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OMRON Industrial Automation
D40ML-SS1-U-M12 SWITCH SAFETY DPST-NC 200MA 24V
D40ML-SS1-U-M12 ECAD Model
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Digi-Key D40ML-SS1-U-M12 Box 1 1 $1023.17 $946.814 $946.814 $946.814 $946.814 Buy Now
Allied Electronics & Automation D40ML-SS1-U-M12 Bulk 0 1 $838.73 $771.65 $771.65 $771.65 $771.65 Get Quote
Sager D40ML-SS1-U-M12 0 1 $798 $766.08 $766.08 $766.08 $766.08 Buy Now
OMRON Corporation
D40ML-SS1-U-M12 SUS IP67, 950N, UNIQ., M12 - Bulk (Alt: D40MLSS1UM12)
D40ML-SS1-U-M12 ECAD Model
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Avnet Americas D40ML-SS1-U-M12 Bulk 0 13 Weeks, 1 Days 1 - - - - - Get Quote
Pilz International
S1UM 110-130VAC UM 0.1-500VAC/DC Voltage monitoring relay for monitoring min. and max. voltage values.
S1UM 110-130VAC UM 0.1-500VAC/DC ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000 Buy
Allied Electronics & Automation S1UM 110-130VAC UM 0.1-500VAC/DC Bulk 0 4 Weeks 1 $301.24 $290.7 $290.7 $290.7 $290.7 Get Quote
Pilz International
S1UM 110-130VAC UM 0.1-500VAC/DC UP Voltage monitoring relay for monitoring min. and max. voltage values.
S1UM 110-130VAC UM 0.1-500VAC/DC UP ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000 Buy
Allied Electronics & Automation S1UM 110-130VAC UM 0.1-500VAC/DC UP Bulk 0 4 Weeks 1 $304.2 $293.57 $293.57 $293.57 $293.57 Get Quote
OMRON Industrial Automation
D40MLSS1UM12
D40MLSS1UM12 ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000 Buy
Onlinecomponents.com D40MLSS1UM12 0 $851.05 $808.5 $808.5 $808.5 $808.5 Buy Now

S1 UM1 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
S1 UM1

Abstract: B1182 CTS Knights VCXO K95 (2 GATE) 2b1q encoding LB1276AF 2754H2 T7264 T7270 K95-K94
Text: TSF TF S1 4 1 1 1 1 1 1 1 1 UM1 5 a1 a2 a3 dm i1 i2 i3 ¡4 UM2 6 ¡5 ¡6 ¡7 ¡8 act R1,S Ri ,6 , January 1997 K2 Interface Description (continued) 1 2 3 4 5 B1 B2 DF S1 UM1 I UM2 UM3 , 4 R 6 4 u 0 a a i b n e b e X a c t 1 0 o f 1 s k s i 1 B1 B2 D S1 UM1 I UM2 , S1 UM1 I UM2 L JM 3 D s DO at LT I I I I I I I B1 CHANNEL I I I I i I I B2 , frame structure. TIME (125 us) B1 B2 D I 1s S1 UM1 UM2 UM3 DC B1 B2 D I DF S1 UM1 UM2 UM3 DS


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PDF T7264 S1 UM1 B1182 CTS Knights VCXO K95 (2 GATE) 2b1q encoding LB1276AF 2754H2 T7264 T7270 K95-K94
55185

Abstract: No abstract text available
Text: B2 D DF S1 UM1 UM2 UM3 DS 1 2 3 3 4 5 6 7 8 B11 B21 D1 D1 1 a1 i5 R2,5 , Description (continued) 1 2 4 5 6 7 8 B1 OCTET B2 S1 UM1 UM2 UM 3 , H I B2 I IT I n B1 C HANNEL r DF M B1 i H I S1 I UM1 i l , m i m i m i B1 Dl , B2 DF | All 1s | UM1 | UM2 UM3 | co O DO B1. . B2 D | All 1s | UM1 | UM2 UM3 | o o - j


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PDF T7264 -tRSLRSH5-5186 55185
S1 UM1

Abstract: T-7270
Text: -> Symbol B1 B2 D DF S1 UM1 UM2 UM3 DS DC t Don't care. Octet 1 2 3 3 4 5 6 7 8 8 Bit 1 B11 , S1 I UM1 I I I I I I I B1 CHANNEL B2 CHANNEL I I I I I I I I I I I I I I I I I I B1 DO at I I I I I I I B2 I DF S1 UM1 UM2 UM3 DS 11 n i l i B1 CHANNEL B2 , H it I DF S1 UM1 r a s X t rl a R p R t p n c R R n M c 1 1 S ? R î R H a i g 1 c s t 5 b 1 5 b , structure. T IM E (125 (is) DI DO B1 B1 B2 B2 I D I D 1s DF S1 S1 UM1 UM1 UM2 UM2 UM3


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PDF T7264 S1 UM1 T-7270
S1 UM1

Abstract: B23-11 e.oc1 M3238 T7263
Text: Bit 7 Bit 8 B1 B2 D/DF S1 UM1 UM2 UM3 DS DC Note: 1 2 3 4 5 6 7 8 8 B11 B21 D1 1 a1 ¡5 R2,5 , | S1 | UM1 | UM2 | UM3 | DC | Di at LT B 1 Channel B2 Channel , 11 11 a |a aid II i i i M i l 1 t 5 6 1 5 b 2 m 0 4 4 4 c p 23 45 67 8 e 1> 3r r I CF S1 UM1 2B1Q , - DC DS | 1*s DF S1 S1 UM1 UM1 - eoc- Dl Figure 15. K2 Octet Description This , 000202010100070201010000 j -B1 B1 | | B2 B2 | DF D | | \ AIM's | AIM's | UM1 UM1 | UM2 UM2


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PDF T7262/63 T7262 T7263 DS89-091SMC1S S1 UM1 B23-11 e.oc1 M3238
1998 - CTS Knights VCXO

Abstract: T7270 K95 (2 GATE) LB1276AF mtron Q11 DPDT S1 UM1 t7513b K95 Package 2754H2
Text: 1 1 RSF RF TSF TF S1 4 1 1 1 1 1 1 1 1 UM1 5 , B2 B1 CHANNEL B2 1 DF S1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 S1 4 UM2 6 UM1 , UM3 S S1 UM2 UM3 UM1 eoc UM2 UM3 r aRR p R f p n c R s n c 1 1 s 2 e s t , .13 Table 5. B1, B2, D, and S1 Octets (Overview) .15 Table 6. B1, B2, D, and S1 Octets (Functions) .15 Table 7. UM1 and UM2 Octets-eoc Bits (Overview) .16 Table 8. UM1 and UM2


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PDF T7264 DS97-413ISDN DS90-184SMOS, AY93-032TCOM, TN93-003TCOM) CTS Knights VCXO T7270 K95 (2 GATE) LB1276AF mtron Q11 DPDT S1 UM1 t7513b K95 Package 2754H2
Not Available

Abstract: No abstract text available
Text: Data Bit Map . 13 Table 5. B1, B2, D, and S1 Octets (Overview) . 15 Table 6. B1, B2, D, and S1 Octets (Functions). 15 Table 7. UM1 and UM2 Octets—eoc Bits (Overview) .16 Table 8. UM1 and UM2 Octets—eoc Bits (Functions) .16 Table 9. UM2 and UM3 , S1 4 1 1 1 1 1 1 1 1 UM1 5 a1 a2 a3 dm i1 i2  , €” Tiuinnnimniinnniuinnnnnnnnr- - m u u m m u m t \ _ r j DO B1 B2 DF All 1s UM1 UM2


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PDF T7264 T7264A) T7264A 5002b
45M15AU

Abstract: 45MQ15 U1SM 10M07B HC49Tx2 21M07AU5 21M30BU5 10M07A 21MQ15 21M07D
Text: S-1 S-2 1.2K // 3.0 UM-1 1.2K // 2.5 Zc: 10.5 pF UM-1 (a pair) 1.2K // 3.0 UM-5 1.2K // 2.5 Zc: 10.5 pF 1.2K // 2.5 1.2K // 2.5 UM-5 (a pair) S-1 S-1 1.5K // 2.5 UM-1 , 1.5K // 2.0 1.5K // 2.0 UM-5 (a pair) S-1 S-1 S-2 1.5K // 1.0 UM-1 2.0K // 0.5 Zc: 3 , ) HC-49/T 4 pole MCF (paired packages) UM-1 , UM-5 L-3 UM-1 : H=8.0 UM-5: H=6.0 S-1 , S , -5 MERCURY UM-1 (4 poles) 49TMJ Page 2 of 6 U5SM Date: Dec. 1, 2001 Rev. 0 Monolithic


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PDF 21MF15 21MQ15 217MQ7 45MF15 45MF30 45MQ7 45MQ12 45MQ15 45MQ30 128MF32 45M15AU 45MQ15 U1SM 10M07B HC49Tx2 21M07AU5 21M30BU5 10M07A 21MQ15 21M07D
CTS Knights VCXO

Abstract: SMSJ60C TAS220
Text: a 1. T im e -Symbol B1 B2 D DF S1 UM1 UM2 UM3 DS DC Octet 1 2 3 3 4 5 6 7 8 8 Bit 1 B11 B21 , . 6 Table 4. K2 Interface Serial Data Bit Map . 13 Table 5. B1, B2, D, and S1 Octets (Overview) .15 Table 6. B1, B2, D, and S1 Octets (Functions). 15 Table 7. UM1 and UM2 Octets-eoc Bits (Overview) .16 Table 8. UM1 and UM2 Octets-eoc Bits (Functions , -\ _ r ¡31 B1 B2 B2 DF D All 1s All is UM1 UM1 UM2 UM2 UM3 UM3 DS DC j DO DI


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PDF T7264 44-pin DS97-413ISDN DS90-184SMOS, AY93-032TCQM, TN93-003TCQM) CTS Knights VCXO SMSJ60C TAS220
BT1603

Abstract: B1149 VT23-VT24 TCXO Quartz oscillator compensated 10 MHz 25MHZ, 10PPM, 18PF, 30PPM CRYSTAL-QUARTZ 6.000 MHZ HC-49 VT13-VT14 BT1602T bta16 e50p
Text: CRYSTAL SERIES HC-49SMD/ HC49USSMD PACKAGE BFC CRYSTAL SERIES UM-1 / UM1-SMD PACKAGE BFC CRYSTAL SERIES , Reference Guide BMFS1 2 Pole SMD Monolithic Crystal Filter, S1 Package(7x5x1.4mm) 6 Pad BMFS2 4 Pole SMD , VCXO's VCXO QUICK SELECTION GUIDE BV1523 SERIES HCMOS/TTL DIL-14 PKG. ENCAPSULATED UM-1 CRYSTAL , -8 VCXO BV14xxS SERIES SINEWAVE OUTPUT/ DIL-14 PACKAGE UM-1 CRYSTAL DESIGN VCXO BVFP SERIES PECL , 3.0mm/2lead 5.6mm/4leads 5.6mm/4leads BFCxxxxU1 3.6864 to 225.0MHz 10-32pF/ Series UM-1


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PDF 768kHz BFC32 BFC42 BFC53 BFC64 BFC64B BT1603 B1149 VT23-VT24 TCXO Quartz oscillator compensated 10 MHz 25MHZ, 10PPM, 18PF, 30PPM CRYSTAL-QUARTZ 6.000 MHZ HC-49 VT13-VT14 BT1602T bta16 e50p
2014 - PDI crystal filter

Abstract: No abstract text available
Text: DCF = Discrete PACKAGE TYPE S#= Surface Mt.* HA = HC-49/U U1 = UM-1 SP = Customer’s , ±12.5 3 ±40.0 1.0 S1 A 21.671 6 ±10.0 3 ±25.0 S5 A 34.000 4  , 4 ±25.0 3 ±50.0 1.0 5.0 -40 -70 770//0.7pf D S1 A 90.000 4 ±10.0 3 ±60.0 1.0 4.5 -10 -60 S2 S1 S2 A A A 115.000 124.800 , Outline Drawings S1 (Surface Mount Filter Package) 1.250 [31.75] .137 Typ [3.50 Typ] .500


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PDF 25000Xâ HC-49/U PDI crystal filter
1999 - tp154

Abstract: TP147 application notes CS5460 Motorola TP142 tp151 8051 microcontroller using Lab view tp152 tp152 n P6KE6V8P CDB5460
Text: 31 14 1 2 C17 .1UF C7 47UF UM1 8751-8 DGND R16 200 UDCLK JP4 TP11 TP10 S2 SW_B3W_1100 TP9 DGND TP8 S1 1 39 2 38 3 37 4 36 PORT1 , switches on the CDB5460 evaluation board. DIP switch S1 is used to control the 80C51. Table 4 illustrates the varies setting of the DIP Switch S1 . Note, S1 -3 is a no connect and not used. The S1 -1 switch , software, close S1 -1. The 9 CDB5460 Name Function Description Default Setting Default


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PDF CDB5460 CDB5460 CS5460. CS5460 RS-232 80C51 LT1019 tp154 TP147 application notes CS5460 Motorola TP142 tp151 8051 microcontroller using Lab view tp152 tp152 n P6KE6V8P
2000 - CS5460A

Abstract: tp154 TP147 application notes CS5460 cs5460a c source TP144 cdb5460a Motorola TP142 TP129 80C51
Text: .7 Table 4. DIP Switch S1 Setting , the various headers, jumpers and DIP switches on the CDB5460A evaluation board. DIP switch S1 is used to control the 80C51. Table 4 illustrates the varies setting of the DIP Switch S1 . Power Post , connected to CS5460A O O JP4 S1 HDR11 HDR12 DIP switch to control 80C51 S1 -1 is used to select RS-232 test mode S1 -2 is used to select crystal to 80C51 S1 -3 is used to enable auto-boot mode


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PDF CDB5460A CDB5460A CS5460A. CS5460A RS-232 80C51 LT1019 tp154 TP147 application notes CS5460 cs5460a c source TP144 Motorola TP142 TP129
2000 - 16 bit carry select adder verilog code

Abstract: verilog code for 16 bit carry select adder vhdl code for carry select adder 8 bit carry select adder verilog code with 8 bit carry select adder verilog code 32 bit carry select adder code 32 bit carry select adder in vhdl VHDL code for 16 bit ripple carry adder vhdl code for 64 carry select adder full adder circuit using 2*1 multiplexer
Text: and CPT1. S um 0 = A 0 B 0 C 0 C 1 = C 0 ( A 0 B0 ) + C 0 ( A0 B 0 ) S um1 = A B C 1 1 , Channel 64 CC = Carry Chain S1 A1 XOR B1 Inputs From Vertical Routing Channel Outputs


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PDF Delta39KTM/Quantum38KTM Delta39KTM Quantum38KTM Delta39K Quantum38K Ultra37000 16 bit carry select adder verilog code verilog code for 16 bit carry select adder vhdl code for carry select adder 8 bit carry select adder verilog code with 8 bit carry select adder verilog code 32 bit carry select adder code 32 bit carry select adder in vhdl VHDL code for 16 bit ripple carry adder vhdl code for 64 carry select adder full adder circuit using 2*1 multiplexer
1999 - CD 5888 CB SMD IC

Abstract: A103j resistor network a103j RESISTOR smd diode S4 67A a103j network resistor a103j equivalent des circuit integre ttl C-MAc quartz a103g cepe ocxo
Text: No file text available


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1999 - equivalent des circuit integre ttl

Abstract: a103j RESISTOR 9 pin cepe ocxo Resistors A103G stc crystal A103j resistor network a103j network resistor a103j RESISTOR iqxo-531 C-MAC Quartz Crystals
Text: No file text available


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TCXO SMD mtbf

Abstract: SMD INDUCTOR marking code UM smd code ml6 ACt 7199 ca TCXO mtbf 12,800 SMD MARKING CODE g25 Quartz Crystal 32.768KHz vc 1222L Quartz Crystal Oscillators 3.57MHz asfl1
Text: Crystals HC49/U and HC51/U AT49 (HC49/US) Low Profile Ultra Miniature · UM-1 · UM-4 · UM


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2003 - isd5102

Abstract: ISD5108 ISD5008 ISD5100 I5116PY ISD5116 ISD5104 ISD5000 WINBOND Serial flash cross reference
Text: (only) to the S1 SUMMING amplifier-Bits S1M0 and S1M1 control the state of the SUM1 SUMMING amplifier


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PDF ISD5100 ISD5100 16-minute ISD5000 requir86-21-62365999 isd5102 ISD5108 ISD5008 I5116PY ISD5116 ISD5104 WINBOND Serial flash cross reference
2002 - ISD ChipCorder Application Information

Abstract: WM-54b ISD5116 Series isd chipcorder TEST BOARD ISD5008 ISD5116 01E3 isd chipcorder application notes isd5116 source code AOS date code System
Text: the ANA IN path. 2. Select the SUM1 MUX input (only) to the S1 SUMMING amplifier-Bits S1M0 and S1M1


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PDF ISD5116 ISD5116 16-minute ISD5000 ISD ChipCorder Application Information WM-54b ISD5116 Series isd chipcorder TEST BOARD ISD5008 01E3 isd chipcorder application notes isd5116 source code AOS date code System
2002 - isd5116 source code

Abstract: ISD5116 Devices Digital Memory ISD5008 ISD5116 ISD5116 Series 01E3 WM-54B
Text: are ZERO to select the ANA IN path. 2. Select the SUM1 MUX input (only) to the S1 SUMMING


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PDF ISD5116 ISD5116 16-minute ISD5000 isd5116 source code ISD5116 Devices Digital Memory ISD5008 ISD5116 Series 01E3 WM-54B
1997 - P6KE6V8P

Abstract: 3 POSITION TOGGLE SWITCH 6 pin 80C51 CDB5529 CS5529 LT1019 MC145407
Text: 4 2 + DCD C28 10µF 8 4 6 1 5 OFFSETCAL D1 LED_555_5003 XTAL2 UM1 80C51 , P3.2 13 P3.3 14 P3.4 Y1 11.0592MHz Bypass Cap VCC 3 C27 10µF S1 P1.4 P2


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PDF CDB5529 CDB5529 CS5529 16-bit RS-232 80C51 LT1019 RS232 P6KE6V8P 3 POSITION TOGGLE SWITCH 6 pin MC145407
2002 - G100

Abstract: JP13
Text: Board's RESET-switch at S1 . Module Pin X1A = pin 61 (dual row connector) X1A = pin 31 (single row , Development Board. Module Type microMODUL-8051 (formerly µM-1 /2/6/7) microMODUL-166 (formerly µM


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PDF L-084e D-55135 G100 JP13
2000 - RS485 INTERFACE WITH 8051

Abstract: Infineon* bootloader JP13 JP15 DB9 connector pin details miniMODUL 535
Text: Board's RESET-switch at S1 . Module Pin X1A = pin 61 (dual row connector) X1A = pin 31 (single row , position D3 on the Development Board. Module Type microMODUL-8051 (formerly µM-1 /2/6/7) microMODUL


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PDF L-084e D-55135 RS485 INTERFACE WITH 8051 Infineon* bootloader JP13 JP15 DB9 connector pin details miniMODUL 535
2011 - DY11 vector group

Abstract: No abstract text available
Text: L 15mA - 6A Um1 Um2 M A MS TTL 1 Measurement Voltage 90V - 690V ESTAmat , Supply voltage Range 90-300VAC. Terminals L / N Measurement voltage Range 90-690V. Terminals UM1 , measurement Range 15mA – 6A, Measurement transformer types x/1A or also x/5A can be used. Terminals K ( S1


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PDF D-84030 MV1181 2556/QM/03 DY11 vector group
2001 - CS5534 sample code

Abstract: CS5532 sample code ibm r32 sw2 switch application notes CS5534 AT89C51-20PC micro 8051 CDB5531 S1 UM1 HDR11 8051 microcontroller using Lab view
Text: the CDB5531/32/33/34 evaluation board. DIP switch S1 is used to control the 80C51 test modes. Table 4 illustrates the various settings of the DIP Switch S1 . The DIP switches should be set to the , S1 DIP switch to control 80C51 test modes. See Table 4 for DIP switch settings. NC OPEN , SW3 OPEN 2 1 Normal Operation Mode SW1 is OPEN SW2 is OPEN SW3 is OPEN S1 3 80C51 , SW2 SW2 SW1 Table 4. DIP Switch S1 Settings 7 8 J15 1 2 2 1 J12 1


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PDF CDB5531/32/33/34 CDB5531/32/33/34 RS-232 CS5531/32/33/34. CS5531/32/33/34 80C51 RS-232 CS5531, CS5534 sample code CS5532 sample code ibm r32 sw2 switch application notes CS5534 AT89C51-20PC micro 8051 CDB5531 S1 UM1 HDR11 8051 microcontroller using Lab view
2005 - ISD5108

Abstract: ISD5008 ISD5102 WM-54 ISD5100 ISD5104 ISD5116 opa 747 ISD5000 isd5116p
Text: (only) to the S1 SUMMING amplifier-Bits S1M0 and S1M1 control the state of the SUM1 SUMMING amplifier


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PDF ISD5100 16-minute ISD5100 ISD5000 ISD5108 ISD5008 ISD5102 WM-54 ISD5104 ISD5116 opa 747 isd5116p
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