SC900841JVK Freescale Semiconductor, SC900841JVK Datasheet - Page 29

• Manufacturer Part Number: SC900841JVK
• Description: IC POWER MGT 338-MAPBGA
• Manufacturer: Freescale Semiconductor

Specifications of SC900841JVK

• Applications: PC's, PDA's
• Operating Temperature: -40°C ~ 85°C
• Mounting Type: Surface Mount
• Package / Case: 338-TBGA
• Input Voltage: 2.8 V to 4.4 V
• Maximum Operating Temperature: + 85 C
• Minimum Operating Temperature: - 40 C
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Current - Supply: -
• Voltage - Supply: -
• Lead Free Status / Rohs Status: Lead free / RoHS Compliant

INTERNAL BLOCK DIAGRAM
Analog Integrated Circuit Device Data
Freescale Semiconductor
Mic
(Series switch)
Headset
Send / End
Mic
To Optional External Stereo Power
(i.e. FM Radio)
From External
Analog Audio
Plug
HS
Amplifier / Docking Station
Jack
RMCBIASR
HS
RMCBIASL
Stereo Loudspeaker for
Ringer, Speaker Phone
Handset
Earpiece
EMI Filter
EMI Filter
& Music
CXTALAUDIO2
CXTALAUDIO1
CCP
CRXINL
CRXINR
Battery
From V33 Rail
Main
Purpose
Interface
Digital MIC
CREFB
General
Screen
RXINR
Touch
XTALAUDIO
Inputs
ADC
Clock
CRXOUTL
CRXOUTR
CMC1R
CMC1l
VPWR
VPWR
SC900841 Block Diagram Rev1.1
CCC
CREFA
CADREF
CREFD
VDDQ
CCPIN
CCPOUT
Battery Input
GNDAUDXTAL
GNDLSPR
GNDLSPL
GNDADC
VINLSPR
RXOUTR
AUDXTAL
V33ISNS
GNDSPI
VINLSPL
RXOUTL
GNDBAT
SPIVCC
SPICSB
SPICLK
CLK26M
ADIN21
ADIN20
ADIN19
ADIN18
ADIN17
ADIN16
ADIN15
ADIN14
ADIN13
ADIN12
ADIN11
ADIN10
MCCLK
GNDSP
LSPLM
LSPRP
LSPRM
GNDCP
CPOUT
I2SVCC
TSREF
MC1IN
RXINL
RXINR
MC2IN
LSPLP
MC1B
MC2B
VINSP
MOSI
MISO
BCL2
REFA
REFB
REFD
CPC1
CPC2
BCL1
CFM
SPM
CPIN
CFP
SPP
RX1
FS2
RX2
TX2
HSL
HSR
FS1
TX1
RNTC
Sensing /& Translation
References
Coulomb Counter
Voltage / Current
Interface
Interface
Audio
Screen
Audio
CXTALRTC1
Touch
26MHz
Crystal
Bus
OSC
Negative
Charge
Pump
RCC
Atxl
Atxl
Atxr
Atxr
Asp
Crystal OSC
32.768KHz
Detect
0/8/18 dB
0/8/18 dB
Microphone Clock
RSNSBAT
0/12 dB
0/12 dB
32.768KHz
Internal
CXTALRTC2
OSC
Ahsl
MCHGBYP
Alspl
Alspr
Power Path Manager + Li-Ion Battery Management
MCHG
Ahsr
MUX
MUX
MUX
Microphone
Interface
Modulator
Figure 3. Functional Block Diagram
Class D
ISNSBATN
Bias
Stereo
VBAT
SPI
VPWR
COCHG
-8/0/8/16 dB
-8/0/8/16 dB
Atxr
Atxl
LCHG
From CPU
SPI Registers
Digital Microphone Path
System & Peripheral Interface
Digital Microphone Path
To Receive
MSWCHG
TXIN Right
Channel
Channel
Handling
TXIN Left
Section
10 Bit
Mixer
Mixer
Right
Trigger
ADC
Left
Charger / USB Input
SPI Registers
CINCHG
Shift Register
Shift Register
To / From
I/O Chip
Enables & Control
0 dB to
0 dB to
+7 dB
Steps
+7 dB
Steps
3
3
1 dB
1 dB
RINSNSCHG
Shift Register
Control
Stereo ADC
A / D
MREVPCHG
Module
From
A to D
A to D
RF
16 bit
16 bit
MOVPCHG
Calibration
Switchers
Control
Timers
PLL
RTC
Protection
CRAWCHG
Thermal
-57 dB to +6 dB
-57 dB to +6 dB
LBKLT
From
D to A
To /
V33
16 bit
D to A
Wideband Stereo D to A
1dB Steps
1dB Steps
14 bit
16 bit
D to A
-57 dB to +6 dB
Voice Codec D to A
COBKLT
1dB Steps
Backlight + Camera Scene
DBKLT
Li-Cell
Switch
VPWR
-57 dB to +6 dB
-57 dB to +6 dB
-57 dB to +6 dB
LED Driver
CCOIN
1dB Steps
1dB Steps
1dB Steps
SC900841
CINBKLT
To Digital
Arxr
Arxl
Interface
Charger
To Receiver Section
VPWR
Sequencer
Power
Detect
Li-Cell
GPIO Control
Fail
Startup
TX Left
TX Right
Trim
Sidetone
Transmit Section
-57 dB to +6 dB
Sidetone
1dB Steps
From
+
VOTG or any supply
Transmit Section
Digital Interface
VIDEN[1:0]
From
From
RX Left
RX Voice
RX Right
TXINR
TXINL
LED Driver
VID[6:0]
GPOSW
Control
RGB
CCOREDIG
Path Manager
CCOREREF
To Power
Controller
SPI Control
GPO Control
VID
Generation
Reference
CCORE
CLDOREFP9
CLDOREFP8
VYMXGPS33
VYMXYFI18
VCCPAOAC
VYMXGPS
VCCPDDR
VYMXYFI
VCC180
VPNL18
VIMG25
VIMG28
VPNL33
VPMIC
VSDIO
VGP33
VCCA
VAON
VCCP
VMM
VVIB
VYMXPA
1500mA
VYMX3G
VBG
350mA
3600mA
1600mA
1000mA
1500mA
700mA
VOTG
Boost
VDDQ
800mA
Boost
Buck
Buck
Buck
Buck
Buck
Buck
VCC
VNN
V21
V15
Components
Optional
FUNCTIONAL DESCRIPTION
Output
Output
Output
Driver
Output
Output
Output
Output
Output
Driver
Driver
Driver
Driver
Driver
Driver
Driver
……..
GENERAL DESCRIPTION
REFGNDSW
SWFBCC
PGNDCC
CSPCC
VOUTFBCC
SWFBNN
PGNDNN
CSPNN
PVINDDQ
SWDDQ
PGNDDDQ
FBDDQ
SW21
SW15
PGND15
PVINYMX3G
FBYMX3G
PVIN1P8
VOUTBG
GND1P8
PVIN2P1
VOUTCC180
GND2P1
GNDCOMS1
GNDCOMS2
PVIN1P5
VOUTCCPAOAC
GND1P5
VOUTIMG28
GNDIMG
VOUTPNL33
VOUTGP33
YMXPAGT
SWOTG
OTGGTIN
OTGGT
FBOTG
PGNDOTG
PVINCC
HSCCGT
LSCCGT
PVINNN
HSNNGT
LSNNGT
VOUTFBNN
PVIN21
PGND21
FB21
PVIN15
FB15
SWYMX3G
PGNDYMX3G
FBCCA
VOUTCCA
VOUTPNL18
VOUTPMIC
PVINYMXYFI18
VOUTYMXYFI18
PVINYMXGPS
VOUTYMXGPS
VOUTCCPDDR
FBCCPDDR
VOUTMM
VOUTCCP
FBCCP
VOUTIMG25
PVINVIB
VOUTVIB
SDIOGT
FBSDIO
VOUTYMXGPS33
SWYMXPA
YMXPAGTIN
GNDREFVCC
PVINYMXYFI
VOUTAON
PVINIMG
PVIN3P3
FBYMXPA
PGNDYMXPA
VOUTYMXYFI
LYMXPA
LOTG
COYMXGPS33
COYMXYFI18
COCCPAOAC
COYMXGPS
COCCPDDR
COYMXYFI
COCC180
COPNL18
COIMG25
COIMG28
COPNL33
COPMIC
COGP33
COCCA
COAON
COMM
COCCP
COVIB
LYMX3G
COBG
V33
LDDQ
L21
L15
DYMXPA
DOTG
COSDIO
MHSCC
MLSCC
MSDIO
MNN
CINYMXGPS
CIN1P8
CINYMXYFI18
CINYMXYFI
CINIMG
CINVIB
CIN1P5
CO21
COYMX3G
CIN2P1
RSDIO
CO15
CODDQ
VYMX3G
MOTG
MYMXPA
LCC
LNN
VDDQ
V21
V15
V21 / VPWR
V33 / VPWR
VPWR
VDDQ
V21
V15 / V33 / VPWR
V15 / V21 / VPWR
V15
CINYMXPA
COYMXPA
CINOTG
COOTG
CINSDIO
VPWR
VPWR
VYMXPA
VOTG
V33
CINCC
CINNN
VPWR
VPWR
CINDDQ
CIN21
CIN15
CINYMX3G
900841
VPWR
VPWR
VPWR
VPWR
COCC
CONN
VCC
VNN
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