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Grayhill Inc
62M15-M0-020CH ENCODER, MAGNETIC DETENT, 15DEG; OR 24 POSITIONS, MEDIUM TOR - Bulk (Alt: 62M15-M0-020CH) 62M15-M0-020CH ECAD Model
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Avnet 62M15-M0-020CH Bulk 0 16 Weeks 1 $60.97282 $60.11286 $56.67552 $54.0863 $54.0863 More Info
Newark element14 62M15-M0-020CH Bulk 0 1 $96.33 $96.33 $72.28 $65.86 $65.86 More Info
Sager 62M15-M0-020CH 0 1 $65.57 $65.57 $50.76 $44.42 $44.42 More Info

62M15-M0-020CH datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
62M15-M0-020CH 62M15-M0-020CH ECAD Model Grayhill Encoders, Sensors, Transducers, OPTICAL ENCODER Original PDF

62M15-M0-020CH Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Not Available

Abstract: No abstract text available
Text: No file text available


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PDF Resistance500 GLX-N-62M GLX-N-62M-15 GLX-N-62M-50 GLX-N-62M-BLK 2002/95/EC LR78160
1998 - DS1427L-F5

Abstract: DS1427
Text: 0202h 0206h 0207h 020Bh 020Ch 020Fh 0210h 0214h 0215h 0219h 021Ah 021Dh 48-BIT SERIAL NUMBER 512


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PDF DS1427 DS1427 56-G0C AN-F50A DS1427L-F5+ DS1427L-F5
Not Available

Abstract: No abstract text available
Text: Figure 1 FAMILY CODE 8-BIT CRC CODE MSB O O O O h 01FFh 0200h 0201 h 0202h 0206h 0207h 020Bh 020Ch 020Fh


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PDF DS1427 64-bit DS1427. DS1427 01FFh 0200h 0202h 0206h 0207h 020Bh
2002 - DS1427

Abstract: No abstract text available
Text: CODE MSB 0000h 01FFh 0200h 0201h 0202h 0206h 0207h 020Bh 020Ch 020Fh 0210h 0214h 0215h


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PDF DS1427 DS1427. DS1427 0000h 01FFh 0200h 0201h 0202h 0206h
Not Available

Abstract: No abstract text available
Text: 0206h 0207h 020Bh 020Ch 020Fh 021 Oh 0214h 0215h 0219h 021 Ah 021 Dh 48-BIT SERIAL NUMBER 512 Bytes NV


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PDF DS1427 64-bit DS1427. DS1427 01FFh 0200h 0202h 0206h 0207h 020Bh
DS1427

Abstract: No abstract text available
Text: and Status Registers 0202h 0206h 0207h 020Bh 020Ch 020Fh 0210h 0214h 0215h 0219h 021Ah


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PDF DS1427 DS1427. 48-BIT 0000h 01FFh 0200h 0201h 0202h 0206h DS1427
DS1427

Abstract: No abstract text available
Text: Real Time Clock 0207h 020Bh Elapsed Timer 020Ch 020Fh Reserved 0210h 0214h RTC Alarm 0215h


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PDF DS1427 64-bit DS1427. DS1427 48-BIT 0000h 0200h 0202h 0206h
DS1407

Abstract: DS1405 256-second
Text: PAGE 0200h 0201 h 0202h 020Sh 0207h 020 Bh 020Ch 020 Fh 021 oh 0 21 4h 021 5h 021 9h 021 Ah 021 Dh


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PDF DS1407Tim DS1407 DS1410K DS1405 256-second
2009 - ISP1761

Abstract: AN10040 rev counter 0x020C ISP1582
Text: and DACK must be set accordingly. Table 1. Mode register (address: 020Ch ) Bit 15 14 13


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PDF AN10040 ISP1761 isp1761, ISP1761. AN10040 rev counter 0x020C ISP1582
2008 - ST7FAUDIO

Abstract: st7faudioar9 VN1160 VNH5180 L4969URD VNH3SP30-E st VN1160 l5150 ST7FAUDIO-AR9 VB027SP6
Text: -10 P2PAK SO-16L PENTAWATT P2PAK PowerSO-10 SO-16L PowerSO-10 M0 -1 M0 -1 M0 -1 M0 -1 M0 -1 M0 -1 M0 -1 M0 -1 M0 -1 M0 -3 M0 -3 M0 -2 M0 -2 M0 -3 M0 -3 M0 -3 M0 -3 M0 -3 M0 -3 M0 -3 M0 -1 M0 -3 M0 -3 M0 -3 M0 -3 M0 -3 M0 -2 M0 -2 M0 -2 M0 -3 M0 -3 M0 -3 M0 -3 M0 -3 M0 -3 M0 -3 5.5 ÷ 36 5.5 ÷ 36 , -12 PowerSSO-12 HPAK PowerSSO-24 PowerSSO-24 HPAK M0 -3 M0 -3 M0 -5 M0 -5 M0 -5 M0 -5 M0 -5 M0 -5 M0 -5 M0 -5 M0 -5 M0 -5 M0 -5 M0 -5 M0 -5 M0 -5 For lead-free version, add the E suffix to the part


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PDF SGCAR0508 ST7FAUDIO st7faudioar9 VN1160 VNH5180 L4969URD VNH3SP30-E st VN1160 l5150 ST7FAUDIO-AR9 VB027SP6
1995 - radix-2 DIT FFT C code

Abstract: transistor y1 fft algorithm radix-2 X0187 y1 transistor two butterflies 8 point fft i3 processor Diode Y1
Text: ) clock cycles. DO group_lp UNTIL CE; AR=AX0+AY0, AX1=DM(I2, M0 ); DM(I0,M2)=AR, AR=AX0-AY0; DM(I1,M2)=AR, AR=AX1+AY1; DM(I2,M2)=AR, AR=AX1-AY1; DM(I3,M2)=AR; AX0=DM(I0, M0 ); AY0=DM(I1, M0 ); group_lp: AY1=DM(I3, M0 ); {AR=X1+Y1 , {store X0', {store X1', {store Y0', {store Y1'} {AX0 = next {AY0 = , FFTs 6 DO group_lp UNTIL CE; AR=AX0+AY0, AX1=DM(I2, M0 ); SB=EXPADJ AR, DM(I0,M2)=AR; AR=AX0-AY0; SB=EXPADJ AR; DM(I1,M2)=AR, AR=AX1+AY1; SB=EXPADJ AR, DM(I2,M2)=AR; AR=AX1-AY1, AX0=DM(I0, M0 ); SB=EXPADJ


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1995 - LMS adaptive filter

Abstract: ECHO canceller IC F12-F0 LMS adaptive Filters adaptive beamforming RLS ALGORITHM APPLICATION circuit diagram fir filters autocorrelation how dsp is used in radar adaptive algorithm
Text: .SEGMENT/PM pm_data; .VAR weights[TAPS]; .ENDSEG; .SEGMENT/PM pm_code; lms_init: b0=deline_data; m0 , buffer */ l9=l8; f7=STEPSIZE; f0=0.0; lcntr=TAPS, do clear_bufs until lce; clear_bufs: dm(i0, m0 )=f0, pm(i8,m8)=f0; rts; /* clear delay line & weights */ lms_alg: macs: dm(i0, m0 )=f0, f4=pm(i8,m8); /* store u(n) in delay line, f4=w0(n) */ f8=f0*f4, f0=dm(i0, m0 ), f4=pm(i8,m8); /*f8= u(n)*w0(n) f0= u(n-1), f4= w1(n) */ f12=f0*f4, f0=dm(i0, m0 ), f4= pm(i8,m8); /* f12= u(n-1)*w1(n), f0= u(n


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2005 - 1746-HSCE

Abstract: Micrologix* encoder slc 500 circuit diagram SLC 5/03 RSLOGIX 500 M0/M1 1747-RM001 es Allen Bradley Bulletin 800T 5-30V 1747-UM011 Allen-Bradley micrologix 1000 wiring diagram
Text: . . . . . . . . . . . Dynamic and Static Parameters . . . . . . . . . . . . . . . . . . . . . M0 File Words - Range and Rate Modes . . . . . . . . . . . . . . . M0 :e.0 Output Source Select. . . . . . . . . . . . . . . . . . . . . M0 :e1 Setup and Control Word. . . . . . . . . . . . . . . . . . . M0 :e.2 Valid Ranges (Dynamic) . . . . . . . . . . . . . . . . . . M0 :e.3 through M0 :e.8 - Range 1 through 12 Outputs (Dynamic) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . M0 :e


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PDF 1746-HSCE) 1746-UM006B-EN-P 1746-HSCE Micrologix* encoder slc 500 circuit diagram SLC 5/03 RSLOGIX 500 M0/M1 1747-RM001 es Allen Bradley Bulletin 800T 5-30V 1747-UM011 Allen-Bradley micrologix 1000 wiring diagram
the prayer

Abstract: train whistle
Text: m0=m0.and.15 m0 :[P2,P3,P4,P5] P6 end #0 end #1 end #2 end #3 end #4 end Explanation After Power On the volume will be set to 15, the LEDs will extinguish, State1. After pressing TR1, M0 = PB M0 =M0.and.15 M0 :[P2,P3,P4,P5]P6 END. The data in PB will be read into M0 , and again a logic .and. function , PATHS PowerOn: state0 M0 =0 flashrate=3 end P0: M0=M0+1 M0 :[p1,p2,p3,p4,p5,p6,p7,p8,p9,p10,p11,p12 , p11: LED11 delay(2) turnoff end p12: M0 =0 LED12 delay(2) turnoff end Explanation Flashrate = 3


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1989 - ADSP-2100

Abstract: ADSP-2101 ADSP-2171 ADSP-21XX "Huffman coding" 513300
Text: ( u ) N-1 (2m +1)u f (m) cos 2N , where u = 0, 1, 2,., N-1 N m=0 where 2 , for u = 0 , tmp; .entry DIF8; {2 8-way DIFs } DIF8: i0=^tmp; i1=^tmp+4; i2=^tmp; i3=^tmp+4; m0 , , m0 ), my0=pm(i6,m6); ar=ax0-af, dm(i0,m1)=ar; mr=ar*my0(ss), dm(i1,m1)=mr1; af=pass ax1, ax0=dm(i2, m0 ); ar=ax0+af, my0=pm(i6,m7); ar=ax0-af, dm(i0, m0 )=ar; mr=ar*my0(ss), dm(i1,m1)=mr1; dm(i1, m0 , (i0,m1)=ar; mr=ar*my0(ss); af=pass ax1, ax0=dm(i2, m0 ); ar=ax0+af; ar=ax0-af, dm(i0, m0 )=ar; mr=ar


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1747-L532

Abstract: 30G131 1747-OC E109 1747-l532 manual technical specifications of AB SLC500 Allen-Bradley 1305 manual L532 Allen-Bradley slc 500 eeprom 0005H
Text: Monitoring Bit Addresses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . M0 /M1 Monitoring Option Disabled . . . . . . . . . . . . . . . . . . . . M0 /M1 Monitoring Option Enabled . . . . . . . . . . . . . . . . . . . . . Transferring Data Between Processor Files and M0 and M1 Files Access Time . . . . , . . . . . . . . . . . . . . . . M0 , M1, and G Files 4­1 4­1 4­2 4­2 4­3 4­3 4­7 4­7 , communications specifications. A M0 , M1, and G Files Provides generic information about using the M0


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PDF 1996Printed 1747-L532 30G131 1747-OC E109 1747-l532 manual technical specifications of AB SLC500 Allen-Bradley 1305 manual L532 Allen-Bradley slc 500 eeprom 0005H
Not Available

Abstract: No abstract text available
Text: i s i ROW ROW ROW H G R R m m mm m 0 0 0m m0 m0 m0 m0 m0 0 0 0 0 0 0 0 m0 m0 m0 m0 m0 m0 m0 g g I 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 m0 m0 LHJ 0 m0 m0 ib i 0 m0 m0 m0 LS I 0 m0 M0 m0 m A A p H rncrfl rpcnXl rpcnXl fpipnfl rgrpjXI rncnXl .5 RPR ROW D ROW C ROW B ROW


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PDF 25JUL2004 I7MAY2007 7MAY200
Not Available

Abstract: No abstract text available
Text: Cortex-M4/ M0 , 168 kB SRAM, CAN, AES, SPIFI, SGPIO, SCT ■LPC4310FET100 - Dual-core Cortex-M4/ M0 , 168 kB SRAM, CAN, AES, SPIFI, SGPIO, SCT ■LPC4320FBD100 - Dual-core Cortex-M4/ M0 , 168 kB SRAM, HS USB with on-chip PHY, CAN, AES, SPIFI, SGPIO, SCT ■LPC4320FBD144 - Dual-core Cortex-M4/ M0 , 200 kB SRAM, HS USB with on-chip PHY, CAN, AES, SPIFI, SGPIO, SCT ■LPC4320FET100 - Dual-core Cortex-M4/ M0 , 200 kB SRAM, HS USB with on-chip PHY, CAN, AES, SPIFI, SGPIO, SCT ■LPC4330FBD144 - Dual-core Cortex-M4/ M0 , 264


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PDF LPC4350 LPC4300 LPC4300 LPC1850 LPC1850.
2003 - HP8593E

Abstract: 5mhz crystal oscillator HP8563E MA05935-XX 106 M1 FM transmitter module MA05935-042 MA05935-041 MA05935-040 HP8563
Text: MA05935-XXX V 1.00 M6 M5 M4 M3 A3 M2 A2 M1 M6 M0 M5 M4 A3 A1 M5 M4 M3 A3 M2 A2 M5 M4 M3 A3 M2 A2 M1 M6 M0 M5 M4 M5 M4 M3 A3 M2 A2 M5 M4 A3 M3 M2 A2 M0 A1 M2 A2 M1 M0 A1 2246.5MHz M1 M6 M0 M5 M4 M3 A3 A1 M2 A2 M1 M0 A1 2247.5MHz M1 M6 M0 M5 A1 M4 M3 A3 2243.5MHz M6 M3 A3 A1 2242.5MHz


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PDF MA05935-XXX 12Mbps MA05935-XXX MA05935-053 24dBm MA05935-050 MA05935-048 HP8593E 5mhz crystal oscillator HP8563E MA05935-XX 106 M1 FM transmitter module MA05935-042 MA05935-041 MA05935-040 HP8563
bsh servo

Abstract: 0703P 1404M LXM05 0553P 0553T of servo motor 103RP 2051M bsh 8-n
Text: point Nominal speed Maximum current rpm Nm/A rms Vrms/krpm M0 Mmax V kHz Nm Nm Nm rpm , Torque in Nm 2,0 1,6 Mmax 1,6 Mmax 1,6 Mmax 1 1,2 1,2 0,8 0 0,8 2 M0 , References: pages 43747/2 to 43747/4 2 M0 0,4 2000 4000 1 Peak torque 2 Continuous torque Presentation: page 43746/2 1 1,2 0,8 2 M0 0,4 0 1 Dimensions: pages 43747/5 to 43747/7 , point Nominal speed Maximum current M0 Mmax BSH 0552P LXM 05 pD10M2 230 single phase 8


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PDF 0551T 0551T 05pD10F1 05pD10M2 05pD10M3X 101Rppp 12-way 43742-EN fm/25 bsh servo 0703P 1404M LXM05 0553P 0553T of servo motor 103RP 2051M bsh 8-n
1998 - MF1073S-1

Abstract: SE 3F1 eh17f GKO 7J 5OK62
Text: @@@@@ ?@@@@@@@@J @@@@@J ?X6@@@@@@@@@@@@N?04?0@@@@@@@@@? M0 , @@@@@@@@@@'Ieh?M0@@@@@@@@@@@'Ifh?Y(@@@@@@@@@@'I? ?Y(@@@@@'V ? M0 @@4I?M(@@@@@@@@@@@@@@@@@@@@@@@7? Y(@@@@@@@@@3 5@@@@@@N L , (@@@@@@@@@@@@'I? ? M0 , (@@@@@@@@@4 M0 @4I? X)@@@@@@@@@@ @@@@@@@@ @@@@@@@@ ?X)@@@@@@@ ?H@@@@@@@@J? @@@@@@@7 ?@@@@@@@@@ , (@@@@@@@@@@@@@@4I?f?M0@@4I? @@@@@@@@@@


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PDF MF1073S-1 MF1073S-1 SE 3F1 eh17f GKO 7J 5OK62
1995 - ADSP-2100

Abstract: integer division 4 bits by 2 bits division algorithm LSHI
Text: adding the value of M0 to the I register used in the access. Before executing the routine, you must , initialize I0, I1, I2, and M0 . You must also set the buffer length registers L0, L1, and L2 to zero to , routine, you must initialize I0, I1, I2 to the correct data memory locations, M0 to one (the memory , Triple_Precision_Subtract; { Triple-Precision Subtraction Z = X - Y Calling I0 I1 I2 M0 Parameters -> X , ; AX0=DM(I0, M0 ); AY0=DM(I1, M0 ); AX0=DM(I0, M0 ), AR=AX0-AY0; AY0=DM(I1, M0 ); DM(I2, M0 )=AR, AR=AX0-AY0+C


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PDF ADSP-2100, ADSP-2100 integer division 4 bits by 2 bits division algorithm LSHI
1995 - 6E20

Abstract: F15-F8 ADSP-21000 ADSP-21020 pxr11
Text: ) i0 pointer to line endpoint list (X1,Y1,Z1,X2,Y2,Z2,.) m0 +1 i1 pointer to display list i2 , .SEGMENT /pm pm_code; .GLOBAL accrej; accrej: /* Perform OUTCODE #1 Comparisons */ X1=dm(i0, m0 ), f8=pm(i8,m8); comp (f8,X1), f8=pm(i8,m8); comp (X1,f8), Y1=dm(i0, m0 ), f8=pm(i8,m8); comp (f8,Y1), f8=pm(i8,m8); comp (Y1,f8), Z1=dm(i0, m0 ), f8=pm(i8,m8); comp (f8,Z1), f8=pm(i8,m8); comp (Z1,f8), X2=dm(i0, m0 ), f8=pm(i8,m8); /* /* /* /* /* /* X1 X1 Y1 Y1 Z1 Z1


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PDF FOLEY90] GLASSNER90] 6E20 F15-F8 ADSP-21000 ADSP-21020 pxr11
2009 - VN5E010AH

Abstract: L99PD08 5 in 1 microcontroller running led light circuit diagram spi Low Side Driver ST vn5e010 SPI PWM Microcontroller VN5E016AH Microcontroller AT89C51 High-Side
Text: optimized to drive STMicroelectronics M0 -5 and M0 -5E advanced high-side driver family. 4 SPI , to microcontroller QQ Parallel I/O to control and diagnose M0 -5 and M0 -5E high-side drivers PWM , benefit of M0 -5 and M0 -5E portfolios QQ High-side driver to load optimization Full partitioning , the microcontroller, but also gives the system's state of heath in a snapshot. The L99PD08 drives M0 -5 and M0 -5E high-side drivers in PWM mode with phase shift. Two independent PWM frequencies are


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PDF L99PD08 L99PD08, L99PD08 BRMULTI0909 VN5E010AH 5 in 1 microcontroller running led light circuit diagram spi Low Side Driver ST vn5e010 SPI PWM Microcontroller VN5E016AH Microcontroller AT89C51 High-Side
2013 - Not Available

Abstract: No abstract text available
Text: Powering Cortex M0 MCUs with NXP LDOs Ultra small, highly effective power supplies for driving Cortex M0 microcontrollers NXP’s low dropout regulators (LDOs) are ideal for powering , M0 microcontroller types including the M0 + family.  Single 3.3 V supply voltage Ultra Small , Power architecture 3.3 V 3.3 V V 1.8 VDD VDD Cortex M0 Cortex M0 + Cortex M0 types Recommended LDOs LPC1102 LPC111x LPC11Axx LPC11Exx Cortex M0 M0 Cortex Cortex M0 + LPC11Uxx


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PDF NX1117 LD6835 LD6815
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