1997 - fah 15 fuse
Abstract: RESISTOR COLOUR CODING 4h11 fah 10 IIC repeater philips resistor "USB Connector" commands philips 23 74HCT04
Text: Ep Out HubControl Ep In Emb Fct Control Out Emb Fct Control In Emb Fct Interrupt 00h 01h 02h , Endpoint Status Command: s Hub Control Out s s s s s X 40h Hub Control In Emb Fct Control Out 41h 42h Emb Fct Control In Emb Fct Interrupt 43h 44h Data: Write X X X X , Summary Command Name Recipient Initialization Commands Set Address/Enable Hub Emb Fct Set Endpoint Enable Hub Emb Fct Data Flow Commands Read Interrupt Register Read Endpoint Status Hub Ctrl OUT Hub
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PDIUSBH11
fah 15 fuse
RESISTOR COLOUR CODING
4h11
fah 10
IIC repeater
philips resistor
"USB Connector"
commands
philips 23
74HCT04
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2000 - 4 bit ALU
Abstract: 8 bit dip switch pin diagram of alu for computer organization S3C7044 S3C7048 S3P7048 SAM47 0000H-00
Text: ( EMB ) flag controls the addressing mode for data memory banks 0, 1, or 15. When the EMB flag is logic zero, only location 00H7FH of bank 0 and bank 15 can be accessed. When the EMB flag is set to logic , restored. IS1 IS0 EMB ERB C SC2 SC1 SC0 Interrupt status flags (IS1, IS0), the enable memory bank and enable register bank flags ( EMB , ERB), and the carry flag ( C ) are 1- and 4 , memory bank ( EMB ) and enable register bank (ERB) flags that are used to initialize the corresponding
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S3C7044/C7048/P7048
S3C7044/C7048
SAM47
S3P7048
S3C7044/C7048.
42-pin
44-pin
40-Pin
TB7014/018,
4 bit ALU
8 bit dip switch
pin diagram of alu for computer organization
S3C7044
S3C7048
SAM47
0000H-00
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1999 - KS57C0504
Abstract: P01504 KS57C01502 KS57C01504 KS57P01504 PC11 PC13 SAM47
Text: . Data Memory Addressing Modes The enable memory bank ( EMB ) flag controls the addressing mode for data memory banks 0, 1 or 15. When the EMB flag is logic zero, restricted area can be accessed. When the EMB , . The EMB = "0" addressing mode is used for normal program execution, whereas the EMB = "1" mode is , memory bank 0. When the service routine is completed, the PSW values are restored. IS1 IS0 EMB , register bank flags ( EMB , ERB), and the carry flag (C) are 1- and 4-bit read/write or 8-bit read-only
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KS57C01502/C01504/P01504
KS57C01502/C01504
SAM47
KS57P01504
KS57C01502/C01504.
30-pin
internal1504
KS57C0504
P01504
KS57C01502
KS57C01504
PC11
PC13
SAM47
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2001 - SI 1340H
Abstract: S3P72K8 samsung lcd monitor power supply circuit diagram 1b1h transistor buz 350 S3C72K8 SEG22 SEG23 PC700
Text: with the values of the enable memory bank ( EMB ) and enable register bank (ERB) flags that are used to , enable memory bank ( EMB ) and enable register bank (ERB) flag values that are needed to initialize the service routines. 16-byte vector addresses are organized as follows: EMB ERB 0 PC12 PC11 , 0,0,INTB 0,0,INT0 0,0,INT1 0,0,INTS 0,0,INTT0 0,0,INTK ; ; ; ; ; ; ; ; EMB EMB EMB EMB EMB EMB EMB 1, ERB 0, ERB 0, ERB 0, ERB 0, ERB 0, ERB 0, ERB
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S3C72K8/P72K8
S3C72K8
SAM48
up-to320-dot
80-pin
40-Pin
6/SEG38
SI 1340H
S3P72K8
samsung lcd monitor power supply circuit diagram
1b1h
transistor buz 350
SEG22
SEG23
PC700
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2000 - 6 pin fA9h
Abstract: 8 BIT ALU PC13 S3C7515 S3P7515 SAM47
Text: Addressing Modes The enable memory bank ( EMB ) flag controls the addressing mode for data memory banks 0, 1, or 15. When the EMB flag is logic zero, only locations 00H7FH of bank 0 and bank 15 can be accessed. When the EMB flag is set to logic one, all three data memory banks can be accessed based on the , . When the routine is completed, PSW values are restored. IS1 IS0 EMB ERB C SC2 SC1 SC0 Interrupt status flags (IS1, IS0), the enable memory bank and enable register bank flags ( EMB
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S3C7515/P7515
S3C7515/P7515
SAM47
S3P7515
16-kbyte
S3C7515.
64-pin
S3C7515/P7
6 pin fA9h
8 BIT ALU
PC13
S3C7515
SAM47
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2005 - MPC5500
Abstract: MPC5554 MIPS MC56F8300 MPC5554 GPIO braking 56F8300 56F8322 56F8323 MPC5554 MPC5554 flexCAN
Text: Electromechanical Braking Utilizing FlexRay Overview Electromechanical braking systems ( EMB , hydraulic braking system to an EMB eliminates environmental and maintenance concerns associated with , , an EMB braking system does not. Due to this, reliability in an EMB system is absolutely critical , reduced system weight An EMB system also eliminates the use of large vacuum boosters as well as , aspect of brake by-wire system design is that EMB system components must be networked together. This
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SG2014
June2005
MPC5554
MPC5500
MPC5554 MIPS
MC56F8300
MPC5554 GPIO
braking
56F8300
56F8322
56F8323
MPC5554 flexCAN
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2000 - S3P70F4
Abstract: S3C70F4 S3C70f2 PC11 PC13 SAM47
Text: bank ( EMB ) flag controls the addressing mode for data memory banks 0, 1 or 15. When the EMB flag is logic zero, restricted area can be accessed. When the EMB flag is set to logic one, all two data memory banks can be accessed according to the current SMB value. The EMB = "0" addressing mode is used for normal program execution, whereas the EMB = "1" mode is commonly used for interrupts, subroutines , service routine is completed, the PSW values are restored. IS1 IS0 EMB ERB C SC2 SC1
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S3C70F2/C70F4/P70F4
S3C70F2/C70F4
SAM47
S3P70F4
S3C70F2/C70F4.
30-pin
S3C70F4
S3C70f2
PC11
PC13
SAM47
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Not Available
Abstract: No abstract text available
Text: : RS-232/422/485 (MEI) to Ethernet (LAN) The EMB Series is available RS-232 with 1 and 2 port , bother with telnet sessions, MAC address data entry or special cables. The EMB Series models offer , and supported by Quatech in the USA M ode l Se le c t ion Guide Ports Interface SSE-100D- EMB 1 RS-232 w/ DB-9 Male DSE-100D- EMB 2 RS-232 w/ DB-9 Male QSE-100D- EMB Quatech device , . Model 4 RS-232 w/ DB-9 Male ESE-100D- EMB 8 RS-232 w/ DB-9 Male SSE-400D- EMB 1 RS
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RS-232
RS-232/422/485
RS-232)
SSE/DSE-100D-EMB:
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5304 smd 8 pin
Abstract: p531 sama logic KS57C5204 KS57C5208 KS57C5304 KS57C5308 KS57C5312 KS57P5208 C5208
Text: the enable memory bank ( EMB ) and enable register bank (ERB) flags that are used to initialize the , with the enable memory bank ( EMB ) and enable register bank (ERB) flag values that are needed to initialize the service routines. 16-byte vector addresses are organized as follows: EMB ERB PC13 , ,RESET 0,0,INTB 0,0,INT0 0,0,INT1 (note) ; ; ; ; 0,0,INTT0 0,0,INTT1 ; EMB 0, ERB 0; Jump to INTT0 address ; EMB 0, ERB 0; Jump to INTT1 address EMB EMB EMB EMB 1
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5208/C5304/C5308/P5308/C5312/P5312PRODUCT
KS57C5204/C5208/C5304/C5308/C5312
KS57C5204
KS57C5208
KS57C5304,
KS57C5308,
KS57C5312
KS57C5204/C5208
/C5304/C5308/C5312
40-Pin,
5304 smd 8 pin
p531
sama logic
KS57C5304
KS57C5308
KS57P5208
C5208
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QSE-400D-EMB
Abstract: rs232 latency SSE-400D-EMB DB9 pin configuration transceiver rs232 driver receiver DSE-100
Text: -232/422/485 (MEI) to Ethernet (LAN) The EMB Series is available RS-232 with 1 and 2 port configurations , telnet sessions, MAC address data entry or special cables. The EMB Series models offer the same low , Selection Guide Ports Interface SSE-100D- EMB 1 RS-232 w/ DB-9 Male DSE-100D- EMB 2 RS-232 w/ DB-9 Male QSE-100D- EMB Quatech device servers may be managed through the Windows® Device , after the initial installation is completed. Model 4 RS-232 w/ DB-9 Male ESE-100D- EMB 8
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RS-232
RS-232/422/485
RS-232)
to780
SSE/DSE-100D-EMB:
QSE-400D-EMB
rs232 latency
SSE-400D-EMB
DB9 pin configuration
transceiver rs232 driver receiver
DSE-100
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1998 - ks57c0404
Abstract: multi frequency multi sound buzzers KS57C0408 KS57P0408 SAM47
Text: Memory addressing modes The enable memory bank ( EMB ) flag controls the addressing mode for data memory banks 0, 1, or 15. When the EMB flag is logic zero, only location 00H7FH of bank 0 and bank 15 can be accessed. When the EMB flag is set to logic one, all three data memory banks can be accessed based on the , . When the routine is completed, PSW values are restored. IS1 IS0 EMB ERB C SC2 SC1 SC0 Interrupt status flags (IS1, IS0), the enable memory bank and enable register bank flags ( EMB
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KS57C0404/C0408/P0408
KS57C0404/C0408
SAM47
KS57P0408
KS57C0404/C0408.
42-pin
44-pin
40-Pin
TB570104A/0108A,
ks57c0404
multi frequency multi sound buzzers
KS57C0408
SAM47
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2000 - BUZ 215 diagram
Abstract: F80H S3C7281
Text: , along with the values of the enable memory bank ( EMB ) and enable register bank (ERB) flags that are , enable memory bank ( EMB ) and enable register bank (ERB) flag values that are needed to initialize the service routines. 16-byte vector addresses are organized as follows: EMB ERB PC13 PC12 PC11 , ; ; EMB 1, ERB 0; Jump to RESET address by RESET ; EMB 0, ERB 0; Jump to INTB address by INTB 2 , : ORG 0000H VENT0 ORG ORG 1,0,RESET 0002H 0010H ; ; EMB 1, ERB 0; Jump to RESET
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S3C7281
S3C7281
SAM48
up-to-64-dot.
30-Pin
0/SEG17
BUZ 215 diagram
F80H
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2000 - Not Available
Abstract: No abstract text available
Text: by code. Data Memory Addressing Modes The enable memory bank ( EMB ) flag controls the addressing mode for data memory banks 0, 1 or 15. When the EMB flag is logic zero, restricted area can be accessed. When the EMB flag is set to logic one, all two data memory banks can be accessed according to the current SMB value. The EMB = "0" addressing mode is used for normal program execution, whereas the EMB = "1" mode is commonly used for interrupts, subroutines, mapped I/O, and repetitive access of
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S3C70F2/C70F4/P70F4
S3C70F2/C70F4
SAM47
S3P70F4
S3C70F2/C70F4.
30-pin
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2000 - samsung lcd tv circuits diagrams
Abstract: samsung lcd tv power supply diagrams samsung lcd monitor power supply circuit diagram SERVICE MANUAL samsung television SERVICE MANUAL tv samsung samsung lcd monitor circuit diagram lcd tv service manual circuits multi frequency multi sound buzzers samsung 15 lcd monitor power supply circuit samsung lcd monitor service manual
Text: , along with the values of the enable memory bank ( EMB ) and enable register bank (ERB) flags that are , enable memory bank ( EMB ) and enable register bank (ERB) flag values that are needed to initialize the service routines. 14-byte vector addresses are organized as follows: EMB ERB 0 PC12 PC11 , 0,0,INT0 0,0,INT1 0,0,INTG 0,0,INTT0 0,0,INT3 ; ; ; ; ; ; ; EMB EMB EMB EMB EMB EMB EMB 1, ERB 0, ERB 0, ERB 0, ERB 0, ERB 0, ERB 0, ERB
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S3C72H8/P72H8
S3C72H8
SAM47
up-to-13-digit
16-bit
64-pin
40-PIN
SEG24
SEG22
samsung lcd tv circuits diagrams
samsung lcd tv power supply diagrams
samsung lcd monitor power supply circuit diagram
SERVICE MANUAL samsung television
SERVICE MANUAL tv samsung
samsung lcd monitor circuit diagram
lcd tv service manual circuits
multi frequency multi sound buzzers
samsung 15 lcd monitor power supply circuit
samsung lcd monitor service manual
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led matrix 5x7 using microcontroller
Abstract: samsung lcd monitor power supply circuit diagram lcd circuit diagram for samsung led matrix 5x7 18 S3C72E8 BT 151 PIN DIAGRAM samsung lcd monitor circuit diagram KS57C21408 S3P72E8 SAM47
Text: , along with the values of the enable memory bank ( EMB ) and enable register bank (ERB) flags that are , enable memory bank ( EMB ) and enable register bank (ERB) flag values that are needed to initialize the service routines. 16-byte vector addresses are organized as follows: EMB ERB 0 PC12 PC11 , ,INTB 0,0,INT0 0,0,INT1 0,0,INTP0 0,0,INTT0 ; ; ; ; ; ; ; EMB EMB EMB EMB EMB EMB , ORG VENT3 VENT4 1,0,RESET 0,0,INTB 0006H 0,0,INT1 0,0,INTP0 ; ; ; ; ; ; EMB 1
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S3C72E8/P72E8
S3C72E8/P72E8
SAM47
S3P72E8
S3C72E8
S3P72E8.
S3P72E8
SEG10/P8
led matrix 5x7 using microcontroller
samsung lcd monitor power supply circuit diagram
lcd circuit diagram for samsung
led matrix 5x7 18
BT 151 PIN DIAGRAM
samsung lcd monitor circuit diagram
KS57C21408
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2000 - PM12 package
Abstract: smd ks4 S3C7559 S3P7559 SAM47 0000H-00
Text: service routines are stored in this area, along with the values of the enable memory bank ( EMB ) and , this area, along with the enable memory bank ( EMB ) and enable register bank (ERB) flag values that are needed to initialize the service routines. 16-byte vector addresses are organized as follows: EMB , ,INTS 0,0,INTT0 0,0,INTT1 ; ; ; ; ; ; ; ; EMB EMB EMB EMB EMB EMB EMB , the correct locations: ORG 0000H ; VENT0 VENT1 1,0,RESET 0,0,INTB ; ; EMB 1, ERB
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S3C7559/P7559
S3C7559/P7559
SAM47
S3P7559
32-kbyte
S3C7559.
64-pin
S3C7559/P7
PM12 package
smd ks4
S3C7559
SAM47
0000H-00
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2005 - agilent 6490
Abstract: MC56F8300 MPC500 MPC5534 MPC5554 56F8300 HC512 HCS12 processor expert ADC code source electronic vehicle stability control MPC566
Text: Electromechanical Braking (Brake By-Wire) Overview Electromechanical braking systems ( EMB , , reliability is critical and the system must be fault-tolerant. Implementing EMB requires features such as a , of hardware redundancy. As in electrohydraulic braking (EHB), EMB is designed to improve , within the EMB system, as with ABS, to interfacing to these additional systems using communication links. Both EHB and EMB systems offer the advantage of eliminating the large vacuum booster found
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SG2008
June2005
MPC5534
MPC5554
agilent 6490
MC56F8300
MPC500
MPC5554
56F8300
HC512
HCS12 processor expert ADC code source
electronic vehicle stability control
MPC566
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S3C7031
Abstract: S3C7032
Text: are stored in this area, along with the values of the enable memory bank ( EMB ) and enable register , addresses of interrupt service routines are stored in this area, along with the enable memory bank ( EMB ) and enable register bank (ERB) flag values that are needed to set EMB and ERB's initial values for the service routines. A 16-byte vector address is organized as follows: EMB ERB 0 0 PC7 , ,INTT0 ; ; EMB 1, ERB 0; Jump to RESET address ; EMB 0, ERB 0; Jump to INTB address ; EMB 0
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S3C7031/7032
S3C7031/7032
20-pin
TB7031/2
S3C7031
S3C7032
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1999 - KS57C21408
Abstract: KS57C21418 KS57P21408 SAM47 SEG40 samsung lcd monitor power supply circuit diagram
Text: service routines are stored in this area, along with the values of the enable memory bank ( EMB ) and , are stored in this area, along with the enable memory bank ( EMB ) and enable register bank (ERB) flag , follows: EMB ERB 0 PC12 PC11 PC10 PC9 PC8 PC7 PC6 PC5 PC4 PC3 PC2 , ; ; ; ; ; ; ; EMB EMB EMB EMB EMB EMB 1, ERB 0, ERB 0, ERB 0, ERB 0, ERB 0, ERB , ,INT1 0,0,INTP0 ; ; ; ; ; ; EMB 1, ERB 0; Jump to RESET address by RESET EMB 0, ERB 0
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SAM47
KS57C21408/C21418/P21408
KS57C21408/C21418/P21408
KS57P21408
SEG10/P8
SEG12/P8
SEG14/P8
KS57C21408
KS57C21418
SEG40
samsung lcd monitor power supply circuit diagram
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1999 - Not Available
Abstract: No abstract text available
Text: , along with the values of the enable memory bank ( EMB ) and enable register bank (ERB) flags that are , , along with the enable memory bank ( EMB ) and enable register bank (ERB) flag values that are needed to initialize the service routines. 16-byte vector addresses are organized as follows: EMB ERB 0 PC12 , ,RESET 0,0,INTB 0,0,INT0 0,0,INT1 0,0,INTP0 0,0,INTT0 ; ; ; ; ; ; ; EMB EMB EMB EMB EMB EMB â â â â â â 1, ERB 0, ERB 0, ERB 0, ERB 0, ERB 0, ERB â â
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SAM47
KS57C21408/C21418/P21408
KS57C21408/C21418/P21408
KS57P21408
SEG10/P8
SEG12/P8
SEG14/P8
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2001 - 4 bit pn sequence generator
Abstract: samsung lcd monitor power supply circuit diagram watch lcd display 4.5 digit lcd digital watch lcd circuit equivalent PNP for BUZ 90 hex2rom S3C72N2 S3C72N4 S3P72N4
Text: the enable memory bank ( EMB ) and enable register bank (ERB) flags that are used to set their initial , , along with the enable memory bank ( EMB ) and enable register bank (ERB) flag values that are needed to initialize the service routines. 12-byte vector addresses are organized as follows: EMB ERB 0 0 , 0,0,INT1 ORG 000AH VENT5 0,0,INTT0 ; ; ; ; EMB EMB EMB EMB 1 , ; Jump to INT0 address 0; Jump to INT1 address ; EMB 0, ERB 0; Jump to INTT0 address 2. When a
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SAM47
S3C72N2/C72N4/P72N4
S3C72N2/C72N4
SAM47
64-pin
S3C72N2/C72N4
40-PIN
6/SEG30
4/SEG28
4 bit pn sequence generator
samsung lcd monitor power supply circuit diagram
watch lcd display
4.5 digit lcd
digital watch lcd circuit
equivalent PNP for BUZ 90
hex2rom
S3C72N2
S3C72N4
S3P72N4
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2000 - S3C7524
Abstract: S3C7528 S3C7534 S3C7538 S3P7528 S3P7538 BS-C31
Text: the enable memory bank ( EMB ) and enable register bank (ERB) flags that are used to initialize the , , along with the enable memory bank ( EMB ) and enable register bank (ERB) flag values that are needed to initialize the service routines. 16-byte vector addresses are organized as follows: EMB ERB 0 PC12 , VENT5 VENT6 2. 0000H 1,0,RESET 0,0,INTB 0,0,INT0 0,0,INT1 (note) ; ; ; ; EMB EMB EMB EMB 0,0,INTT0 0,0,INTT1 ; ; EMB 0, ERB 0; Jump to INTT0 address EMB 0, ERB 0
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S3C7524/C7528/P7528/C7534/C7538/P7538
S3C7524/C7528/C7534/C7538
S3C7524
S3C7528,
S3C7534
S3C7538
theS3C7524/C7528
/C5304/C5308
40-Pin
TB7524/528/534/538/533
S3C7528
S3P7528
S3P7538
BS-C31
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KS57C0504
Abstract: KS57P0504 KS57C0502 PC11 PC13 SAM47 A46H
Text: Addressing Modes The enable memory bank ( EMB ) flag controls the addressing mode for data memory banks 0, 1 or 15. When the EMB flag is logic zero, restricted area can be accessed. When the EMB flag is set to logic one, all two data memory banks can be accessed according to the current SMB value. The EMB = "0" addressing mode is used for normal program execution, whereas the EMB = "1" mode is commonly used for , restored. IS1 IS0 EMB ERB C SC2 SC1 SC0 Interrupt status flags (IS1, IS0), the
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KS57C0502/C0504/P0504
KS57C0502/C0504
SAM47
KS57P0504
KS57C0502/C0504.
30-pin
TB570502A/TB570504A
KS57C0504
KS57C0502
PC11
PC13
SAM47
A46H
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2000 - samsung e 1920 lcd monitor circuit diagram
Abstract: No abstract text available
Text: the enable memory bank ( EMB ) and enable register bank (ERB) flags that are used to set their initial , memory bank ( EMB ) and enable register bank (ERB) flag values that are needed to initialize the service routines. 12-byte vector addresses are organized as follows: EMB PC7 ERB PC6 0 PC5 0 PC4 PC11 PC3 PC10 PC2 , ,0,INTT0 ; EMB 0, ERB 0; Jump to INTT0 address ; ; ; ; EMB EMB EMB EMB 1, ERB 0, ERB 0, ERB 0 , locations: ORG VENT0 VENT1 ORG VENT3 ORG 0000H 1,0,RESET 0,0,INTB 0006H 0,0,INT1 0010H ; ; ; ; EMB 1, ERB
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S3C72N2/C72N4/P72N4
S3C72N2/C72N4
SAM47
64-pin
S3C72N2/C72N4
SEG13
SEG11
6/SEG30
4/SEG28
samsung e 1920 lcd monitor circuit diagram
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2000 - S3C7324
Abstract: S3P7324 SAM47 amf panel CIRCUIT DIAGRAM
Text: , along with the values of the enable memory bank ( EMB ) and enable register bank (ERB) flags that are , enable memory bank ( EMB ) and enable register bank (ERB) flag values that are needed to initialize the service routines. 12-byte vector addresses are organized as follows: EMB ERB 0 0 PC11 , 000AH VENT5 0,0,INTT0 ; ; ; ; EMB EMB EMB EMB 1, ERB 0, ERB 0, ERB 0 , to INT1 address ; EMB 0, ERB 0; Jump to INTT0 address 2. When a specific vectored interrupt
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S3C7324/P7324
S3C7324
SAM47
24-bit
64-pin
S3C7324
1/SEG26
3/SEG24
1/SEG22
S3P7324
SAM47
amf panel CIRCUIT DIAGRAM
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