TS80C188EB20 Intel, TS80C188EB20 Datasheet - Page 8
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TS80C188EB20
Manufacturer Part Number
TS80C188EB20
Description
IC MPU 16BIT 5V 20MHZ EXT 80QFP
Manufacturer
Intel
Datasheet
1.SB80L186EB13.pdf
(59 pages)
Specifications of TS80C188EB20
Rohs Status
RoHS non-compliant
Processor Type
80C188
Features
EB suffix, 16-Bit, Extended Temp
Speed
20MHz
Voltage
5V
Mounting Type
Surface Mount
Package / Case
80-QFP
Other names
803586
Available stocks
Company
Part Number
Manufacturer
Quantity
Price
Company:
Part Number:
TS80C188EB20
Manufacturer:
ALTERA
Quantity:
513
1. To address the fact that many of the package prefix variables
80C186EB/80C188EB, 80L186EB/80L188EB
PACKAGE INFORMATION
This section describes the pins, pinouts, and thermal
characteristics for the 80C186EB in the Plastic
Leaded Chip Carrier (PLCC) package, Shrink Quad
Flat Pack (SQFP), and Quad Flat Pack (QFP) pack-
age. For complete package specifications and infor-
mation, see the Intel Packaging Outlines and Dimen-
sions Guide (Order Number: 231369).
Prefix Identification
With the extended temperature range, operational
characteristics are guaranteed over the temperature
range corresponding to
Package types are identified by a two-letter prefix to
the part number. The prefixes are listed in Table 1.
NOTE:
2. The 5V 25 MHz and 3V 16 MHz versions are only avail-
Pin Descriptions
Each pin or logical set of pins is described in Table
3. There are three columns for each entry in the Pin
Description Table.
The Pin Name column contains a mnemonic that
describes the pin function. Negation of the signal
name (for example, RESIN) denotes a signal that is
active low.
8
Prefix Note
have changed, all package prefix variables in this document
are now indicated with an "x".
XX
XX
XX
X
X
able in commercial temperature range corresponding to
0
°
C to
1,
a
1,
1,
1
1
70
2
2
2
Table 1. Prefix Identification
°
C ambient.
PLCC
PLCC
SQFP
QFP (EIAJ) Commercial
QFP (EIAJ) Extended
Package
Type
-
40
Commercial
Extended
Extended/Commercial
°
C to
Temperature
+
Type
85
°
C ambient.
operation. For example, missing the setup or hold
The Pin Type column contains two kinds of informa-
tion. The first symbol indicates whether a pin is pow-
er (P), ground (G), input only (I), output only (O) or
input/output (I/O). Some pins have multiplexed
functions (for example, A19/S6). Additional symbols
indicate additional characteristics for each pin. Table
2 lists all the possible symbols for this column.
The Input Type column indicates the type of input
(Asynchronous or Synchronous).
Asynchronous pins require that setup and hold times
be met only in order to guarantee recognition at a
particular clock edge. Synchronous pins require that
setup and hold times be met to guarantee proper
time for the SRDY pin (a synchronous input) will re-
sult in a system failure or lockup. Input pins may also
be edge- or level-sensitive. The possible character-
istics for input pins are S(E), S(L), A(E) and A(L).
The Output States column indicates the output
state as a function of the device operating mode.
Output states are dependent upon the current activi-
ty of the processor. There are four operational
states that are different from regular operation: bus
hold, reset, Idle Mode and Powerdown Mode. Ap-
propriate characteristics for these states are also in-
dicated in this column, with the legend for all possi-
ble characteristics in Table 2.
The Pin Description column contains a text de-
scription of each pin.
As an example, consider AD15.0. I/O signifies the
pins are bidirectional. S(L) signifies that the input
function is synchronous and level-sensitive. H(Z)
signifies that, as outputs, the pins are high-imped-
ance upon acknowledgement of bus hold. R(Z) sig-
nifies that the pins float during reset. P(X) signifies
that the pins retain their states during Powerdown
Mode.