pca9701 NXP Semiconductors, pca9701 Datasheet - Page 22

• Manufacturer Part Number: pca9701
• Description: Pca9701; Pca9702 18 V Tolerant Spi 16-bit/8-bit Gpi With
• Manufacturer: NXP Semiconductors

NXP Semiconductors
Table 10.
PCA9701_PCA9702_2
Product data sheet
Document ID
Modifications (continued):
PCA9701_PCA9702_1
Revision history
Release date
20070323
…continued
•
•
•
•
Table 5 “Static characteristics”
– changed sub-section title “SPI” to “SPI and control”
– sub-section “SPI and control”: changed V
– sub-section “SPI and control”: changed I
– sub-section “SPI and control”: added specification for I
– sub-section “SPI and control”, I
– sub-section “SPI and control”: changed I
– sub-section “SPI and control”: added specification for I
– sub-section “SPI and control”: changed C
– sub-section “SPI and control”: changed C
Table 6 “Dynamic
– t
– t
– changed t
– t
– added t
–
– added
Section 12 “Test
–
Section 13 “Package
– deleted package outline SOT905-1 (HVQFN24)
– added
“V
“5 pF” to “4 pF”
from “-” to “6 pF”
Figure 8
Figure 11 “Test circuitry for enable/disable times, SDOUT (t
modified
r
f
POR
Typ changed from “21 ns” to “25 ns”; t
Typ changed from “19 ns” to “35 ns”; t
OH
conditions: changed “time before part is active” to “time before CS is active”
= V
Figure 9
Figure 17 “Package outline SOT994-1 (HWQFN24)”
v(INT_N)
DD
modified
dis(SDOUT)
Data sheet status
Objective data sheet
Rev. 02 — 29 August 2007
information”:
0.5 V”
characteristics”:
specification
and
outline”:
max value from “55 ns” to “85 ns”
Figure 10
(continued):
OH
conditions changed from “V
Change notice
-
18 V tolerant SPI 16-bit/8-bit GPI with INT
r
f
PCA9701; PCA9702
OL
OH
Max changed from “-” to “50 ns”
Max changed from “-” to “60 ns”
IL
i
o
Typ from “-” to “2 pF”; changed C
Typ from “6 pF” to “4 pF”; changed C
Min from “6 mA” to “5 mA”
Min from “0” to “-”
Min from “6 mA” to “5 mA”
OL
OH
with condition V
Supersedes
with condition V
-
en(SDOUT)
OH
= 4.0 V” to
© NXP B.V. 2007. All rights reserved.
and t
DD
DD
dis(SDOUT)
i
Max from
= 2.5 V
= 2.5 V
o
22 of 24
Max
)”