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ISL95520HRZ Intersil Corporation SMBus Interface Hybrid Power Boost (HPB) and Narrow VDC (NVDC) Configurations Combo Battery Charger; QFN32; Temp Range: See Datasheet visit Intersil Buy
ISL95520HRZ-T Intersil Corporation SMBus Interface Hybrid Power Boost (HPB) and Narrow VDC (NVDC) Configurations Combo Battery Charger; QFN32; Temp Range: See Datasheet visit Intersil Buy
ISL95521HRZ-T Intersil Corporation Hybrid Power Boost and Narrow VDC Configurations Combination Battery Charger with SMBus Interface; QFN32; Temp Range: -40° to 85°C visit Intersil
ISL95521HRZ Intersil Corporation Hybrid Power Boost and Narrow VDC Configurations Combination Battery Charger with SMBus Interface; QFN32; Temp Range: -40° to 85°C visit Intersil
DLPR910YVA Texas Instruments DLPR910 Configuration PROM for DLPC910 48-DSBGA visit Texas Instruments
PMP7410 Texas Instruments Uses TPS40210 in Sepic configuration to generate 14.4V output visit Texas Instruments

SYS-CONFIG V2.0

Catalog Datasheet MFG & Type PDF Document Tags

OMRON E5CN-R2MTC-500

Abstract: E5CN-R2MTC-500 Software For setup and monitoring; requires computer communications board SYS-CONFIG V2.0 J INPUT , 1100 1000 900 800 700 600 500 400 300 200 100 0 ­100 ­200 Pt100 JPt100 Note , 1 0.0 ­199.9 0 100.0 ­199.9 2 3 4 Input type Name 1800 1700 1600 1500 1400 1300 1200 1100 1000 900 800 700 600 500 400 300 200 100 0 ­100 ­200 K , °C 260°C 0 to 50 mV Usable in the following ranges by scaling: ­1999 to 9999 or ­199.9 to 999.9
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manual omron E5CN-Q2MTc-500

Abstract: SYS-CONFIG V2.0 SYS-CONFIG V2.0 J INPUT RANGES Input type Name 1800 1700 1600 1500 1400 1300 1200 1100 1000 900 800 700 600 500 400 300 200 100 0 ­100 ­200 Platinum resistance thermometer Pt100 JPt100 Note: Lightly , E53-AK01 E53-AK03 E53-AKB E54-CT1 E54-CT3 E53-COV11 E5EN SYS-CONFIG V2.0 J INPUT RANGES Input , E53-CNHB E53-CNB E54-CT1 E54-CT3 E53-COV10 SYS-CONFIG V2.0 J INPUT RANGES Input type Name 1800 1700 , 100.0 0.0 Set value 0 1 2 3 4 Input type Name 1800 1700 1600 1500 1400 1300 1200
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E5AN-Q3HMTC-500 E5AN-C3MTC-500 GCTC13 manual omron E5CN-Q2MTc-500 SYS-CONFIG V2.0 E5CN-R2MTC-500 E5EN-R3MTC-500 UL3121-1 E5EN-C3MTC-500 E5AN-R3MTC-500 AC100-240 E5AN-R3HMTC-500 E5AN-Q3MTC-500

E5ZE-CBL200

Abstract: CJ1W-DRM21 120 A load, 12 mm hole dia. E54-CT3 Software For setup and monitoring SYS-CONFIG V2.0 I , range: 4 to 20 mA (4 +0/-0.6 mA for 0% output, 20 +2/-0 mA for 100% output) Max. load resistance: 600 , inputs With contact signal input: Ambient temperature Operating: 0°C to 55°C (32°F to 131 , ) K (CA) -200_C to 1,300_C -300_F to 2,300_F 0 J (IC) -100_C to 850_C -100_F to 1,500_F 1 R 0_C to 1,700_C 0_F to 3,000_F 2 S 0_C to 1,700_C 0_F to 3,000
OMRON
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XW4B-05C1-H1-D E5ZE-CBL200 CJ1W-DRM21 PLATINUM RESISTOR thermometer DRS1-T ES100-CT023-202 P7TF-OS16 1-800-55-OMRON H103-E3-2
Abstract: . E54-CT3 Software For setup and monitoring SYS-CONFIG V2.0 I/O cable to E5ZE 2 m length , _C _C â'"300 to 2,300_F _F 0 1_C or 0.1_C J (IC) â'"100 to 850_C _C â'"100 to 1,500_F _F 1 R 0_C to 1,700_C 0_F to 3,000_F 2 S 0_C to 1,700_C 0_F to 3,000_F 3 T (CC) â'"200 to 400_C _C â'"300 to 700_F _F 4 E (CRC) 0_C to 600_C 0_F to 1,100_F 5 B 100_C to 1,800_C 300_F to 3,000_F 6 N 0_C to 1,300_C 0_F to 2,300_F 7 OMRON
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RS-232C H61E11
Abstract: monitoring SYS-CONFIG V2.0 I/O cable to E5ZE 2 m length cable connects XW2B-20G4 or XW2B-20G5 screw , 850_C _C â'"100 to 1,500_F _F 1 R 0_C to 1,700_C 0_F to 3,000_F 2 S 0_C to 1,700_C 0_F to 3,000_F 3 T (CC) â'"200 to 400_C _C â'"300 to 700_F _F 4 E (CRC) 0_C to 600_C 0_F to 1,100_F 5 B 100_C to 1,800_C 300_F to 3,000_F 6 N 0_C to 1,300_C 0_F to 2,300_F 7 L â'"100 to 850_C _C â'"100 to 1,500_F _F 8 U â OMRON
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E53-E8Q E53-E8C E54-E8CT ZCAT2032 MBS-1210-22
Abstract: . SYS-CONFIG V2.0 K3GN K3GN 3 MODEL NUMBER LEGEND K3GN - 1 1. 2 24 VDC 3 Input Type ND , available: 4 to 20 mA, 0 to 20 mA; 1 to 5 VDC, 0 to 5 VDC; -5 to +5 VDC, -10 to +10 VDC 5 kHz max input , -19999 to 99999 3 K3GN K3GN 3 CHARACTERISTICS Input signal Process voltage (1 to 5 V, 0 to , ms min.) Digital data display (by RS-485 communication) Process current (4 to 20 mA, 0 to 20 , t 4 to 20 mA/0 to 20 mA (òôö) Displayable from -19999 to y 99999 with scaling f ith li OMRON
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N101-E3-1

PT100 temperature sensor data sheet

Abstract: e5ck-aa1-302 communications board All 1 SYS-CONFIG V2.0 94 E5AK/E5CK/E5EK E5AK/E5CK/E5EK Input Types , E53-Q4 4 to 20 mA E5AK/E5EK 2 E53-C3 0 to 20 mA E5AK/E5EK 2 E53-C3D 0 to 10 VDC E5AK/E5EK 2 E53-V34 0 to 5 VDC E5AK/E5EK 2 E53-V35 Relay/Relay SPST , E53-C4R4 SPST, 5 A/0 to 20 mA E5CK 1 E53-C4DR4 Relay/Linear voltage SPST, 5 A/0 to 10 VDC , 500.0 ­100 to 850 0.0 to 400.0 ­199.9 to 400.0 0 to 600 ­100 to 850 0.0 to
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E5EK-AA2-500 E5CK-AA1-500 PT100 temperature sensor data sheet e5ck-aa1-302 OMRON plc programming manual E5AK-AA2-500 USER MANUAL fuzzy temperature controller C code IP66/NEMA E5AK-AA2-500 E5AK-PRR2-500 AC/DC24 E5EK-PRR2-500

DI-124

Abstract: JTAG-1149 LatticeXPsysCONFIG JTAG JTAG ispJTAG CFG[1:0] CFGLatticeXP (POR)PROGRAMNLow LatticeXP 12-2 LatticeXP sysCONFIG UG TN1082_01.5J Aug. 2007 12-1 LatticeXP CFG[1:0] PROGRAMN INITN DONE CCLK DIN DOUT/CSON CSN CS1N WRITEN BUSY D[0:7] TDI TDO TCK TMS , Download Mode SDM 12-2 LatticeXP CFG[1] CFG[0] (SDM) 0 0 1 1 0 1 0 1 , CFG[1:0] I/O PROGRAMN BUSY INITN DONE Persistent SDM() [1, 1] (Direct
Lattice Semiconductor
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DI-124 JTAG-1149 JTAG1149 JTAG1532 LFXP10 LVCMOS33 EX12-11 OFF21 UP12-81 1-800-LATTICE

W25PXX

Abstract: M25PXX 12-1 LatticeECP/EC CFG[0:2] PROGRAMN INITN DONE 1 CCLK DI/CSSPIN DOUT/CSON CSN CS1N WRITEN BUSY/SISPI D[0:7]/SPID[7:0] TDI TDO TCK , JTAG JTAG JTAG JTAG LatticeECP/ECsysCONFIG CFG[0:2] CFG[0:2] PROGRAMNLow , SPISPIXDI/CSSPINSPI LatticeECP/ECSPI CSSPINHigh D[0:7]/SPID[7:0] D[0:7]SPI D[0:7]I/O WRITENLowCSNCS1NLowD[0:7]WRITEN HighCSNCS1NLow PERSISTENT D[0:7] CSNCS1N D[0:7] LatticeECP/EC 12-3
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TN1053 W25PXX M25PXX AT25Fxx S25FLxx IEEE1532 EX12-6 UP12-3 ECP/EC10 ECP/EC15 ECP/EC20

MX25Lxx

Abstract: M25PXX CFG[2:0] PROGRAMN INITN DONE CCLK DI/CSSPI0N 2 DOUT / CSON CSN Serial, SPI, SPIm Parallel, Serial, SPI D[0] / SPIFASTN 2 D[7] / SPID0 , -2 LatticeECP2/MsysCONFIG VCCIO8 IEEE1149.11532 JTAG JTAG 1149.1 CFG[2:0] CFG[2:0]CFGINITN LatticeECP2/M CFG 15-215-3 15-3 LatticeECP2/M CFG[2] CFG[1] CFG[0] D[0] / SPIFASTN 0x03 0x0B 0 0 0 0 0 (Slave Serial) (Slave Parallel) 0 1 1 1 1 0 0 0 1 1 1 0 0
Lattice Semiconductor
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TN1108 MX25Lxx ISPVM embedded M100 p1519 TN1109L XRES10K

cyclic redundancy check verilog source

Abstract: crc 16 verilog DATA[0:7] Bi-directional PERSISTENT sysCONFIG 3.1. Common Control Pins Three common , enables the DATA[0:7] data pins to receive or output a byte of data. When CS is high, DATA[0:7] data pins , configuration pin and is controlled by the Persistence Attribute. 3.2.3. DATA[0:7] The peripheral programming bus DATA[0:7] are tri-stateable bi-directional I/O pins. A byte of data is written to or read from , tri-stated. The peripheral bus pins DATA[0:7] are not dedicated configuration pins and are controlled by the
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cyclic redundancy check verilog source crc 16 verilog TN1026

LFX1200B-02F900I

Abstract: d 998 CLK0 CEB0 WE (SR) ADDR[0] (IN0) ADDR[1] (IN1) ADDR[2] (IN2) ADDR[3] (IN3) DIN (SEL) LUT-4 DOUT (4A , Lattice Semiconductor Table 6. sysHSI Block REFCLK Selections1 sysHSI Block 0 1 2 3 4 5 6 7 8 9 , CS D[0:7] Direction Input Input Bi-directional Input Input Output Input Bi-directional Input Input , configure the SRAM from an external source using the Peripheral Port, CFG0 must be driven to a logic '0.' 19 , SRAM SRAM E 2 CFG0 0 11 X 1 Mode Implemented sysCONFIG ISP or Refresh ISP Configuration
Lattice Semiconductor
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LFX1200B-02F900I d 998 255MH 320MH LFX1200B-05FE680C LFX1200B-04FE680I LFX1200B-03FE680I LFX1200B-02FE680I

TRIO R27

Abstract: MP2307 . DI/D[0] Location Position Function 1 to 2 2 to 3 J33 Routes DI to J40-5 to support serial mode Default Routes data bit D[0] to J40-5 for SPIFAST support X Table 13. D[7]/DOUT , CFG[0], 5 to 6 Jumper (0) Jumper (0) Jumper (0) Jumper (0) Open (1) Jumper (0) Reserved SPIm CFG[1], 3 to 4 Jumper (0) SPI (default) CFG[2], 1 to 2 Open (1) Jumper (0) Reserved Jumper (0) Open (1) Open (1) Reserved Open (1) Jumper (0) Jumper
Lattice Semiconductor
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TPS64203DVB TRIO R27 MP2307 ecp2-12/22/35/50 PR75A W25P16VSSIG sot23-6 aa3 RS-232 RJ-45 CC0805 CC0603 CR0805 LMK212BJ225MG-T

M25PXX

Abstract: LVCMOS33 Default Pin Function Mode Used CFG[0:2] Input Dedicated All PROGRAMN Input , BUSY/SISPI Output - PARALLEL/SPI D[0:7]/SPID[7:0] Input or output - PARALLEL/SPI , of the LatticeECP/EC's dedicated sysCONFIG pins used for controlling configuration. CFG[0:2] The Configuration Mode pins CFG[0:2] are input pins. They are used to select the configuration mode. Depending on , through the SPI Port. D[0:7]/SPID[7:0] The D[0:7] pins support both the SPI mode and Parallel
Lattice Semiconductor
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spi flash m25pxx SST25VF S25FL AT25F

TN1137

Abstract: lattice xp2 slave spi port how the LatticeXP2 will be configured. The configuration mode pins (CFG[1:0]) are generally hard , this document. CFG[1:0] The Configuration Mode pin CFG0 is a dedicated input with a weak pull-up. The , selected by the CFG[1:0] pins. Table 14-2. LatticeXP2 Configuration Modes Configuration Mode CFG[1] CFG[0] 0 0 Dual-Boot Mode 1 0 Self Download Mode (SDM) X 1 SPI Flash Boot , PROGRAMN pin is only available if the CFG0 pin is set to 0 (not in SDM mode). When the CFG0 pin is set to
Lattice Semiconductor
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TN1141 TN1137 lattice xp2 slave spi port XP2-17

LFXP10

Abstract: LVCMOS33 INITN Bi-Directional Open Drain, weak pull-up Dedicated All CFG[1:0] I/O Type DONE , BUSY Output, tri-state, weak pull-up Dual-Purpose Parallel D[0:7] Input or Output , explained later in the ispJTAG Pins section of this document. CFG[1:0] The Configuration Mode pins, CFG[1:0], are dedicated inputs with weak pull-ups. The CFG pins are used to select the configuration mode , Modes Configuration Mode CFG[1] CFG[0] Slave Serial 0 0 Master Serial 0 1
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ECP3-35

Abstract: ECP3-95 =100 =101 =111 CFG[0:2] Input, weak pull-up Dedicated PROGRAMN Input, weak pull-up , 2, 3 D62, 3 2, 3 Master mode, determined by the CFG0 setting =0 SPIFASTN SPIFASTN D2 D3 , = Slave SPI, SCM = Serial Configuration Mode, SPCM = Slave Parallel Configuration Mode. 2. D[7:0 , [7:0]. 3. Weak pull-ups consist of a current source of 30µA to 150µA. The pull-ups for sysCONFIG , Initialization PROGRAMN or INIT=Low INITN Released CFG[2:] Sampled PROGRAMN=0 Configuration Write
Lattice Semiconductor
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TN1169 ECP3-35 ECP3-95 crc 64 lattice ECP3 slave SPI Port 64SED

TN1169

Abstract: ECP3-35 =010 =011 =100 =101 =111 CFG[0:2] Input, weak pull-up Dedicated PROGRAMN , pull-up CS1N/HOLDN 2, 3 D62, 3 2, 3 Master mode, determined by the CFG0 setting =0 SPIFASTN , = Slave SPI, SCM = Serial Configuration Mode, SPCM = Slave Parallel Configuration Mode. 2. D[7:0 , [7:0]. 3. Weak pull-ups consist of a current source of 30µA to 150µA. The pull-ups for sysCONFIG , Initialization PROGRAMN or INIT=Low INITN Released CFG[2:] Sampled PROGRAMN=0 Configuration Write
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Abstract: Slice 0 D FF/ Latch D FF/ Latch LUT4 & CARRY LUT4 & CARRY Slice 1 D FF/ Latch , LOCK DDA MODE EHXPLLB DDAIZR LOCK DDAOZR DDAILAG DDAOLAG DDAODEL[2:0] DDAIDEL[2:0] Table 2-5. PLL Signal Descriptions Signal CLKI I/O I Description Clock input from , Control (static) DDAIZR I Dynamic Delay Zero. â'1â': delay = 0, â'0â': delay = on DDAILAG I Dynamic Delay Lag/Lead. â'1â': Lag, â'0â': Lead DDAIDEL[2:0] I Dynamic Delay Input Lattice Semiconductor
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HSTL15 DDR333 166MH LFXP20E-3F256I LFXP20E-4F256I TN1056

mx25lx

Abstract: M25PXX CFG[2:0] Input, weak pull-up Dedicated All PROGRAMN Input, weak pull-up Dedicated , CS1N2 2 D[0]/SPIFASTN2 D[1:6] 2 Parallel, SPI, SPIm Input or Output Dual-Purpose , . CFG[2:0] The Configuration Mode pins, CFG[2:0], are dedicated inputs with weak pull-ups. The CFG pins , Configuration Mode SPI CFG[2] CFG[1] CFG[0] Normal (0x03) 0 0 0 Pull-Up Fast (0x0B) 0 0 0 Pull-Down 0 0 1 X Normal (0x03) 0 1 0 Pull-Up Reserved
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mx25lx ECP26 Nexflash ECP2-22 ECP2-20 ECP2M35
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