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LVSP0040HXP Littelfuse Inc 40KA TVSS FUSE DBL STACK PIGTAIL
MRF7P20040HSR3 NXP Semiconductors 2 CHANNEL, S BAND, Si, N-CHANNEL, RF POWER, MOSFET
M39003/09-0040H Vishay Sprague CAPACITOR, TANTALUM, SOLID, POLARIZED, 20 V, 47 uF, THROUGH HOLE MOUNT, AXIAL LEADED
R46KI310040H1M KEMET Corporation CAPACITOR, METALLIZED FILM, POLYPROPYLENE, 560V, 0.1uF, THROUGH HOLE MOUNT, RADIAL LEADED
M39006/25-0040H Vishay Sprague CAPACITOR, TANTALUM, NON SOLID, POLARIZED, 25V, 680uF, THROUGH HOLE MOUNT, AXIAL LEADED
R46KN410040H1M KEMET Corporation CAPACITOR, METALLIZED FILM, POLYPROPYLENE, 560V, 1uF, THROUGH HOLE MOUNT, RADIAL LEADED

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0040h

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: org 0040h dw dw dw dw dw dw dw dw brproc ichg_pri irot_rdq iwup_tsk iset_flg isig_sem isnd_msg iact_cyc clt_tbl 0040h 0042h 0044h 0046h 0048h 004ah 004ch 004eh , 0040h dw dw brproc ichg_pri 0040h 0042h irot_rdq 0044h iwup_tsk iset_flg 0046h , Start -org 00FDC0h ds 0040h ds * 0040h intsp1 64 U10604JJ4V0UM B org 00FE40h ds 0040h end U10604JJ4V0UM 65 C name NEC
Original
RX78K4 CC78K4 RA78K4 1/DW 32 U10604JJ4V0UM004 M8E02 78K478K4 78K4OS
Abstract: NOTES: 1. MATERIALS: BODY: BRASS PER ASTM B16 CONTACT: COPPER ALLOY INSULATOR: TEFLON PER ASTM D1710 2. FINISHES: BODY: .00 0 0 1 5 MIN. GOLD PER M IL -G -4 5 2 0 4 OVER NICKEL PER Q Q -N -2 9 0 CONTACT: .0 0 0 0 3 0 MIN. GOLD PER M IL -C -4 5 2 0 4 OVER NICKEL Q Q -N -2 9 0 3. ELECTRICAL: IMPEDANCE: 75 OHMS FREQUENCY RANGE 0 TO 3.0 GHz 461 - 0 6 1 -0040H R E V D E S C R P T K M E rr P P O MIE A , 461 - 061 - 0040H 1 1 1 -
OCR Scan
5M-1994 254XV
Abstract: RAM Address Trap SFR 87C807U 8 K X 8-bit (E000h to FFFFH ) 256 X 8-bit (0040h to 013FH) 0 á Address of , ) 87PH47U TMP87C807 16 K X 8-bit (C000H to FFFFH ) 512 X 8-bit (0040h to 023FH ) 0 á Address of PC á , Trap SFR 87C807U 8 K X 8-bit (E000h to FFFFH ) 256 X 8-bit (0040h to 013FH) 0 á Address of PC á 013FH , as87C807U TMP87C807 512 X 8-bit (0040h to 023FH ) 0 á Address of PC á 023FH 000Eh (ADCCR) ; Read/write -
OCR Scan
TMP87PH47U BM87CH47U0A 87c807 TMP87C807U 87C807 87PH47 P-QFP44-1010-0 TLCS-870
Abstract: 0044h 0040h 005Ch 0058h 005Ch 0058h 0044h 0045h 0045h 0040h 005Ch 005Dh 005Dh 0058h 005Ch -
Original
KFG8GH6U4M KFM8GH6Q4M KFG8G16Q4M-DEB6 KFG8GH6Q4M KFM8G16Q4M 16gb KFG1216Q2A-DEB5/6 KFG1216Q2A-FEB5/6 KFG1216U2A-DIB5/6 KFG1216U2A-FIB5/6 KFM1216Q2A-DEB5/6 KFG1G16Q2M-DEB5/6
Abstract: 2007 Page 2 of 10 38D2 Group RRF Register Application bit address 0040h 0041h 0042h 0043h 0044h 0045h 0046h 0047h 0048h 0049h 004Ah 004Bh Figure 3.3 address 0040h 0041h , · Set LCD mode register work RRF work LRAM0 (0040h) LCD_DATA_TBL+ 0 work RRF work , (0040h) LCD_DATA_TBL+ 0 RRFR RRFR LRAM1 (0041h) · Port P20/SEG16 to P23/SEG19 pins: "H" Renesas Technology
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0047H 0049h 00XX0000B SEG23 REJ05B0999-0100/R SEG19
Abstract: 64 K 1-1 TLCS-870/C 0000H 003FH 0040H 023FH 0240H 0EFFH 0F00H 0F7FH 0F80H , ), A INC HL DEC BC JRS 1.1.5 ; LD SRAMCLR: HL, 0040H F, SRAMCLR , ( (a) 0040H FFFFH (b) 1-7 Page 14 / ) Toshiba Toshiba
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1000H 5678H C03EH C125H c 1122 TLCS-870/X 00FFH 2000H F508H 043FH
Abstract: BPP 16 BPP, 24BPP) RC_BITBLT (0001h) RC_BANDING (0002h) RC_SCALING (0004h) RC_SAVEBITMAP (0040h , ) TC_CP_STROKE (0004h) TC_CR_90 (0008h) TC_CR_ANY (0010h) TC_SF_X_YINDEP (0020h) TC_SA_DOUBLE (0040h , (0020h) C1_ICM (0040h) C1_REINIT_ABLE (0080h) C1_GLYPH_INDEX (0100h) C1_BIT_PACKED (0200h , ) LC_WIDE (0010h) LC_STYLED (0020h) LC_WIDESTYLED (0040h) LC_INTERIORS (0080h) Polygon-, rectangle , ) PC_WINDPOLYGON (0004h) PC_SCANLINE (0008h) PC_WIDE (0010h) PC_STYLED (0020h) PC_WIDESTYLED (0040h Intel
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OpenGL 3D Accelerator graphics accelerator intercast polygon mirror RGB565 740TM MCDSRV32 OPENGL32 MCD32 GFX40
Abstract: by line passing through codes 0040h and 3FFFh Unipolar zero error Measured by line passing through codes 0040h and 3FFFh ±1 LSB TA = +25° before user calibration, gain = 6, code = 0040h C, ±2.5 LSB TA = +25° before user calibration, gain = 4, code = 0040h C, ±4 TA = +25° after user calib., gain = 4 or 6, code = 0040h C, Unipolar zero error TC ±1 Gain = 4 or 6, code = 0040h ±0.5 ±3 ppm FSR/° C TA = +25° gain = 6 C, ±2.5 TA = +25° gain = Texas Instruments
Original
DAC8228 SBAS462A ISO/TS16949
Abstract: 70H 78H 0028H 0030H 0038H 0040H 0040H 0048H 0050H 0058H 0060 H 0068H 0070H 0078H -
OCR Scan
TMP90C840A/841A 0010H 0018H 0020H FF28H FF30H
Abstract: passing through codes 0040h and 3FFFh Measured by line passing through codes 0040h and 3FFFh TA = +25°C, before user calibration, gain = 6, code = 0040h Unipolar zero error TA = +25°C, before user calibration, gain = 4, code = 0040h TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC Gain = 4 or 6, code = 0040h TA = +25°C, gain = 6 TA = +25°C, gain = 4 , 1000 hours, full-scale output To 0.03% of FSR, CL = 200pF, RL= 10k, code from 0040h to 3FFFh and 3FFFh Texas Instruments
Original
QFN-56 TQFP-64
Abstract: . 2.1 Address map 0000H 003Fh 0040h 083 F h 0F80h 0FFFH 1000H SFR(64 byte) RAM (2 Kbyte) 8000h , User boot mode 0000H 003FH 0040h 083FH 0F80h OFFFH 1000H SFR(54 byte) RAM (2 Kbyte) 8000h FFCOH , 0040h 043 fh 0F80h OFFFH 8000h FFCOH FFFFH SFR (64 byte) RAM (1 Kbyte) DBR (128 byte) 32 Kbyte , ; address 0040h to 083FH) 4. Input/Output Circuit (1) Control Pins The control pins of the TMP86FS41 are , HL,C000h ; start address LD BC, 01 FFh ; Transfer byte number ( - 1) LD DE, 0040h ; Transfer -
OCR Scan
TMP86FS41F TMP86CM41F CM6120 OF83H TMP86CM41 TLCS870/C P-QFP64-1414-0 86FS41
Abstract: passing through codes 0040h and 3FFFh Measured by line passing through codes 0040h and 3FFFh TA = +25°C, before user calibration, gain = 6, code = 0040h Unipolar zero error TA = +25°C, before user calibration, gain = 4, code = 0040h TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC Gain = 4 or 6, code = 0040h TA = +25°C, gain = 6 TA = +25°C, gain = 4 , 1000 hours, full-scale output To 0.03% of FSR, CL = 200pF, RL= 10k, code from 0040h to 3FFFh and 3FFFh Texas Instruments
Original
Abstract: 60 H 68H 70H 78H 0028H 0030H 0038H 0040H 0040H 0048H 0050H 0058H 0060 H 0068H 0070H -
OCR Scan
P90C840A/841 MCU90-14 MCU90-15
Abstract: 0040h and 3FFFh Differential linearity error Measured by line passing through codes 0040h and 3FFFh ±1 LSB TA = +25°C, before user calibration, gain = 6, code = 0040h ±2.5 LSB TA = +25°C, before user calibration, gain = 4, code = 0040h ±4 LSB ±3 ppm FSR/°C Unipolar zero error TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC ±1 Gain = 4 or 6, code = 0040h ±0.5 LSB TA = +25°C, gain = 6 ±2.5 TA Texas Instruments
Original
DAC7525 DAC8728
Abstract: 0040h and 3FFFh Differential linearity error Measured by line passing through codes 0040h and 3FFFh ±1 LSB TA = +25°C, before user calibration, gain = 6, code = 0040h ±2.5 LSB TA = +25°C, before user calibration, gain = 4, code = 0040h ±4 LSB ±3 ppm FSR/°C Unipolar zero error TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC ±1 Gain = 4 or 6, code = 0040h ±0.5 LSB TA = +25°C, gain = 6 ±2.5 TA Texas Instruments
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DAC335
Abstract: passing through codes 0040h and 3FFFh Measured by line passing through codes 0040h and 3FFFh TA = +25°C, before user calibration, gain = 6, code = 0040h Unipolar zero error TA = +25°C, before user calibration, gain = 4, code = 0040h TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC Gain = 4 or 6, code = 0040h TA = +25°C, gain = 6 TA = +25°C, gain = 4 , 1000 hours, full-scale output To 0.03% of FSR, CL = 200pF, RL= 10k, code from 0040h to 3FFFh and 3FFFh Texas Instruments
Original
Abstract: 0040h and 3FFFh Differential linearity error Measured by line passing through codes 0040h and 3FFFh ±1 LSB TA = +25°C, before user calibration, gain = 6, code = 0040h ±2.5 LSB TA = +25°C, before user calibration, gain = 4, code = 0040h ±4 LSB ±3 ppm FSR/°C Unipolar zero error TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC ±1 Gain = 4 or 6, code = 0040h ±0.5 LSB TA = +25°C, gain = Texas Instruments
Original
Abstract: passing through codes 0040h and 3FFFh Measured by line passing through codes 0040h and 3FFFh TA = +25°C, before user calibration, gain = 6, code = 0040h Unipolar zero error TA = +25°C, before user calibration, gain = 4, code = 0040h TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC Gain = 4 or 6, code = 0040h TA = +25°C, gain = 6 TA = +25°C, gain = 4 , 1000 hours, full-scale output To 0.03% of FSR, CL = 200pF, RL= 10k, code from 0040h to 3FFFh and 3FFFh Texas Instruments
Original
Abstract: set equal to #0040h. Receive Control Register 2 (RCR2). This register can be ignored, since this , FSX/R XCR1 is set equal to #0040h. Transmit Control Register 2. (XCR2). This register can be , (McBSP0_SPSA) = #RCR1 mmr(McBSP0_SPSD) = #0040h repeat(#6) NOP mmr(McBSP0_SPSA) = #RCR2 mmr(McBSP0_SPSD) = , ) = #XCR1 = #0040h ;One 16­bit Word per frame = #XCR2 = #0041h ;One 16­bit Word per frame , (McBSP0_SPSD) A= A | #0040h mmr(McBSP0_SPSD) = A ; ;GRST*=1 ;Frame Generator and sample ;sample­rate Texas Instruments
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TMS320C5402 TLV2548 C5402 TLV2772 TLV2544 TLV2272 SLAA093A TLV2544/TLV2548 TMS320C54
Abstract: edge. RCR1 is set equal to #0040h. Receive Control Register 2 (RCR2). This register can be ignored , FSX/R XCR1 is set equal to #0040h. Transmit Control Register 2. (XCR2). This register can be , ) = #RCR1 mmr(McBSP0_SPSD) = #0040h repeat(#6) NOP mmr(McBSP0_SPSA) = #RCR2 mmr(McBSP0_SPSD) = , ) = #XCR1 = #0040h ;One 16­bit Word per frame = #XCR2 = #0041h ;One 16­bit Word per frame , (McBSP0_SPSD) A= A | #0040h mmr(McBSP0_SPSD) = A ; ;GRST*=1 ;Frame Generator and sample ;sample­rate Texas Instruments
Original
SLAA093 TLV254x stk power amp STK 5 channel amp multibus ARCHITECTURE TMS320VC5402
Abstract: BPP 16 BPP, 24BPP) RC_BITBLT (0001h) RC_BANDING (0002h) RC_SCALING (0004h) RC_SAVEBITMAP (0040h , ) TC_CP_STROKE (0004h) TC_CR_90 (0008h) TC_CR_ANY (0010h) TC_SF_X_YINDEP (0020h) TC_SA_DOUBLE (0040h , (0020h) C1_ICM (0040h) C1_REINIT_ABLE (0080h) C1_GLYPH_INDEX (0100h) C1_BIT_PACKED (0200h , ) LC_WIDE (0010h) LC_STYLED (0020h) LC_WIDESTYLED (0040h) LC_INTERIORS (0080h) Polygon-, rectangle , ) PC_WINDPOLYGON (0004h) PC_SCANLINE (0008h) PC_WIDE (0010h) PC_STYLED (0020h) PC_WIDESTYLED (0040h -
OCR Scan
CS8127 CS8125 CS8127-IP1 ST E3 0560 J 292 625 660 TG CS8123 CS8124 CS8123/4
Abstract: Differential linearity error Bits Measured by line passing through codes 0040h and 3FFFh Unipolar zero error Measured by line passing through codes 0040h and 3FFFh ±1 LSB TA = +25° before user calibration, gain = 6, code = 0040h C, ±2.5 LSB TA = +25° before user calibration, gain = 4, code = 0040h C, ±4 TA = +25° after user calib., gain = 4 or 6, code = 0040h C, Unipolar zero error TC ±1 Gain = 4 or 6, code = 0040h ±0.5 ±3 ppm FSR/° C TA = +25° gain = 6 RADIALL
Original
R142 004 000
Abstract: 0040h and 3FFFh Measured by line passing through codes 0040h and 3FFFh TA = +25°C, before user calibration, gain = 6, code = 0040h Unipolar zero error TA = +25°C, before user calibration, gain = 4, code = 0040h TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC Gain = 4 or 6, code = 0040h TA = +25°C, gain = 6 TA = +25°C, gain = 4 Gain = 4 or 6 TA = +25°C , hours, full-scale output To 0.03% of FSR, CL = 200pF, RL= 10k, code from 0040h to 3FFFh and 3FFFh to Texas Instruments
Original
DAC8218 SBAS460A
Abstract: ) Resolution 14 Bits Linearity error Measured by line passing through codes 0040h and 3FFFh Differential linearity error Measured by line passing through codes 0040h and 3FFFh ±1 LSB TA = +25°C, before user calibration, gain = 6, code = 0040h ±2.5 LSB TA = +25°C, before user calibration, gain = 4, code = 0040h ±4 LSB ±3 ppm FSR/°C Unipolar zero error TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC  -
OCR Scan
CS6400 13MM
Abstract: passing through codes 0040h and 3FFFh Measured by line passing through codes 0040h and 3FFFh TA = +25°C, before user calibration, gain = 6, code = 0040h Unipolar zero error TA = +25°C, before user calibration, gain = 4, code = 0040h TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC Gain = 4 or 6, code = 0040h TA = +25°C, gain = 6 TA = +25°C, gain = 4 , 1000 hours, full-scale output To 0.03% of FSR, CL = 200pF, RL= 10k, code from 0040h to 3FFFh and 3FFFh Texas Instruments
Original
QFN-48
Abstract: . 2.1 Address map 0000H 003Fh 0040h 083 F h 0F80h 0FFFH 1000H SFR(64 byte) RAM (2 Kbyte) 8000h , User boot mode 0000H 003FH 0040h 083FH 0F80h OFFFH 1000H SFR(54 byte) RAM (2 Kbyte) 8000h FFCOH , 0040h 043 fh 0F80h OFFFH 8000h FFCOH FFFFH SFR (64 byte) RAM (1 Kbyte) DBR (128 byte) 32 Kbyte , ; address 0040h to 083FH) 4. Input/Output Circuit (1) Control Pins The control pins of the TMP86FS41 are , HL,C000h ; start address LD BC, 01 FFh ; Transfer byte number ( - 1) LD DE, 0040h ; Transfer NEC
Original
C4026 MPL2 Series NEC78K 78K/IV RX78K/IV U10604EJ3V0UM00
Abstract: 0040h and 3FFFh Measured by line passing through codes 0040h and 3FFFh TA = +25°C, before user calibration, gain = 6, code = 0040h Unipolar zero error TA = +25°C, before user calibration, gain = 4, code = 0040h TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC Gain = 4 or 6, code = 0040h TA = +25°C, gain = 6 TA = +25°C, gain = 4 Gain = 4 or 6 TA = +25°C , hours, full-scale output To 0.03% of FSR, CL = 200pF, RL= 10k, code from 0040h to 3FFFh and 3FFFh to Texas Instruments
Original
Abstract: passing through codes 0040h and 3FFFh Measured by line passing through codes 0040h and 3FFFh TA = +25°C, before user calibration, gain = 6, code = 0040h Unipolar zero error TA = +25°C, before user calibration, gain = 4, code = 0040h TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC Gain = 4 or 6, code = 0040h TA = +25°C, gain = 6 TA = +25°C, gain = 4 , 1000 hours, full-scale output To 0.03% of FSR, CL = 200pF, RL= 10k, code from 0040h to 3FFFh and 3FFFh Texas Instruments
Original
Abstract: ) Resolution 14 Bits Linearity error Measured by line passing through codes 0040h and 3FFFh Differential linearity error Measured by line passing through codes 0040h and 3FFFh ±1 LSB TA = +25°C, before user calibration, gain = 6, code = 0040h ±2.5 LSB TA = +25°C, before user calibration, gain = 4, code = 0040h ±4 LSB ±3 ppm FSR/°C Unipolar zero error TA = +25°C, after user calib., gain = 4 or 6, code = 0040h Unipolar zero error TC Gain error Gain error TC ±1 Texas Instruments
Original
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