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Part Manufacturer Description Datasheet BUY
ISO1176TREFERENCE Texas Instruments ISO1176T Reference Design Board visit Texas Instruments
LM4050QCIM3X8.2/NOPB Texas Instruments TWO TERM VOLTAGE REFERENCE visit Texas Instruments
LM4041CEM3X-1.2 Texas Instruments TWO TERM VOLTAGE REFERENCE visit Texas Instruments
LM4041CIM7-1.2 Texas Instruments TWO TERM VOLTAGE REFERENCE visit Texas Instruments
CC1190EM915-RD Texas Instruments CC1190EM 915MHz Reference Design visit Texas Instruments
AUTO-ECALL-REF Texas Instruments Automotive eCall Reference Design visit Texas Instruments

VIA Cross Reference

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: range in reference to UN Quiescent current Device supply 24 V DC 0.8 . 1.25 40 mA PHOENIX CONTACT , reference to UN Typical input current at UN Switching threshold "0" signal in reference to UN Switching threshold "1" signal in reference to UN Reaction time in normal load operation Switch-over frequency Maximum , =2964186 Conductor cross section solid min. Conductor cross section solid max. Conductor cross section stranded min. Conductor cross section stranded max. Conductor cross section AWG/kcmil min. Conductor cross section AWG Phoenix Contact
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G4211

Abstract: supply voltage Input voltage range in reference to UN Quiescent current Device supply 24 V DC 0.8 . , Input voltage range in reference to UN Typical input current at UN Switching threshold "0" signal in reference to UN Switching threshold "1" signal in reference to UN Reaction time in normal load operation , /treeViewClick.do?UID=2964173 Conductor cross section solid min. Conductor cross section solid max. Conductor cross section stranded min. Conductor cross section stranded max. Conductor cross section AWG/kcmil min
Phoenix Contact
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Abstract: voltage range in reference to UN Typical input current at UN Switching threshold "0" signal in reference to UN Switching threshold "1" signal in reference to UN Reaction time in normal load operation , via Current range Display Basic accuracy Resolution (current) Name Voltage range Display Basic , :// Conductor cross section solid min. Conductor cross section solid max. Conductor cross section stranded min. Conductor cross section stranded max. Conductor cross Phoenix Contact
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3 phase motor soft starter diagram

Abstract: UN Input voltage range in reference to UN Typical input current at UN Switching threshold "0" signal in reference to UN Switching threshold "1" signal in reference to UN Reaction time in normal load , load current Output data, signaling contact Name Measuring via Current range Display Basic accuracy , length Conductor cross section solid min. Conductor cross section solid max. Conductor cross section stranded min. Conductor cross section stranded max. Conductor cross section AWG/kcmil min. Conductor cross
Phoenix Contact
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Abstract: Nominal input voltage UN Input voltage range in reference to UN Typical input current at UN Switching threshold "0" signal in reference to UN Switching threshold "1" signal in reference to UN Reaction time in , , signaling contact Name Measuring via Current range Display Basic accuracy Resolution (current) Name Voltage , =2963556 Conductor cross section solid min. Conductor cross section solid max. Conductor cross section stranded min. Conductor cross section stranded max. Conductor cross section AWG/kcmil min. Conductor cross section AWG Phoenix Contact
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HMI DISPLAY WITH PLC INTERFACE

Abstract: Nominal input voltage UN Input voltage range in reference to UN Typical input current at UN Switching threshold "0" signal in reference to UN Switching threshold "1" signal in reference to UN Reaction time in , outputs Nominal output voltage Continuous load current Output data, signaling contact Name Measuring via , connection Stripping length Conductor cross section solid min. Conductor cross section solid max. Conductor cross section stranded min. Conductor cross section stranded max. Conductor cross section AWG/kcmil min
Phoenix Contact
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HMI DISPLAY WITH PLC INTERFACE

Abstract: Nominal input voltage UN Input voltage range in reference to UN Typical input current at UN Switching threshold "0" signal in reference to UN Switching threshold "1" signal in reference to UN Reaction time in , outputs Nominal output voltage Continuous load current Output data, signaling contact Name Measuring via , connection Stripping length Conductor cross section solid min. Conductor cross section solid max. Conductor cross section stranded min. Conductor cross section stranded max. Conductor cross section AWG/kcmil min
Phoenix Contact
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GR-253-CORE

Abstract: T7296 via a serial transport overhead access channel. Configurable as dedicated DCC channels. Software-controlled linear 1 + 1 protection via dedicated interface-to-protection card. Full-path termination and SPE , 8 kHz frame and 2 kHz superframe to system/shelf timing reference by setting the transmit STS , reference by setting the transmit VT/TU pointers to fixed values for asynchronous mapping or by , case of byte-synchronous mapping. Supports UPSR applications via the dedicated ring interface and an
Agere Systems
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ATTL7541

Abstract: the need for ex ternal zero cross switching circuitry. State control is via logic level inputs so no , steered to ground via diodes and the integrated SCR. Power cross is also reduced by the current limiting , , negative lightning is directed to bat tery via steering diodes in the diode bridge. For power cross and , reliability No impulse noise generation No zero cross switching required Make-before-break , , only as a reference for the integrated protection circuit. The ATTL7581 will enter an "all off" state
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OCR Scan
ATTL7541 ATTL7581AC/BC ATTL7581AAE/BAE
Abstract: to ground via diodes and the integrated SCR. Power cross is also reduced by the current limiting , Impulse noise generation â  No zero cross switching required â  Make-before-break, break-before-make , during ring cadence or ring trip, thus eliminating the need for ex­ ternal zero cross switching circuitry. State control is via logic level inputs so no additional driver circuitry is required. The , , only as a reference for the integrated protection circuit. The ATTL7581 will enter an "all off" state -
OCR Scan
QGSG02

pin diagram of ic 7495

Abstract: features of ic 7495 . s Synchronizes 8 kHz frame and 2 kHz superframe to system/shelf timing reference by setting the , bytes via a serial transport overhead access channel. Configurable as dedicated DCC channels. s , system/shelf timing reference by setting the transmit VT/TU pointers to fixed values for asynchronous , 1 protection via dedicated interface-to-protection card. s Full-path termination and SPE , mapping. Supports UPSR applications via the dedicated ring interface and an external tributary selector
Agere Systems
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TMXB28155 pin diagram of ic 7495 features of ic 7495 GR-253-CORE T7296 T7698 30L-15P-BA PB01-116BBAC PB01-005PDH

CPC7582

Abstract: CPC7582BA cross" switching circuitry. State control is via logic level input so no additional driver circuitry is , Monolithic IC reliability · Low matched RDSON · Eliminates the need for zero cross switching · Flexible , Test Access VBAT Reference (16) TRING(4) TACCESS(5) SW3 Ringing Return (3) TBAT , is used only as a reference for internal protection circuitry. If VBAT rises above -10V, the device , SLIC Zero cross current has occurred Closed www.clare.com Ring Return Switch 3 Closed Open
CP Clare
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CPC7582 CPC7582BA CPC7582BB CPC7582BA-TR CPC7582BB-TR ringing cadence generator DS-CPC7582BA-R1
Abstract: trip are minimized, possibly eliminating the need for external zero cross switching circuitry. State control is via logic level inputs, so no additional driver cir cuitry is required. The line break switch , lightning is reduced by the current-limiting circuitry and steered to ground via diodes and the integrated SCR. Power cross is also reduced by the currentlimiting and thermal shutdown circuits. The L7581Bxx , particularly critical. A battery voltage is also used by the L7581, only as a reference for the integrated -
OCR Scan
DS97-198ALC DS97-007ALC

DIAGRAM IC an 7582

Abstract: RING GENERATOR trip, thus eliminating the need for external "zero cross" switching circuitry. State control is via , via diodes and the integrated SCR. Power cross transients are also reduced by the current limiting and , IC reliability · Low matched RDSON · Eliminates the need for zero cross switching · Flexible switch , SW3 Ringing Return SW1 Break SCR and Trip Circuit TRING (4) VBAT Reference (16) TIP R1 , ) 1000V 1V BAT is used only as a reference for internal protection circuitry. If VBAT rises above -10V
CP Clare
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DIAGRAM IC an 7582 RING GENERATOR N1016 1-800-27-CLARE DS-CPC7582-R1

temic triac dip 16

Abstract: ignition with triac d.c. component in the load circuit D Reference voltage variable by external resistance D Current , limitations The voltage limitation contained in the IC allows it to be powered from mains via series , reference voltage. Synchronization TELEFUNKEN Semiconductors transition through null and 2/3 after it , full-wave logic circuit, is proof against continuous short-circuit, and delivers to Pin 5, via an , available not only at reference Pin 1 but also at the non-inverted input of the comparator. Current sink
Temic Semiconductors
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temic triac dip 16 ignition with triac TEA Series P06V telefunken 1024 ozone generator circuit 88/540/EEC 91/690/EEC D-74025
Abstract: eliminating the need for external "zero cross" switching circuitry. State control is via logic level input so , IC reliability · Low matched RDSON · Eliminates the need for zero cross switching · Flexible switch , SW3 Ringing Return SW1 Break SCR and Trip Circuit TRING (4) VBAT Reference (16) TIP R1 , ) 1000V 1V BAT is used only as a reference for internal protection circuitry. If VBAT rises above -10V , Zero cross current has occurred Closed Ring Return Switch 3 Closed Open Ring Access Switch 4 Open CP Clare
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854370

Abstract: downloads. WEEE/RoHS-compliant since: 10/02/2008 Technical data Input data Potentiometer Reference , supply Supply voltage Current consumption Connection data Conductor cross section solid min. Conductor cross section solid max. Conductor cross section stranded min. Conductor cross section stranded max. Conductor cross section AWG/kcmil min. Conductor cross section AWG/kcmil max Stripping length Type of , rails according to EN 60715 MCR power terminal block for supplying several MINI Analog modules via the
Phoenix Contact
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854370 IF-2009 MINI-PS-100-240AC/24DC/1 MINI-SYSPS-100-240AC/24DC/1

soft starter diagram

Abstract: POLARITY REVERSING RELAY voltage UN Input voltage range in reference to UN Typical input current at UN Protective circuitry Surge , connection Stripping length Conductor cross section solid min. Conductor cross section solid max. Conductor cross section stranded min. Conductor cross section stranded max. Conductor cross section AWG/kcmil min. Conductor cross section AWG/kcmil max Screw thread General data Width Height Depth Control input right , , designate three types of fuse. 1. Motor protection via bi-metal relay or switch, adjusted to the load
Phoenix Contact
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soft starter diagram POLARITY REVERSING RELAY 6-24DC
Abstract: Control input right/left Nominal input voltage UN 24 V DC Input voltage range in reference to UN , Conductor cross section solid min. 0.2 mm² Conductor cross section solid max. 6 mm² Conductor cross section stranded min. 0.2 mm² Conductor cross section stranded max. 4 mm² Conductor cross section AWG/kcmil min. 24 Conductor cross section AWG/kcmil max 10 Screw thread M3 , . You may, however, designate three types of fuse. 1. Motor protection via bi-metal relay or switch Phoenix Contact
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5kw inverter schematic

Abstract: triangle wave generator using 741 . J12 connects COMMON to ground via a 50 W resistor. This input allows use of differential inputs or , testing using the "cross plot" method described on the following page. Optional Equipment 1. DSP ­ , effects, etc. The data is available at the CON2 connector. 2. REFERENCE SUPPLIES ­ Internal reference voltages can be used by connecting VRT to VRTS through jumper J3 (top position) and connecting , to the SMB coax connector labeled CLOCK. Note the 50 input impedance. This drives the MP8785 via a
Exar
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MP8785AB 5kw inverter schematic triangle wave generator using 741 sine wave generator using 741 1kw sine wave inverter circuit diagram 5kw inverter circuit diagram precision Sine Wave Generator
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