FDC37C665LV
Abstract: FDC37C665IR 16C550 82077AA NS16C550 US15X
Text: FDC37C665IR 3/5 Volt Advanced High-Performance MultiMode Parallel Port Super I/O Floppy Disk Controller with Infrared Support FEATURES • • • • • Mixed Voltage Support - Supports Standard 5V Operation - Supports 3.3V Operation - Supports Mixed Internal 3.3V Operation
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FDC37C665IR
FDC37C665IR
FDC37C665LV
82077AA
FDC37C665LV
16C550
NS16C550
US15X
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Untitled
Abstract: No abstract text available
Text: FDC37C665IR FDC37C666IR 3 Volt Advanced High-Performance Multi-Mode Parallel Port Super I/O Floppy Disk Controllers with Infrared Support FEATURES • • • • • Mixed Voltage Support - Supports Standard 5V Operation - Supports 3.3V Operation - Supports Mixed Internal 3.3V Operation
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FDC37C665IR
FDC37C666IR
FDC37C665LV
82077AA
FDC37C665IR/666IR
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Temic Semiconductors
Abstract: FDC37C665 FDC37C665IR JP13 MOST SMSC
Text: APPLICATION NOTE 5.15 MODIFYING SMSC’S SUPER I/O REV. B EVALUATION BOARDS FOR THE FDC37C665IR AND TEMIC IrDA INTERFACE By Rich Boz To modify an SMSC Super I/O FDC37C6XX Rev. B Evaluation Board for the FDC37C665IR and a TEMIC IrDA interface follow the four steps, below.
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FDC37C665IR
FDC37C6XX)
FDC37C665IR
RS232
Temic Semiconductors
FDC37C665
JP13
MOST SMSC
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JP13
Abstract: TEMIC diode U12 Temic Semiconductors FDC37C665 FDC37C665IR
Text: APPLICATION NOTE 5.15 MODIFYING SMSC’S SUPER I/O REV. B EVALUATION BOARDS FOR THE FDC37C665IR AND TEMIC IrDA INTERFACE By Rich Boz To modify an SMSC Super I/O FDC37C6XX Rev. B Evaluation Board for the FDC37C665IR and a TEMIC IrDA interface follow the four steps, below.
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FDC37C665IR
FDC37C6XX)
FDC37C665IR
RS232
665IR
FDC37C665
JP13
TEMIC
diode U12
Temic Semiconductors
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FDC37C665IR
Abstract: 16C550 82077AA FDC37C665LV FDC37C666IR NS16C550
Text: FDC37C665IR FDC37C666IR 3 Volt Advanced High-Performance MultiMode Parallel Port Super I/O Floppy Disk Controllers with Infrared Support FEATURES • • • • • Mixed Voltage Support - Supports Standard 5V Operation - Supports 3.3V Operation - Supports Mixed Internal 3.3V Operation
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FDC37C665IR
FDC37C666IR
FDC37C665IR
FDC37C665LV
82077AA
FDC37C665IR/FDC37C666IR
16C550
FDC37C665LV
FDC37C666IR
NS16C550
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TEMIC
Abstract: JP13 diode U12 Temic Semiconductors u12 diode FDC37C665IR connector rs232 super i/o 5V RS232 Driver FDC37C665
Text: APPLICATION NOTE 5.15 MODIFYING SMSC’S SUPER I/O REV. B EVALUATION BOARDS FOR THE FDC37C665IR AND TEMIC IrDA INTERFACE By Rich Boz To modify an SMSC Super I/O FDC37C6XX Rev. B Evaluation Board for the FDC37C665IR and a TEMIC IrDA interface follow the four steps, below.
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FDC37C665IR
FDC37C6XX)
FDC37C665IR
RS232
665IR
FDC37C665
TEMIC
JP13
diode U12
Temic Semiconductors
u12 diode
connector rs232
super i/o
5V RS232 Driver
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BPW22
Abstract: TELEFUNKEN TF 2940 DATA BPW23 infrared emitters and detectors data book temic IRDA TRANSMITTER NSCPC87108 AUTOMATIC ROOM LIGHT CONTROLLER infrared BPV10NF rf 433 mir TFDS6000
Text: T S IrDA-Compatible Data Transmission TELEFUNKEN Semiconductors 04.96 T S Table of Contents Paving the Way to a Wireless Information Environment. 1 IrDA-Compatible Data Transmission. 2
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STR W 5453 A REGULATOR
Abstract: pt86c768 Panasonic SUd7 LM64P80 XILINX xc2018 LM64C08P LM64P80 - SHARP LCm-5327 schematic diagram cga to vga converter PTC86C718
Text: Ultra-Low Power Intel486 SX Processor Evaluation Board Manual February, 1996 Order Number: 272815-001 Ultra-Low Power Intel486™ SX Processor Evaluation Board Manual February 1996 Order Number: 272815-001 Information in this document is provided in connection with Intel products. Intel assumes no liability whatsoever, including infringement of any patent or copyright, for sale and use of Intel products except as provided in Intel’s Terms and Conditions of
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Intel486TM
XC2018
UL-1950
STR W 5453 A REGULATOR
pt86c768
Panasonic SUd7
LM64P80
XILINX xc2018
LM64C08P
LM64P80 - SHARP
LCm-5327
schematic diagram cga to vga converter
PTC86C718
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FDC37C669
Abstract: ADRX CR27 FDC37C665 FDC37C665IR ide pin functions
Text: APPLICATION NOTE 5.5 Rev 1.1 3/22/95 DIFFERENCES BETWEEN FDC37C669 AND FDC37C665GT/IR By using the FDC37C669, the design will meet the REQUIREMENTS and RECOMMENDATIONS of WINDOWS 95. In particular, it provides the compatibility for multiple IRQs, multiple DMAs and
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FDC37C669
FDC37C665GT/IR
FDC37C669,
FDC37C665GT/IR
FDC37C665
FDC37C669.
7C665GT/IR
nIOCS16
CLK14
ADRX
CR27
FDC37C665IR
ide pin functions
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FDC37C665GT
Abstract: ide pin functions FDC37C665IR 44 pin ide to 40 pin ide FDC37C665 SA10 FDC37 FDC37C93X
Text: APPLICATION NOTE 5.6 FDC37C93x / FDC37C665GT/IR DUAL FOOTPRINT This document describes a dual footprint layout for the FDC37C93x and the FDC37C665GT/IR. The FDC37C93x is a 160 pin QFP and the FDC37C665GT/IR is a 100 pin QFP. The FDC37C93x supports all of the REQUIREMENTS and RECOMMENDATIONS of WINDOWS 95. Specifically, it provides the
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FDC37C93x
FDC37C665GT/IR
FDC37C665GT/IR.
FDC37C93x
FDC37C665GT
ide pin functions
FDC37C665IR
44 pin ide to 40 pin ide
FDC37C665
SA10
FDC37
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MAD2 v29
Abstract: GTC6P-1 R400EX 74ACT245DW RADISYS R400EX C74 8pin R1206 C1206 FCN-565P068-G/J-V4 bh906
Text: Designing with the Ultra-Low Power Intel486 SX Processor Application Note November 1998 Order Number: 273215-001 Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual
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Intel486TM
100PIN
XC5202A
R1206
MAD2 v29
GTC6P-1
R400EX
74ACT245DW
RADISYS R400EX
C74 8pin
R1206
C1206
FCN-565P068-G/J-V4
bh906
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FDC37C665IR
Abstract: CR27 FDC37C665 FDC37C669
Text: APPLICATION NOTE 5.5 Rev 1.1 3/22/95 DIFFERENCES BETWEEN FDC37C669 AND FDC37C665GT/IR By using the FDC37C669, the design will meet the REQUIREMENTS and RECOMMENDATIONS of WINDOWS 95. In particular, it provides the compatibility for multiple IRQs, multiple DMAs and
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FDC37C669
FDC37C665GT/IR
FDC37C669,
FDC37C665GT/IR
FDC37C665
FDC37C669.
7C665GT/IR
nIOCS16
CLK14
FDC37C665IR
CR27
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ide pin functions
Abstract: FDC37C665 FDC37C665GT FDC37C665IR SA10
Text: APPLICATION NOTE 5.6 FDC37C93x / FDC37C665GT/IR DUAL FOOTPRINT This document describes a dual footprint layout for the FDC37C93x and the FDC37C665GT/IR. The FDC37C93x is a 160 pin QFP and the FDC37C665GT/IR is a 100 pin QFP. The FDC37C93x supports all of the REQUIREMENTS and RECOMMENDATIONS of WINDOWS 95. Specifically, it provides the
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FDC37C93x
FDC37C665GT/IR
FDC37C665GT/IR.
FDC37C93x
ide pin functions
FDC37C665
FDC37C665GT
FDC37C665IR
SA10
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8042 PS2
Abstract: wireless keyboard 8051 ide nb cd-rom ir sensor interface with 8051 8051 ps2 keyboard circuit circuit diagram of smart home alarm system 8051 midi 8042 keyboard controller datasheet 8051 keyboard ps2 circuit Digital Alarm Clock using 8051
Text: APPLICATION NOTE 6.18 Rev. 1.0 SMSC SUPER AND ULTRA I/O DESIGN ADVANTAGES AND COST SAVINGS REPLACEMENT FOR AN 5.3 By Robert Schoepflin INTRODUCTION BACKGROUND Historically, designers have favored the simplicity, reliability and cost savings of Super I/O devices over
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Untitled
Abstract: No abstract text available
Text: SIllcC FDC37C665IR STANDARD MICROSYSTEMS CORPORATION 3/5 Volt Advanced High-Performance MultiMode Parallel Port Super I/O Floppy Disk Controller with Infrared Support FEATURES Mixed Voltage Support Supports Standard 5V Operation Supports 3.3V Operation
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FDC37C665IR
FDC37C665IR
FDC37C665LV
82077AA
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Untitled
Abstract: No abstract text available
Text: PARALLEL PORT The FDC37C665IR and FDC37C666IR also incorporate SMC's ChiProtect circuitry, which prevents possible damage to the parallel port due to printer power-up. The FD C37C 665IR and FDC37C666IR incorporate one IBM XT/AT compatible parallel port. The FDC37C665IR and FDC37C666IR
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665IR
FDC37C666IR
FDC37C665IR
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hard disk 1TB CIRCUIT
Abstract: FDC37
Text: STANDARD MICROSYSTEMS CORPORATION, FDC37C665IR FDC37C666IR COMPONENT PRODUCTS DIVISION ADVANCE INFORMATION 80 Arkay Drive, Hauppauge, N Y 11788 516 435-6000 Fax (516) 231-6004 3 Volt Advanced High-Performance Multi-Mode Parallel Port Super I/O Floppy Disk Controllers
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FDC37C665IR
FDC37C666IR
FDC37C665LV
GDGT77T
hard disk 1TB CIRCUIT
FDC37
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1F0H-1F7H
Abstract: No abstract text available
Text: DESCRIPTION OF PIN FUNCTIONS PIN NO. NAME SYMBOL BUFFER TYPE DESCRIPTION HOST PROCESSOR INTERFACE Data Bus 0-7 D0-D7 1/012 The data bus connection used by the host microprocessor to transm it data to and from the FDC37C665IR. These pins are in a high-impedance state when not in the
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FDC37C665IR.
FDC37C665IR
FDC37C666IR
1F0H-1F7H
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Untitled
Abstract: No abstract text available
Text: Temic S e m i c o n d u c t o r s IrDA-Compatible Data Transmission TELEFUNKEN Semiconductors 04.96 Temic S e m i c o n d u c t o r s Table o f Contents Paving the Way to a Wireless Information
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D-74025
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da73
Abstract: D-A73
Text: PIN CONFIGURATION ? Û Û m u. a: Oo ^ z h- y u i ifi n o . i_ 9 ul y ; O O £ Sx2 ^ n i ^ i e s s s g e s s ^ S ï ï a i i ë B S s a s s n n n n n n n n n n n n n n n n n n n n n n n n n n n n n r i 8 0 79 7 8 77 7 6 75 7 4 7 3 7 2 71 7 0 68 6 8 67 6 6 65 64 63 62 61 6 0 5 9 S8 57 56 5 5 5 4 53 52 S1
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FDC37C665IR
FDC37C666IR
da73
D-A73
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Untitled
Abstract: No abstract text available
Text: IN STR U C TIO N SET Table 21 - Instruction Set READ D A T A D A T A BUS PHASE Command R/W D7 D6 D5 D4 D3 D2 D1 DO W MT MFM SK 1 1 w w w w w w w w r H Command Codes HDS DS1 DSO Sector ID info rm a tio n prior to Command execution. F N EOT GPL DTL Execution
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FDC37C665IR/FDC36C666IR
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Untitled
Abstract: No abstract text available
Text: A U T O POWER M A N A G E M E N T then powered down when all the conditions are met. During the countdown of the powerdown timer, any operation of read MSR or read/write data FIFO w ill reinitiate the timer. Power management capabilities are provided for
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3f6H
Abstract: 1F0H-1F7H
Text: INTEGRATED DRIVE ELECTRONICS INTERFACE ADDRESS 1F0H-1F7H; 170H-177H The IDE interface enables hard disks w ith embedded controllers AT and XT to be interfaced to the host processor. The following definitions are for reference only. These registers are not
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FDC37C665IR
FDC37C666IR.
170H-177H
3f6H
1F0H-1F7H
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microchannel
Abstract: No abstract text available
Text: FU N C TIO N A L DESCRIPTION SUPER I/O REGISTERS HOST PROCESSOR INTERFACE The address map, shown below in Table 1, shows the addresses of the different blocks of the Super I/O immediately after power up. The base addresses of the FDC, IDE, serial and parallel ports can be moved via the
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FDC37C665IR/FDC37C666IR
microchannel
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