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terminal block i2

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Abstract: Suitable up to safety category 3, SIL3 24VDC 24VDC "MI" Terminal block "I1" Terminal block "I2" Terminal block "I3" No monitoring (mute), highest priority Parameter I1 Parameter I2 Parameter I3 Downtime , terminal blocks I1 to MI. Terminal block Connection Examples Speed and Downtime Monitoring Using an , priority. "Mute" mode (24 V at terminal block MI) disables speed monitoring. Contacts 13-14 and 23-24 are , Housing Connection terminal blocks Installation location Mounting position Air and creepage distances ... Original
datasheet

10 pages,
405.22 Kb

Siemens encoder cable heidenhain rotary encoder HEIDENHAIN resolver heidenhain 12 pin connector 24DC/RSM4/4X1 60204-1/VDE 24DC/RSM4/4X1 abstract
datasheet frame
Abstract: Outline Drawing .190 REF Maximum Ratings SIG .030 DIA 9010-51 I2 Input Power +13 dBm Max Temperature Range Q2 I1 Q1 .20 TYP 0°C to 85°C .400 MAX .80 SQ Block , 107G 204D 208F AA A Terminal Strength Terminal Fatigue Mechanical Shock 211A 211A 213B A C C 7 SIG Condition REF 10 0° 12 I2 1 I1 Case is Signal Ground , 4 3 2 1 I2 GROUND Glass bead on Pin 1 a different color All characteristics of ... Original
datasheet

1 pages,
29.95 Kb

213B 204D datasheet abstract
datasheet frame
Abstract: 107G Vibration Solderability 204D 208F 211A A Terminal Fatigue Mechanical Shock 211A 213B C C 10 A Terminal Strength REF AA 0� 12 1 I2 I1 Case is , Outline Drawing .190 REF Maximum Ratings SIG .030 DIA 9010-51 I2 Input Power Q2 I1 Q1 +13 dBm Max Temperature Range 0�C to 85�C .20 TYP .400 MAX .80 SQ Block , SIG REF 7 10 4 3 2 1 I2 GROUND Glass bead on Pin 1 a different color All ... Original
datasheet

1 pages,
26.83 Kb

terminal block i2 213B 204D datasheet abstract
datasheet frame
Abstract: ) 1.5:1 Max I1 REF Q1 Input Level Angular Accuracy� Q2 SIG REF Amplitude Balance I2 , ARC TAN (SIN/COS) I2 REF I1 .070 .100 typ .020 typ .015 .770 .250 All unused pins must be connected to signal ground Maximum Ratings Input Power +17 dBm Max Block , Temperature Cycle Thermal Cycle Seal Vibration Solderability Terminal Strength Terminal Fatigue , I2 COS I1 Footprint .100 typ .650 .100 typ .100 typ A C C .040 typ ... Original
datasheet

1 pages,
33.07 Kb

213B 204D datasheet abstract
datasheet frame
Abstract: REF SIN & COS Outputs I2 GROUND Conversion Loss SSB Mixer Outline Drawing 10 dB Max , Min I2 REF 5xI/Q 55 dBc Min Note: All Specifications apply in a 50 Ohm system at specified , Input Current Q2 SIN Q1 40 mA Max Temperature Range Block Diagram 0°C to 85°C -90° , 112E A AA D Vibration Solderability Terminal Strength Terminal Fatigue Mechanical Shock , I2 COS I1 Footprint .100 typ .650 .100 typ .100 typ A C C All ... Original
datasheet

1 pages,
30.84 Kb

213B 204D datasheet abstract
datasheet frame
Abstract: (surface finishing:nickel plating) t=1.0 � Case : PBT � Dimensions in mm � Terminal block screw tighting , block screw tighting torque M4:1.6N-m (16.9kgf-cm) max DIN rail 7 15 Input Terminal 6-M4 Terminal , Single Phase 250 VAC Selectable leakage current Quick and easy push-down terminal. Just connect the wires , Options D :DIN rail installation type The terminal cover is retracted inside the unit DIN rail , VAC - Quick and easy push-down terminal Just connect the wires, push down and tighten the screws with ... Original
datasheet

3 pages,
183.62 Kb

AC input filter Capacitor NAC-20-472 UL1283 EN133200 VDE0565 NAC-06-472 NAC-10-472 NAC-16-472 NAC-30-472 NAC-04-472 UL1283 abstract
datasheet frame
Abstract: the partitions on the W terminal block insulating body. Be careful to not cut out the jumpered terminal blocks partitions at both ends of the assembly in order to maintain the IP20, Nema1 protection , JB26 Jumper Bars Terminal Blocks Accessories Catalogue Page 1SNK 160 034 S0201 S0201 Features , +104 F Ex e 630 V Not authorized 8000 V JB85 Cross Spacing Jumpers Terminal Blocks , Allows power distribution between 8 mm 0.315 in and 5.2 mm 0.205 in spacing feed-through terminal blocks. ... Original
datasheet

1 pages,
402.17 Kb

S0201 JB26-5 JB26-2 datasheet abstract
datasheet frame
Abstract: � Case : PBT � Dimensions in mm � Terminal block screw tighting torque M4:1.6N-m (16.9kgf-cm) max , : PBT (9) � Dimensions in mm 7 � Terminal block screw tighting torque M4:1.6N-m (16.9kgf-cm , characteristic is different. 4Options D :DIN rail installation type The terminal cover is retracted inside , 150kHz to 1MHz - Single Phase 250 VAC - Quick and easy push-down terminal Just connect the wires , CY : Line to ground capacitor I-2 : Mounting Plate -30 -20 40 50 55 60 Ambient ... Original
datasheet

2 pages,
181.57 Kb

NAC-30-472 NAC-16-472 NAC-10-472 NAC-06-472 NAC-04-472 earth leakage diagram 100MW NAC-20-472 datasheet abstract
datasheet frame
Abstract: function By connecting SO terminal, it is able to select functions as below: 1) Boot up and stop operation according to AC input or output (shortcircuit SO teminal to VDD terminal) 2) Signal output form SO terminal when AC input is low and transmit to the secondary side (connect an external element to SO terminal) Built-in jitter function Power consumption 30 mW or less at a no load is achieved , : November 2010 Ver. AEF 1 MIP2M40MS MIP2M40MS Block Diagram 2 Ver. AEF MIP2M40MS MIP2M40MS Electrical ... Original
datasheet

8 pages,
666.96 Kb

V6 marking code diode MARKING CODE V4 marking i2 marking V6 MIP2 diode Marking code v3 MIP55 MIP803 marking aef MIP2M marking code V3 V3 marking code MARKING CODE V6 MIP2M40MS MIP2M40MS abstract
datasheet frame
Abstract: connecting SO terminal, it is able to select functions as below: 1) Boot up and stop operation according to AC input or output (shortcircuit SO teminal to VDD terminal) 2) Signal output form SO terminal when AC input is low and transmit to the secondary side (connect an external element to SO terminal , delay ton(BLK) + td(OCL) Publication date: November 2010 Ver. AEF 1 MIP2M40MS MIP2M40MS Block , pull down current Soft start time fosc f fM MAXDC VDD VCC(ON) V4 = 15 V, V3 = 2 V, I2 = -20 mA, V5 = 5 ... Original
datasheet

8 pages,
702.46 Kb

mip2m4 marking i2 marking aef MIP2M40 MIP2M40MS MIP2M40MS abstract
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No abstract text available
www.datasheetarchive.com/download/35631323-996047ZC/xapp764.zip (LargeSelfAddrFifo.vhd)
Xilinx 27/05/2004 9655.66 Kb ZIP xapp764.zip
No abstract text available
www.datasheetarchive.com/download/31961280-996042ZC/xapp753.zip (LargeSelfAddrFifo.vhd)
Xilinx 31/03/2004 3037.05 Kb ZIP xapp753.zip
No abstract text available
www.datasheetarchive.com/download/4786027-996049ZC/xapp774.zip (LargeSelfAddrFifo.vhd)
Xilinx 23/07/2004 1079.49 Kb ZIP xapp774.zip
comparator internal to IC1) is 1.25V above the PGND terminal (pin 7). To calculate the appropriate arbitrary value for R1: I2 = 1.25V/R1 = 1.25V/12.1k = 103µA Therefore, R2 = (V OUT - V BE ) / I2 = (3.3V - 0.7V) / 103µA = 25.2k A diode can be added in series with R1 to block unwanted reverse currents. A
www.datasheetarchive.com/files/maxim/0004/appno008.htm
Maxim 04/04/2001 8.92 Kb HTM appno008.htm
1.25V above the PGND terminal (pin 7). To calculate the appropriate R1/R2 values: V FB = -12V + 1.25V = -10.75V Choosing an arbitrary value for R1: I2 = 1.25V/R1 = 1.25V/12.1k = 103µA Therefore, R2 = (V OUT - V BE ) / I2 = (3.3V - 0.7V) / 103µA = 25.2k IC1 has another capability diode can be added in series with R1 to block unwanted reverse currents. A similar version of this
www.datasheetarchive.com/files/maxim/0006/appno023.htm
Maxim 02/05/2002 7 Kb HTM appno023.htm
without notice. October 2000 [ DAC CHARGE PUMP V R (V DD /2) VCP1 PH_1 I0_1 I1_1 I2 TRI_0 TRI_180 TRI_180 TRI_0 DAC PH_2 I0_2 I1_2 I2_2 VREF1 ERROR AMP + - V R + - + - SENSE1B SENSE2B R C2 R C1 C C1 C C2 BLOCK DIAGRAM ORDERING NUMBER: L6258 L6258 L6258 L6258 PowerSO36 1/18 OUT1B I3_1 VS I2_1 I3_2 OUT2B SENSE2 PWR_GND 18 16 17 15 6 5 4 3 2 21 22 31 32 33 28 29 30 VCP1 SIG_GND 10 27 OUT2A VCP2 VBOOT VREF2 I2_2 I0_2 14 12 11 23 25 26 VS
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4588.htm
STMicroelectronics 20/10/2000 38.74 Kb HTM 4588.htm
notice. January 1999 [ DAC CHARGE PUMP V R (V DD /2) VCP1 PH_1 I0_1 I1_1 I2_1 VREF1 TRIANGLE GENERATOR I2_2 VREF1 ERROR AMP + - V R + - + - C C POWER BRIDGE 2 TRI_0 TRI_180 THERMAL PROT. OUT1A OUT1B R s R C1 C C1 C C2 BLOCK DIAGRAM ORDERING NUMBER: L6258 L6258 L6258 L6258 PowerSO36 1/18 ABSOLUTE MAXIMUM RATINGS Symbol OUT1A EA_IN1 PH_1 SENSE1 OUT1B I3_1 VS I2_1 I3_2 OUT2B SENSE2 PWR_GND 18 16 17 15 6 5 4 3 2 21 22 31 32 SIG_GND 10 27 OUT2A VCP2 VBOOT VREF2 I2_2 I0_2 14 12 11 23 25 26 VS I1_2 13 24 PIN CONNECTION (Top view
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4588-v2.htm
STMicroelectronics 14/06/1999 34.98 Kb HTM 4588-v2.htm
2000 [ DAC CHARGE PUMP V R (V DD /2) VCP1 PH_1 I0_1 I1_1 I2_1 VREF1 1 TRI_0 TRI_180 TRI_180 TRI_0 DAC PH_2 I0_2 I1_2 I2_2 VREF1 ERROR AMP + C1 C C1 C C2 BLOCK DIAGRAM ORDERING NUMBER: L6258 L6258 L6258 L6258 PowerSO36 1/18 ABSOLUTE OUT1A EA_IN1 PH_1 SENSE1 OUT1B I3_1 VS I2_1 I3_2 OUT2B SENSE2 PWR_GND 18 16 OUT2A VCP2 VBOOT VREF2 I2_2 I0_2 14 12 11 23 25 26 VS I1_2 13 24 PIN
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4588-v3.htm
STMicroelectronics 09/10/2000 36.7 Kb HTM 4588-v3.htm
notice. January 1999 [ DAC CHARGE PUMP V R (V DD /2) VCP1 PH_1 I0_1 I1_1 I2_1 VREF1 TRIANGLE GENERATOR I2_2 VREF1 ERROR AMP + - V R + - + - C C POWER BRIDGE 2 TRI_0 TRI_180 THERMAL PROT. OUT1A OUT1B R s R C1 C C1 C C2 BLOCK DIAGRAM ORDERING NUMBER: L6258 L6258 L6258 L6258 PowerSO36 1/18 ABSOLUTE MAXIMUM RATINGS Symbol OUT1A EA_IN1 PH_1 SENSE1 OUT1B I3_1 VS I2_1 I3_2 OUT2B SENSE2 PWR_GND 18 16 17 15 6 5 4 3 2 21 22 31 32 SIG_GND 10 27 OUT2A VCP2 VBOOT VREF2 I2_2 I0_2 14 12 11 23 25 26 VS I1_2 13 24 PIN CONNECTION (Top view
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4588-v1.htm
STMicroelectronics 02/04/1999 35.02 Kb HTM 4588-v1.htm
a2d_hyst is generic ( hysteresis: VOLTAGE; threshold: VOLTAGE ); port ( terminal ) port ( terminal p1, p2 : electrical); end entity resistor - IF statement below) port ( terminal p1, p2 : electrical); end entity capacitor ); port (sw_state : in std_logic; terminal p1, p2 : electrical); end entity AC phase [Degrees] port ( terminal pos, neg : electrical); end entity v_constant
www.datasheetarchive.com/files/on_semiconductor/simulation-models/ncv887300-vhdl_ams.vhd
On Semiconductor 09/10/2012 51.56 Kb VHD ncv887300-vhdl_ams.vhd