão ligadas ao barra=
mento
PCI.
|
|
IRQ15
|
Esta interrupç&atil=
de;o
normalmente é usada pela interface IDE
secundária, enquanto a IRQ14 é usada pela interface =
IDE
primária.
|
Podemos facilmente visualiza=
r o
uso das interrupções usando o Gerenciador de Dispositivos do
Windows. Para chegar a ele basta clicar em Meu Computador com
o botão direito do mouse e no menu aprese=
ntado
escolher a opção Propriedades. No quadro apresentado clicamos=
na
guia Gerenciador de Dispositivos. Clicamos em Meu Computador e
Propriedades, e finalmente marcamos a opçã=
;o Pedido
de interrupção (IRQ). O quadro assumir&aacu=
te;
o aspecto mostrado na figura 18.
|
|
Figur=
a 4.18
Relatório de uso das IRQs=
.
|
Este relatório inform=
a como
as IRQs estão=
sendo
utilizadas, e indica também quais IRQs a=
inda
estão livres para serem usadas em novas placas a serem instaladas.
Compartilhamento =
de
interrupções
A princípio não
podemos ter dois dispositivos usando o mesmo recurso de hardware. Quando is=
to
ocorrer, o Gerenciador de Dispositi=
vos
colocará um ponto de exclamação sobre os dispositivos =
em
conflito. É o caso da IRQ5 e IRQ10, indicadas na figura 19. O ponto =
de
exclamação indica que pode existir um conflito de hardware, ou
então que o dispositivo não está corretamente instalad=
o.
Note que este conflito de hardware pode ser devido a IRQ (ambos usariam a m=
esma
IRQ), ou de DMA, ou de endereços de memória, ou de
endereços de E/S.
|
|
Figur=
a 4.19
Dispositivos em conflito de hardware.
|
Note ent=
retanto
que existem casos de dispositivos usarem a mesma IRQ, e mesmo assim n&atild=
e;o
estar ocorrendo conflito. Observe na figura 20 que existem três
dispositivos usando a IRQ11, e mesmo assim não existe
indicação de conflito. O que isso significa?
|
|
Figur=
a 4.20
Interrupções compartilhadas.
|
Dois dispositivos podem usar=
a
mesma IRQ (pelo menos se considerarmos as IRQs
como sendo de IRQ0 a IRQ15) desde que seja usado um “controlador de
interrupções terciário”. Os chipsets
modernos possuem este terceiro controlador, que em geral é diferente=
dos
dois primeiros. Seu uso é mostrado na figura 21. Este controlador
terciário é na verdade chamado de roteador de
interrupções do barramento PCI.
|
|
Figur=
a 4.21
Interrupções nos P=
Cs
atuais, equipados com controlador terciário.
|
Assim como o controlador de
interrupções secundário usa a entrada IRQ2 para gerar
novas interrupções (8
a 15), um controlador terciário existente nos=
chipsets modernos e permite a geração d=
e 4 novas linhas de interrupção, chamadas =
IRQA,
IRQB, IRQC e IRQD. Essas linhas são ligadas nos slots
do barramento PCI. Cada uma dessas novas IRQs pode estar conectada
diretamente em out=
ras IRQs convencionais, mas podemos ter=
mais
de um deles usando a mesma IRQ. No exemplo da figura 21 temos IRQA, IRQB e =
IRQC
ligadas em IRQ11. Para o Windows, todas essas três entradas est&atild=
e;o
ligadas em IRQ11, porém isto não é considerado um conf=
lito
de hardware, já que o Windows sabe que esses três dispositivos
estão conectados neste controlador terciário. Além
disso existe mais um fato importante: as interrupções =
no barramento PCI podem ser compartilhadas, coisa que
não era permitida no barramento ISA.
Apesar do Gerenciador de
dispositivos não indicar explicitamente os recursos IRQA, IRQB, IRQC=
e
IRQD, não indicará conflitos quando mais de uma dessas IRQs estiver associada &ag=
rave;
mesma IRQ dos controladores primário e secundário. Fica
então caracterizado que não existe conflito de hardware, mesmo
que no Gerenciador de Dispositivos estiver indicado que mais de um disposit=
ivo
usa a mesma IRQ.
Acesso direto &ag=
rave;
memória
Vejamos agora outro ponto
importante no funcionamento de um PC, que é o DMA (Acesso direto
à memória, ou Direct Memory Access). Para entender o funcionamento do DMA,
observe inicialmente a figura 22. Estão sendo representadas
operações de E/S feitas através do processador, ou sej=
a,
sem usar DMA. Em uma operação de saída, o processador
obtém da memória o dado a ser transmitido e logo a seguir o e=
nvia
para a interface, que por sua vez faz com que chegue ao dispositivo de sa&i=
acute;da.
Este é o caso, por exemplo, do funcionamento da interface de impress=
ora.
Nas operações de entrada, o dispositivo envia o dado para a s=
ua
interface. A seguir o processador lê o dado da interface (a interface
poderá usar uma IRQ para avisar o processador que existe um dado pro=
nto
para ser lido) e o coloca na memória para que seja posteriormente
processado. Este é o caso, por exemplo, do funcionamento da interfac=
e de
teclado. As operações de entrada e saída nas quais exi=
ste
um envolvimento direto do processador são chamad=
as de Entrada
e Saída Programada.
|
|
Figur=
a 4.22
E/S programada. O processador controla o “transporte” dos dad=
os
entre a memória e a interface.
|
As operações d=
e entrada
e saída programada são usadas pela maioria dos dispositivos, =
mas
sua eficiência não é boa quando é necessá=
rio
transmitir uma grande quantidade de dados em alta velocidade. Nessas
condições, o processador precisa ficar exclusivamente dedicad=
o a
esta transferência, o que impede que possa realizar qualquer outro
processamento e também de realizar E/S em outros dispositivos. Por
exemplo, durante a leitura de um setor de um disco rígido IDE, o processador não pode sofrer
interrupções e nem transmitir ou receber dados de outros
dispositivos que operem com E/S programada. Isto não chega a ser um
problema na maioria das vezes, pois normalmente os programas não
têm o que processar enquanto não estiverem disponíveis =
os
dados provenientes do disco. Por outro lado, imagine o caso da
reprodução de um arquivo sonoro através da placa de so=
m.
Se a placa de som operasse também com E/S programada, não pod=
eria
ser usada em conjunto com o disco IDE. Para ouvir um arquivo sonoro seria p=
reciso
transferi-lo integralmente para a memória (o que nem sempre é
possível no caso de arquivos muito grandes) para depois transferi-lo
para a placa de som. Esta operação poderia ser inviabilizada =
pela
limitação no tamanho da memória. O arquivo també=
;m
não poderia ser lido por partes, pois seu som ficaria com diversas
pausas.
Devido às
limitações da E/S programada, os PCs podem operar também com um outro tip=
o de
operação de E/S. Trata-se da entrada e saída por DM=
A.
Nessas operações, um circuito especial chamado de controla=
dor
de DMA faz o controle dos barramentos do
processador. Para receber um dado por DMA, este controlador faz o seguinte:=
1. Desabilita momentaneamente o
processador, colocando-o em tristate
2. Faz a leitura do dado da
interface que requisitou a transferência
3. Grava este dado na
posição de memória pré-programada
4. Habilita o processador para
funcionamento normal
|
|
Figur=
a 4.23
E/S por DMA. O processador fica em tristate e=
nquanto
o controlador de DMA assume o controle dos barrament=
os
e faz as transferências.
|
Nas operações =
de
saída, o controlador de DMA faz o seguinte:
1. Desabilita momentaneamente o
processador, colocando-o em tristate
2. Faz a leitura do dado da
memória
3. Transmite o dado para a int=
erface
apropriada
4. Habilita o processador para
funcionamento normal
As operações d=
e DMA
são sempre feitas em
blocos. Por
exemplo a leitura de um setor vindo do disquete é feita desta
forma. O controlador de DMA é antes programado com o número de
bytes a serem recebidos (que neste caso é 512) e com o endereç=
;o
de memória a partir do qual os dados serão armazenados. O
controlador de DMA automaticamente conta o número de bytes recebidos=
e
gera os endereços consecutivos onde os 512 bytes serão
armazenados. Podemos ver as operações de E/S por DMA ilustrad=
as
na figura 23.
A grande vantagem do DMA &ea=
cute;
que o processador não precisa se ocupar diretamente da
operação de recepção e transmissão de ca=
da
byte, ficando livre para executar outros processamentos. Normalmente as
interfaces que utilizam DMA, utilizam também uma
interrupção para avisar o processador sobre o término =
da
transferência do número de bytes pré-programado.=
Entre as interfaces que util=
izam
DMA podemos citar:
·
Interface
de drives de disquetes
·
Placas
controladoras SCSI
·
Placas
de som
·
Placas
de interface de scanner
·
Placas
digitalizadoras de vídeo
·
Interface
paralela operando no modo ECP
Entre as interfaces que N&At=
ilde;O
usam DMA, podemos citar:
·
Interfaces
seriais
·
Interfaces
paralelas (exceto quando operam no modo ECP)
·
Interfaces
para joystick
·
Interfaces
de teclado
Durante as transferênc=
ias de
DMA, o processador não fica o tempo todo desabilitado. Entre a chega=
da
de dois dados consecutivos de uma transferência, o processador opera
normalmente. Suponha que uma determinada interface transmita dados de 1000 =
em
1000 ns, e que a recepção de cada um desses dados leve 100 ns.
Após receber um dado, o processador tem mais 900 ns para processamen=
to
normal antes da chegada do próximo dado. Por isso o processador pode
realizar, por exemplo, a leitura de um arquivo sonoro do disco rígid=
o e
ao mesmo tempo enviá-lo para a placa de som. Ao mesmo tempo em que um
trecho do som está sendo tocado, o trecho seguinte estará sen=
do
lido do disco. Isto só é possível porque as placas de =
som
operam com DMA.
Os PCs derivados do IBM PC AT (baseados no 286, 38=
6,
486, Pentium e superiores) podem operar com até 7 dispositivos
utilizando DMA. Dizemos então que o circuito controlador de DMA implementa 7 canais de DMA. Na verdade, este circuito
é formado por dois controladores de DMA, cada um sendo capaz de
gerenciar 4 canais. Esses dois controladores
estão ligados em cascata, e um dos canais é utilizado nesta
ligação, sobrando apenas 7. Os oito
canais e seus usos são os seguintes:
DMA0: Livre
DMA1: Livre
DMA2: Interface de drives de disquete
DMA3: Livre
DMA4: [CASCADE]
DMA5: Livre
DMA6: Livre
DMA7: Livre
Um PC que ainda está =
com a
sua configuração básica, possui os canais 0, 1, 3, 5, =
6 e 7 livres. À medida que placas de expansão
vão sendo instaladas, é preciso escolher canais de tal forma =
que
não ocorram conflitos, ou seja, nunca devemos deixar que duas placas
utilizem o mesmo canal de DMA. Placas Plug-and-Play (PnP), quando usam DMA, t&e=
circ;m
seus canais escolhidos de forma automática pelo Windows, durante o
processo de instalação. No caso de placas que não
são PnP (mode=
los
antigos), cabe ao usuário fazer a escolha dos canais.<=
/p>
No Windows podemos visualiza=
r os
canais de DMA que estão em uso, através do Gerenciador de
Dispositivos, como mostra a figura 24. Neste exemplo, além dos canais
DMA2 e DMA4, que estão sempre ocupados em qualquer PC, t=
emos
ainda os canais DMA1 e DMA5 sendo utilizados pela placa de som.
|
|
Figur=
a 4.24
Visualizando o uso dos canais de DMA com a ajuda do Gerenciador de
Dispositivos.
|
Bus Mastering
O barra=
mento
PCI não opera com DMA. Ao invés disso, utiliza um outro
método de transferência de dados com características
parecidas com o DMA, porém com velocidade muito mais elevada. Este
método é o Bus Mastering.
Várias interfaces ligadas ao barramento =
PCI
utilizam este recurso, por exemplo:
·
Placas
de rede
·
Placas
de som
·
Placas
de vídeo AGP
·
Interfaces IDE
·
Interfaces
USB
·
Controladoras
SCSI
·
Digitalizadoras
de vídeo
Na técnica de Bus Mastering, uma interface qualquer assume o controle d=
o barramento, passando a operar como Master,
e envia ou recebe os dados diretamente de uma outra interface ou dispositivo
que opera como Target, que pode ser por exemplo, a memória. Enquanto uma
transferência está sendo realizada desta forma, o processador =
fica
com o barramento que o liga à memó=
;ria
livre na maior parte do tempo, podendo assim continuar trabalhando ao mesmo
tempo em que a transferência é feita. Apresentaremos essas
informações em detalhes quando estudarmos o barramento
PCI.
Para efeitos de
detecção e eliminação de conflitos de hardware,
aqui está uma notícia boa: o Bus Masteri=
ng
não gera conflitos de hardware, como pode ocorrer com o DMA.<=
/span>
Circuitos de clock e reset
Aproveitando nossos conhecim=
entos
de eletrônica, mostraremos agora como funcionam dois circuitos
importantes de uma placa de CPU. São os circuitos de clock
e reset. O circuito gerador de clock
fornece em sua saída uma onda quadrada com uma freqüência
específica. Nas placas de CPU, o processador deve receber uma onda
quadrada que representa o seu clock externo.
Internamente esta freqüência será multiplicada, resultand=
o no
seu clock externo. O circuito de RESET gera um =
pulso
que é enviado para a entrada RESET do processador. Este pulso deve s=
er
ativado quando pressionamos a tecla Reset do
gabinete, e também quando ligamos o computador (Power
on Reset).
Como funciona um
gerador de clock
O cristal de quartzo é=
; o
principal componente usado na geração de um clock.
Ele tem a capacidade de entrar em ressonância em determinadas
freqüências, quando ligado a amplificadores apropriados. A
freqüência de ressonância pode ser determinada a partir das
dimensões do cristal. Quanto mais fino, mais elevada é a
freqüência. A figura 25 mostra um circuito gerador de clock simples, que utiliza um cristal, dois inversore=
s,
dois capacitores e um resistor. O sinal de clock
gerado por este circuito terá freqüência igual à
freqüência de ressonância do cristal. Está fora do
escopo deste livro analisar este circuito e provar que ele realmente oscila.
Isto exigiria conhecimentos de eletrônica e matemática ainda m=
ais
profundos que os propostos neste livro.
|
|
Figur=
a 4.25
Circuito gerador de clock.
|
O circuito da figura 25 &eac=
ute;
capaz de oscilar em uma única freqüência. Ele não =
pode
ser usado em casos nos quais é preciso ter um c=
lock
variável. Por exemplo, as placas de CPU modernas, para processadores=
Celeron e Pentium III, devem ser capazes de operar co=
m clocks externos de 66, 100 e 133 MHz. Um oscilador pa=
ra
esta placa deveria ser capaz de gerar essas três freqüênci=
as,
de acordo com o processador utilizado. Um método para fazer isso ser=
ia
utilizar 3 osciladores independentes, um para 66,
outro para 100 e outro para 133 MHz. Um método ainda melhor, e que
é realmente aplicado na prática, é utilizar um gerador=
de clock programável.
|
|
Figur=
a 4.26
Gerador de clock e cristal de referênci=
a.
|
A figura 26 mostra um chip g=
erador
de clock. Esses chips sempre trabalham ligados =
a um
cristal que é usado como referência para as freqüên=
cias
que serão geradas. Eles geram clocks
independentes para o processador e para os diversos ba=
rramentos
usados na placa de CPU.
|
|
Figur=
a 4.27
Gerador de clock programável.
|
A figura 27 mostra o funcion=
amento
de um gerador de clock. Ele usa um oscilador a
cristal como referência. Normalmente o cristal é de 14,31818 M=
Hz,
por razões históricas. Este era o cristal usado na
geração da freqüência de 4,77 MHz do IBM PC origin=
al,
e dos 3,58 MHz usados na geração de vídeo composto NTS=
C,
pelas antigas placas de vídeo que eram ligadas a TVs. O clock desejado é gerado por um VCO (oscilador =
controlado
por voltagem). O clock gerado é dividido
digitalmente por um número programável n, e o resultado é comparado com a freqüência gerada pelo
oscilador a cristal. O resultado da comparação é
usado para controlar o VCO. Quando a freqüência do cristal e a
freqüência gerada, dividida por n, estão em fase, o VCO
ficará estável e manterá a freqüência fixa.
Portanto o circuito ficará estável quando:
F/n =3D fcristal
Ou seja:
F =3D n x fcristal
Programando o valor de n pod=
emos
fazer com que o circuito gere qualquer freqüência, múltip=
la
de 14,31818 MHz. Por exemplo, com n=3D7 temos
F=3D100,22726 MHz
O circuito mostrado tem um p=
equeno
inconveniente. Como o valor de n só pode ser um número inteir=
o, a
freqüência gerada será sempre múltipla de 14,31818
MHz. Não seria possível desta forma gerar=
freqüências como 66 MHz, por exemplo (na verdade os “66
MHz” são 66,666 MHz). Isso pode ser resolvido facilmente,
adicionando um divisor na saída do oscilador a cristal. O valor envi=
ado
para o comparador de fase não seria 14,31818 MHz, e sim um valor bem
menor. Por exemplo, se usamos na saída do oscilador a cristal um div=
isor
256, teremos:
F/n =3D fcristal/256
F =3D n x fcristal/256
Se fizermos n=3D1788 teremos
F=3D100,0035 MHz, valor bem mais próximo dos 100 MHz ideais. Se fize=
rmos
n=3D1192 teremos F=3D66,669 MHz, valor bem próximo dos 66,666 MHz id=
eais.
Em um chip gerador de clock existem vários circuitos como o da figur=
a 27,
sendo um para cada freqüência gerada. Apenas o oscilador a crist=
al
é comum a todos esses circuitos.
Como funciona o Reset
Todas as placas de CPU possu=
em um
circuito de RESET. Este circuito tem como finalidade enviar um sinal RESET =
para
o processador em duas situações:
1) Quando o usuário
pressiona o botão RESET do gabinete
2) No instante em que o computador é ligado
É necessário g=
erar
um RESET automático quando o computador é ligado (Power on Reset)
porque neste instante os bits armazenados no interior do processador e dos
demais circuitos têm valores aleatórios. O Reset
faz com que todos esses bits sejam preenchidos com valores conhecidos, assi=
m o
processador não fica “perdido”.
Quando o computador est&aacu=
te; em
uso normal, o capacitor C1 estará carregado com uma tensão ig=
ual a Vcc. Seu carregamento fo=
i feito
pela corrente que passa pelo resistor R1. O ponto X estará represent=
ando
um bit 1, e este mesmo bit 1 será enviado=
ao
ponto de saída do circuito. O componente em forma de triângulo
é um buffer. Trata-se de um operador lógico que gera na
saída um bit igual ao da entrada. Portanto em uso normal o sinal RES=
ET
estará com o valor 1. Normalmente o coman=
do de
RESET ocorre quando o processador recebe na sua entrada RESET, um bit 0.
|
|
Figur=
a 4.28
Circuito de RESET.
|
Digamos que o usuário
pressiona o botão RESET do gabinete. Isto fará com que o
capacitor C1 seja imediatamente descarregado, e a tensão no ponto X
será zero volts, o que corresponde a um bit 0.
Este bit 0 será transmitido pela saída do circuito, resetando o processador e os demais componentes do
computador. Quando o usuário solta o
botão Reset, o capacitor C1 será
carregado através do resistor R1. O tempo de carregamento do capacit=
or
depende dos valores de R1 e C1. Quanto maiores forem seus valores, maior
será o tempo de carga. Durante o carregamento do capacitor, sua
tensão atinge um valor que passa a ser considerado como um bit 1, o que irá colocar a saída RESET
também em 1. Este é o fim do período de Reset, que dura cerca de 1 segundo, mas pode variar um
pouco de uma placa para outra.
Quando o computador é
desligado, a tensão Vcc passa a assumir =
um
valor de 0 volts. Isto fará com que o cap=
acitor
C1 seja rapidamente descarregado através do diodo D1. Este capacitor
passará a ter uma voltagem de 0 volts.
Digamos que agora o computad=
or
é ligado. Neste exato instante o capacitor está descarregado,=
o
que representa um bit 0. O sinal RESET na saída do circuito ser&aacu=
te;
um bit 0, o que vai resetar o processador e dem=
ais
circuitos do computador. Como o resitor R1
está ligado a Vcc, passará por el=
e uma
corrente que irá aos poucos carregar o capacitor C1, elevando o valo=
r da
sua tensão. Quando esta tensão ultrapassa o valor míni=
mo
para um bit 1, o sinal RESET passará a fornecer também um bit=
1,
e estará terminado o pulso de RESET. A duração deste p=
ulso
depende dos valores de R1 e C1.
Você já deve ter
visto computadores que não resetam
corretamente quando são ligados, obrigando o usuário a pressi=
onar
o botão Reset logo assim que o PC &eacut=
e;
ligado. O motivo da falha é que o pulso de Rese=
t
não tem duração suficiente para r=
esetar
o processador e os demais circuitos do computador. Uma solução
para este problema é descobrir na placa de CPU onde estão
localizados os componentes R1 e C1, e trocar um deles por outro de valor ma=
ior.
Por exemplo, se usamos ao invés de R1 um resistor duas vezes maior, o
pulso de Reset terá uma duraç&ati=
lde;o
também duas vezes maior, aproximadamente, o que pode resolver o
problema. Para encontrar os componentes R1 e C1 é preciso seguir o
circuito a partir do conector de Reset da placa=
de
CPU, com o auxílio de um multímetro.
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