OM13285,598 NXP Semiconductors, OM13285,598 Datasheet - Page 5

• Manufacturer Part Number: OM13285,598
• Description: Power Management IC Development Tools PCA9629 I2C demoboard & kit
• Manufacturer: NXP Semiconductors
• Type: Motor / Motion Controllers & Driversr

Specifications of OM13285,598

• Product: Demonstration Boards
• Tool Is For Evaluation Of: PCA9629

Decode table
Real-time clocks
Low-power
Normal
Temp-compen-
sated
Muxes and
switches
2-channel
2-to-1 demux
4-channel
8-channel
Sm
Fm
Fm+
HSm
UFm
+
GPIO
TS
RTC
LCD
DAC
ADC
PCA8802
PCF8523
PCF8563
PCF8564A
+ PCA8565
PCF8583
PCF8593
PCF2127A
+ PCA/PCF2129(A) I
PCA9540B
PCA9542A
PCA9543A/B/C
PCA9541A/01
PCA9541A/03
PCA9544A
PCA9545A/B/C
PCA9546A
PCA9646
PCA9547
PCA9548A
Bus Speed
100 kHz Standard-mode I
400 kHz Fast-mode I
1 MHz Fast-mode Plus I
3.4 MHz High Speed-mode I
5 MHz Ultra Fast-mode I
AEC-Q100 compliance
General Purpose I/O Expander
Thermal Sensor
Real Time Clock
Liquid Crystal Display
Digital Analog Converter
Analog Digital Converter
2-channel I
address)
2-channel I
2-channel I
2 to 1 I
(channel 0 default)
2 to 1 I
(no channel default)
4-channel I
4-channel I
Alternate address)
4-channel I2C Fm switch with RST
4-channel I
8-channel I
8-channel I
I
tion and smart cards
I
main power detect and auto battery switch
over
I
I
COB
I
-40°C…+125°C
I
with 256x8 SRAM
I
0.01 s
I
512x8 RAM
2
2
2
2
2
2
2
2
2
C Fm RTC for One Time Password genera-
C Fm+ Ultra low-power RTC with loss of
C Fm Ultra low-power clock/calendar
C Fm Ultra low-power clock/calendar and
C Fm High temperature clock/calendar
C Sm Clock/calendar resolution: 0.01 s,
C Sm Low-power clock/calendar resolution:
C Fm High-accuracy, low-voltage RTC with
C Fm High-accuracy RTC
2
2
C Fm demux with INT and RST
C Fm demux with INT and RST
2
2
C Fm switch with INT and RST (B and C Alternate
C-bus
2
2
2
2
2
2
2
C Fm mux
C Fm mux with INT
C Fm mux with INT
C Fm switch with INT and RST (B and C
C Fm+ No Offset buffer/switch with RST
C Fm mux with RST (channel 0 default)
C Fm switch with RST
2
C-bus
2
C-bus
2
C-bus
2
C-bus
Bus buffers
Incremental Offset
Amplifier
No Offset
Static Offset
(1 side)
Static Offset
(All sides)
Voltage translator
(doesn’t isolate
capacitance)
LV
TP
QB
OD
CS
INT
RST
OE
Latch
PU
PU/PD
HV
VLT
COG
PCA9510A
PCA9511A
PCA9512B
PCA9513A
PCA9514A
PCA9521
PCA9522
P82B715
PCA9525
PCA9605
P82B96
PCA9507
PCA9508
PCA9509
PCA9509A
PCA9509P
PCA9517A
PCA9519
PCA9527
PCA9600
PCA9601
PCA9515A
PCA9516A
PCA9518A
GTL2000
GTL2002
GTL2003
GTL2010
PCA9306
NVT2001
NVT2002
NVT2003
NVT2004
NVT2006
NVT2008
NVT2010
Supply voltage <2.3 V
Totem-pole (push-pull)
Quasi-bidirectional
Open drain
Current source
Interrupt
Reset
Output enable
Input latch
Pull-up resistors
Pull-up/pull-down resistors
Outputs >10 V
Voltage Level Translator – 2 Supplies
Chip on Glass
Features
I
I
I
I
(92 µA CS)
I
(0.8 V offset)
I
I
bus buffer
I
I
I
I
I
I
I
I
I
I
4-channel version of PCA9509
I
I
I
drive to support multiple Fm+ slaves
I
I
I
22-bit I
2-bit I
8-bit I
10-bit I
Dual I
1-bit I
2-bit I
3-bit I
4-bit I
6-bit I
8-bit I
10-bit I
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
C Fm Incremental Offset hot-swap bus buffer (no RTA)
C Fm Incremental Offset hot swap-bus buffer
C Fm Incremental Offset VLT hot swap bus buffer
C Fm Incremental Offset hot-swap bus buffer
C Fm Incremental Offset hot-swap bus buffer
C Fm (1 MHz) HV Incremental Offset bus buffer
C Fm (1 MHz) HV Incremental Offset hot-swap
C Fm HV bus extender
C Fm (1 MHz) No Offset bus repeater
C Fm+ No Offset bus repeater
C Fm HV bus buffer
C Fm VLT DDC buffer with accelerator
C Fm VLT hot-swap bus repeater
C Fm 1.0V LV VLT bus buffer with current source
C Fm 0.8V LV VLT bus buffer with current source
C Fm 0.8V LV VLT bus buffer
C Fm 0.9V LV VLT bus repeater
C Fm DDC VLT buffer with accelerator and CEC
C Fm+ HV bus buffer
C Fm+ HV bus buffer with stronger 15 mA local side
C Fm bus repeater
C Fm 5-channel hub
C Fm expandable 5-channel hub
2
2
2
2
2
2
2
2
2
C Fm+ VLT
C Fm+ VLT
C/SMBus Fm+ VLT
C Fm+ VLT
C Fm+ VLT for I
C Fm+ VLT for two power supply applications
C Fm+ VLT for SPI applications
C Fm+ VLT
C Fm+ VLT
2
2
2
C Fm+ VLT
C Fm+ VLT
C Fm+ VLT
2
C/SMBus applications