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ISL32175EFBZ Intersil Corporation SPECIALTY TELECOM CIRCUIT, PDSO16, ROHS COMPLIANT, PLASTIC, MS-012AC, SOIC-16
ISL3175EIUZ Intersil Corporation ±15kV IEC ESD Protected, 3.3V, Half-duplex, 500kbps RS-485/RS-422 Transceiver with Tx/Rx enable; MSOP8, SOIC8; Temp Range: -40° to 85°C
ISL32175EFBZ-T Intersil Corporation SPECIALTY TELECOM CIRCUIT, PDSO16, ROHS COMPLIANT, PLASTIC, MS-012AC, SOIC-16
ISL3175EIUZ-T Intersil Corporation ±15kV IEC ESD Protected, 3.3V, Half-duplex, 500kbps RS-485/RS-422 Transceiver with Tx/Rx enable; MSOP8, SOIC8; Temp Range: -40° to 85°C
ISL32175EFVZ-T Intersil Corporation SPECIALTY TELECOM CIRCUIT, PDSO16, ROHS COMPLIANT, TSSOP-16
ISL32175EFVZ Intersil Corporation SPECIALTY TELECOM CIRCUIT, PDSO16, ROHS COMPLIANT, TSSOP-16
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946-A4V-2D-2C0-175E Honeywell Sensing and Control Allied Electronics & Automation - $1157.62 $1157.62
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946-A4V-2D-2C0-175E datasheet (1)

Part Manufacturer Description Type PDF
946-A4V-2D-2C0-175E Honeywell PROXIMITY SENSOR ULTRASONIC 2000MM 30V Original PDF

946-A4V-2D-2C0-175E Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2001 - 946-A4V-2D-2C0-175E

Abstract: ultrasonic range micro meter ultrasonic distance meter diagram transistor a946 ultrasonic range meter ULTRASONIC METER ultrasonic distance meter 946-A4V-2D-2C0-380E ultrasonic sensor circuit 804000A09M020
Text: (7.87-78.74) Cable 4 - 20 mA 0 - 10 VDC 946-A4V-2D-2C0-175E 60 - 500 (2.36-19.7) Cable 4 - , Listings 946- A4V -3D-2C0-65E 946- A4V -2D-2C0-85E 946-A4V-2D-2C0-175E 946- A4V -2D-2C0-380E Max , Termination* Digital Output Catalog Listing 800 - 6000 (31.5-236) Connector PNP 946- A4V -2D-001-65E 200 - 1000 (7.87-39.4) Connector PNP 946- A4V -2D-001-175E 60 - 300 (2.36-11.8) Connector PNP 946- A4V -2D-001-400E * Standard target is 120 mm thick square of mild steel


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PDF 175E/380E 804000A09M020 804001A09M020 946-A4V-2D-2C0-175E ultrasonic range micro meter ultrasonic distance meter diagram transistor a946 ultrasonic range meter ULTRASONIC METER ultrasonic distance meter 946-A4V-2D-2C0-380E ultrasonic sensor circuit 804000A09M020
2012 - Not Available

Abstract: No abstract text available
Text: . Sealing LED indicator 946- A4V -2D-2C0-85E 946-A4V-2D-2C0-175E 946- A4V -2D-2C0-380E 30 mm [1.18 in , protection Operating temperature Storage temperature Sealing LED indicator 946A4V-2D-001-65E 946- A4V -2D-001-175E 946- A4V -2D-001-400E 30 mm [1.18 in] dia. stainless steel 6000 mm [236 in] 350 mm [13.8 in , Diameter, Precision Digital Outputs Table 3: Order Guide and Specifications for Cable Versions 946- A4V


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PDF setpoints33 000740-1-EN
946-A4V-2D-2C0-175E

Abstract: Ultrasonic Distance sensor 941-C2V-2E-1C0 942-T4N-2D-1C1-200E honeywell ultrasonic ultrasonic distance meter 943-T4V-2D-001-130E 942-M3A-2D-1G1 943-F4V-2D-001-180E 941-C2V-2E-001
Text: the body. Notes: 126 Thru scan 946-A4V-2D-2C0-175E Steel * Retroreflective models do not have a dead zone. The distance indicated is the minimum sensing distance. No 946- A4V , distance: Min. sensing distance: Response time: REFERENCE 946- A4V -2D-001-400E REFERENCE 946-A4V-2D-2C0-175E , -T4V-2D-1D1-180E 944-T4V-2D-1D1-130E 946- A4V -2D-001-175E 250 350 120 127 2000 946- A4V -2D-001-65E M30* 400 M30 80 30 3500 2000 946- A4V -2D-2C0-380E 946- A4V -2D-2C0-65E 946- A4V


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PDF RS-232 RS-232 942-A4N 946-A4V-2D-2C0-175E Ultrasonic Distance sensor 941-C2V-2E-1C0 942-T4N-2D-1C1-200E honeywell ultrasonic ultrasonic distance meter 943-T4V-2D-001-130E 942-M3A-2D-1G1 943-F4V-2D-001-180E 941-C2V-2E-001
2001 - sk643

Abstract: 946-A4V-2D-001-400E capteur honeywell ultrasonic 400E 946-A4V-2D-001-175E 946-A4V-2D-001-65E FR26
Text: PK 104089-12 946- A4V -2D-001-400E/175E/65E Ultrasonic Distance Sensor Ultraschall Abstandssensor Capteurs Ultrasoniques ! WARNING ! PERSONAL INJURY DO NOT USE these products as safety or emergency stop devices, or in any other application where failure of the product could result in personal , Range / Erfassungsbereich / Plage de détection M30x1.5 M12x1 36.00 22.00 94 946- A4V -2D-001-400E 12 27,5 946- A4V -2D-001-175E 946- A4V -2D-001-65E Dimensions / Abmessungen / Dimensions (mm


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PDF 946-A4V-2D-001-400E/175E/65E sk643 946-A4V-2D-001-400E capteur honeywell ultrasonic 400E 946-A4V-2D-001-175E 946-A4V-2D-001-65E FR26
2015 - Not Available

Abstract: No abstract text available
Text: external Filter ±8kV Air Discharge, ±6kV Contact Discharge Level 3, 10V/M ±4V Applied ±4V Applied


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PDF 2250VDC EN-50155 EN-50121-3-2 RPR30-11005S-B RPR30 40VDC 160VDC,
a2v-16 photodiode array

Abstract: 970nm A5V-35 A5C-35 A5C-38 uv photodiode, GaP A4V-8
Text: Current / element (mA) mm (inches) 2 10 mW/cm 2850 ºK A4V -2 A4V -2L § 4 A4V -6 A4V -6L 6 A4V -8 A4V -8L 8 A4V -10 A4V -10L 10 A4V -12 A4V -12L 2 2 A4V -4 A4V


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PDF A4V-10 A4V-10L A4V-12 A4V-12L a2v-16 photodiode array 970nm A5V-35 A5C-35 A5C-38 uv photodiode, GaP A4V-8
a2v-16 photodiode array

Abstract: A5V-35 A5C-38 A2V-76 A2V-16 A4V-10 photoconductive A5V35UV A5V-35UV A5V-38
Text: / element (mA) mm (inches) 2 10 mW/cm 2850 ºK A4V -2 A4V -2L § 4 A4V -6 A4V -6L 6 A4V -8 A4V -8L 8 A4V -10 A4V -10L 10 A4V -12 A4V -12L 2 2 A4V -4 A4V -4L Open Circuit


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PDF A4V-10 A4V-10L A4V-12 A4V-12L a2v-16 photodiode array A5V-35 A5C-38 A2V-76 A2V-16 A4V-10 photoconductive A5V35UV A5V-35UV A5V-38
sa 165a

Abstract: ioa 0 1610A
Text: IIYII - SB; mW&WMWì mü^jaijü^fHj^íé^. nrfflT-MWím. ««¿maigftftttrë. ü-s- i»* (25t ) ÄÜ i« 08 i*. DB Hi it A «X m ÌK i*, ¿h ±25At Q ±36At tatti di i*, «.tí./*. th Ail di/día*.*«.*/*, •fft A »•»SÄ./«.*.» HYH-SB-13-5A HYH-SB-16-5A ±5A O-± IOA 5:1000 ±25mA/ ±4V HYII-SB-13-10A HYH-SB-16-10A ± IOA 0~±20A 2:1000 ±20mA/ ±4V HYH-SB-13-20A HYH-SB-16-20A ±20 A 0~± 30A 1:1000 ±20mA/ ±4V HYH-SB-13-30A HYH-SB- 16-30A ± 30A 0~ ± 40A 1:1000 ± 30mA/ ±4V


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PDF HYH-SB-13-5A HYH-SB-16-5A 25mA/Â HYII-SB-13-10A HYH-SB-16-10A 20mA/Â HYH-SB-13-20A HYH-SB-16-20A HYH-SB-13-30A sa 165a ioa 0 1610A
Not Available

Abstract: No abstract text available
Text: full scale output voltage of ±4V . The HA2557/883 is not limited to multiplication applications only , , -55°C VY, VX = ±4V 1 +25°C 1 Nominal 2500Q MIN MAX VY, Vx = ±4V FS= 1.6mA , 1 VY = ±4V -10 +125°C, -55°C 2 ,3 Input Offset Voltage (Vx) loo +25°C 2 , 2,3 VYIO dB 1 Vx = ±4V dB - 2 ,3 Input Offset Voltage (VY) - 1 VEE , 10 ns +OS.-OS VY = -4V to +4V Step VX = 4V 1 +25°C - 10 % VY = ±4V , Vx


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PDF HA-2557/883 MIL-STD883 -52dB 130MHz 75MHz 200mVp
Not Available

Abstract: No abstract text available
Text: ±4V . The HA-2557/883 is not limited to multiplication applications only, frequency doubling , -3 3 %FS 2,3 +125°C, -55°C -6 6 %FS VY, Vx = ±4V 1 +25°C -0.25 , , Vx = ±4V FS = 1.6mA Vx, VY = OV UNITS Input Bias Current (Vx) Vxio Vx = 0V, VY = 4V -10 10 tiA -15 15 ma 1 VY = ±4V +25°C +125°C, -55°C +25°C -15 15 , ) lB(VY) Vx = ±4V +125°C, -55°C 2,3 Input Bias Current (VY) 1 2,3 VYIO +125°C


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PDF HA-2557/883 MIL-STD883 HA-2557/883 130MHz 71mils 100mils 19mils 05A/cm2
2013 - Not Available

Abstract: No abstract text available
Text: ˆ’2A VDS = −4V 4 3 2 1 0 0 1 2 3 4 5 Qg - Gate Charge (nC) 6 7 8 , = 0V, VDS = –4V –1 μA IGSS Gate to Source Leakage Current VDS = 0V, VGS = –4V , mΩ VGS = –4.5V, IDS = –2A 10.2 12.2 mΩ gfs Transconductance VDS = –4V , Fall Time VGS = 0V, VDS = –4V , f = 1MHz 250 pF 8.4 nC Ω nC 1.6 nC nC 2.7 nC 10.4 VDS = –4V , VGS = 0V 1.0 0.8 VDS = –4V , ID = –2A ns 8.4 ns


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PDF CSD22202W15 SLPS431
1993 - RH27AEW

Abstract: No abstract text available
Text: ±11V (RH27C) VCM = ±10V (RH27C) 114 100 1 VS = ±4V to ±18V (RH27E) VS = ±4.5V to ±18V (RH27E) VS = ±4V to ±18V (RH27C) VS = ±4.5V to ±18V (RH27C) 100 1 94 1 RL ≥ 2kΩ, VO = ±10V (RH27E) RL ≥ 600Ω, VO = ±1V (RH27E) VS = ±4V 4 4 1000 250 RL ≥ 2kΩ, VO = ±10V (RH27C) RL ≥ 600Ω, VO = ±1V (RH27C) VS = ±4V 700 200 4 4 ±12 ±10  , 100 90 dB dB PSRR Power Supply Rejection Ratio VS = ±4V to ±18V (RH27E) VS = ±4V to


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PDF 500mW MIL-STD-883 rh27fd RH27AEW
2014 - Not Available

Abstract: No abstract text available
Text: ● Operating Voltage ±4V ~±18V ● High Voltage Gain 100dB typ. ● High Input Resistance 5MΠ, =85ºC 2 1 5 + - + V /V =±18V - V /V =±15V 4 3 + - V /V = ±4V 2 1 , = ±4V Input Offset Voltage [mV] Input Offset Voltage [mV] - V /V =±15V 7 1.0 0.0 + , Voltage vs. Common-Mode Input Voltage + Input Bias Current vs. Temperature - + V /V = ±4V


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PDF NJM4558C NJM4558C NJM741 NJM741
940-A4V-2E-1C0

Abstract: honeywell 940 940a4v2e1c0 940-A4V-2D-001 942QB honeywell 940-a4y 940-A4V-2D-002 HONEYWELL 940-A4V RKT-5 honeywell 940-a4y-2e-160
Text: . 940- A4V -2D-001 940- A4V -2D-002 YES - Analog 940- A4V -2E-1C0 LED 272,1g (9.6 oz


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PDF 940-A4V-2D-001 940-A4V-2D-0 942QD 942QA 942QB 940-A4V-2E-1C0 honeywell 940 940a4v2e1c0 940-A4V-2D-001 honeywell 940-a4y 940-A4V-2D-002 HONEYWELL 940-A4V RKT-5 honeywell 940-a4y-2e-160
2013 - Not Available

Abstract: No abstract text available
Text: ● Operating Voltage ±4V ~±18V ● High Voltage Gain 100dB typ. ● High Input Resistance 5MΠ, =±18V - V /V =±15V 4 3 + - V /V = ±4V 2 1 0 0 0 ±2 ±4 ±6 ±8  , Ambient Temperature [ºC] Ta=25ºC 3.0 V /V = ±4V V /V =±15V -25 Input Offset Voltage , ] Input Bias Current vs. Temperature - V /V = ±4V 40 30 20 10 0 -2.0 -4 -3 -2


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PDF NJM4558C NJM4558C NJM741 NJM741
a6ke

Abstract: a40V c2bl B60V coy 11
Text: 7 A0V A 1V A2V A3V A4V A5V A6V A7V A0U A1U A2U A3U A4U A5U A6U A7U A0Y A1Y A2Y A3Y A4Y A5Y A6Y A7Y BOV B1V B2V 32 B P P 1 YUV AOV A1V A2V A3V A4V A5V A6V A7V AOU A 1U A2U A3U A4U A5U A6U A7U AOY , B60VL8 B 7 0V L8 YUV O VL82 AOV A1V A2V A3V A4V A5V A6V A7V AOU A 1U A 2U A3U A4U A5U A6U A 7U AOY , AP YC = 1 YUV Y U V w ith L u m a K e y4 SW AP YC = 0 SW AP YC - 1 SWAP YC * 0 A1V A2V A3V A4V , A4V A5V A6V A7V SWAP YC = 0 A0V A1V A2V A3V A4V A5V A6V A7V A1Y A2Y A3Y A4Y A5Y A6Y A7Y SW AP


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PDF RGB624/RGB624DB a6ke a40V c2bl B60V coy 11
Not Available

Abstract: No abstract text available
Text: —6V, lc = 0 V ceo I c ~ —30mA, lc = 0 hFF.t V c e = —4V , I c = —0.1A typ- -1 V -6 0 35 hFE2 V c e = —4V , I c = —1A Base-em itter voltage V be V c e = —4V , Ic = —1A - 1 .2 Collector-emitter saturation voltage VcE I c = - 2 A , IB = - 0


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PDF PU3226
N08A

Abstract: CLM4135M CLM4135N CLM4335M CLM4335N M16A soic-16 copper heat sink
Text: Limit (Note 5) Limit (Note 5) Avi Voltage Gain 1 0.95 0.92 0 90 VA/Min RL= 1KQ, VIN = ±4V AV2 , 2000 1500 Whs Vin = ±4V , Rl = 1 K£i (Note 2) SR2 Slew Rate 2 1500 1000 800 Vin = ±4V , Rl = 50C


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PDF 220MHz CLM4135/CLM4335 700V/ns 220MHz CLM4135 CLM4335 100mV N08A CLM4135M CLM4135N CLM4335M CLM4335N M16A soic-16 copper heat sink
Not Available

Abstract: No abstract text available
Text: : ®±50mA© ±4V (3)in/'#»« (D± lOOmACD ±4V (J)*1^ mx. ± I2V~ ± 15V ±0.5% <0.2% 3kV/501lz/lmin


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PDF YH-SB-4-50A HYH-SB-4-100A HYH-SB-4-200A 3kV/501lz/lmin I00ppm/C 00A/pS 100kHz
1995 - LTC1429

Abstract: No abstract text available
Text: configured for output voltages of –3.5V, –4V , –4.5V or –5V. The LTC1429CS8 is optimized for applications which require a fixed –4V output from a 5V supply and requires only a single external 0.1µF , Corporation. U TYPICAL APPLICATION Waveforms for –4V Generator with Power Valid – 4V Generator , –4V AT 10mA *C3 0.001µF + 1 5V C4 3.3µF POWER VALID SYNC/SD 5V 0V 5V , ) 6.5 7.0 LTC1429 • TPC02 VOUT = –4V ± 5% TA = 25°C 40 35 30 25 DOUBLER MODE


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PDF LTC1429 LTC1429CS LTC1429CS8 LT1121 150mA, LTC1261 LTC1550/LTC1551 LTC1429
OP227

Abstract: No abstract text available
Text: ±4.5V to ±18V dB dB 108 — Vg = ±4V to ±18V Power Supply Rejection Ratio — -5 , PSRR dB c Vg = ±4V to ±18V Power Supply Rejection Ratio 'o s + = ('b+a) ' ('b+b^ 'o , +11V PSRR Vg = ±4V , ±18V o < 'SY < °n 'b dB 114 10 mV ±0.5 vo , 'os mV/V 180 Vg = ±4V , ±18V CO < o > T a = +125'C II Subgroup 2 +i


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PDF 152-01E OP-227/883 10OHz 100Hz OP-227) 14-PIN OP227
Not Available

Abstract: No abstract text available
Text: . rate PNR N.O. NPN, N.O. 940- A4V -2D-001 940- A4V -2D-002 Analog LED 940- A4V -2E-1 CO


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PDF 942QD 942QA Deflector/942QB USS1630
LT1207

Abstract: LT1361 LT1497 LT1795 LT1813 LT1886 LT1886CS8
Text: Ratio Vg = ±2V to ±6.5V • 80 86 78 dB dB avol Large-Signal Voltage Gain Vqut = ±4V , R|_= 100Î2 • 5.0 4.5 12 V/mV V/mV Vqut = ±4V , Rl = 25ÌÌ • 4.5 4.0 12 V/mV V/mV VoUT Output Swing , Separation Vout = ±4V , RL = 25ii • 82 92 80 dB dB Is Supply Current Per Amplifier • 7 8.25 8.50 mA mA , between ±1,5V on a ±4V output for ±6V supplies, and between ±1V on a±2V output for±2.5V supplies


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PDF 700MHz, 700MHz Gain-of-10 200mA -72dBc 200kHz 400nA at-40Â LT1207 LT1361 LT1497 LT1795 LT1813 LT1886 LT1886CS8
2003 - Not Available

Abstract: No abstract text available
Text: VCM = –4V VCM = 5V 125 2.5 750 5.5 nA µA Input Bias Current Match (Channel-to-Channel) (Note 9) VCM = –4V VCM = 5V 150 150 1250 1500 nA nA Input Offset Current VCM = –4V VCM = 5V 100 50 1000 1000 nA nA Input Noise Voltage 0.1Hz to 10Hz en , Voltage Gain VO = –4V to 4V, RL = 1k VO = –1.5V to 1.5V, RL = 100Ω 20 2 55 5 V/mV V , Frequency = 2MHz, RL = 1k 83 MHz SR Slew Rate AV = –1, RL = 1k, VO = ±4V Measured at VO =


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PDF LT1803/LT1804/LT1805 85MHz, 85MHz 21nV/â OT-23 14-Pin LT6200-5 95nV/Hz, 800MHz LT6200-10
Not Available

Abstract: No abstract text available
Text: (Note 5) TYP L im it (Note 5) UNITS CONDITIONS R l = 1KQ, V in = ±4V Avi Voltage , CONDITIONS V in = ±4V , Rl = 1KQ (Note 2) Vin = ±4V , Rl = 50Î2 (Note 2) V in —±1 OOmVppj Rl = 1KÎ2


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PDF 220MHz CLM4135/CLM4335 CLM4135 220MHz. 700V/ns 120pF 1500U.
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