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SRBW-4C-24G (1-1617084-7) TE Connectivity (1-1617084-7) SRBW-4C-24G = SR RELAY
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W193RE2A3-24G Struthers-Dunn Master Electronics 13 $69.78 $65.21

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w131mpcx-3

Abstract: W104MPCX-3 W104MPCX-6 RR1A W104MPCX-149 W193RE2A3-12G w101mpcx-6 W101MPCX-3 W193RE1A3-12G W104MPCX-150
Text: 0.5 70 360 6 W193RE2A3-12G 8 12 9.0 1.0 280 500 W193RE2A3-24G I I 5 , 350 70 W193RE1C3-12G 12 9.0 1.0 420 350 W193RE1C3- 24G 24 18.0 2.0 2300 250 W193RE1A3-12G 6 W193RE1A3- 24G 5 12 24 50 350 250 10 VA 0.5 AMP 200 , -6G 4 5 6 W193RE2C3-12G 7 I I 8 W193RE2C3- 24G PART NUMBERS SHOWN AVAILABLE THRU , -12G 12 9.0 1.0 210 690 W193RE3A3- 24G 24 18.0 2.0 1150 500 W193RE3C3


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CLARE PRMA1A05

Abstract: gordos relay clare mercury mercury-wetted contact relay DSS41A05 DSS41A05B PRMA1A05 clare hamlin mercury relay clare mercury-wetted relay gordos 741a PRMA2A05B
Text: Operating: 50 g's SPDT 1 I 2 W193RE1C3-12G 12 420 350 3 4 W193RE1C3- 24G 24 2300 250 5 6 W193RE2A3-12G 12 280 500 W193RE2A3-24G 24 1500 390 W193RE2C3-12G 12 280 500 W193RE2C3- 24G 24 1500 390 DPST - N. O , , DPDT, 0.5 AMP 6 W193RE1A3-12G 12 420 350 W193RE1A3- 24G 24 2300 250 , 690 5 6 W193RE3A3- 24G 24 1150 500 7 III 4 8 9 1.15 MAX. (29.2


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PDF 117SIP 107DIP 171DIP FEATDIP-35 721E0510 W172DIP-37 721E1210 W172DIP-38 721E2410 CLARE PRMA1A05 gordos relay clare mercury mercury-wetted contact relay DSS41A05 DSS41A05B PRMA1A05 clare hamlin mercury relay clare mercury-wetted relay gordos 741a PRMA2A05B
IN751a

Abstract: IN756 in750A IN755A in758a IN755 IN752a IN759 IN757 1N75SA
Text: 3.87 4. 73 20 22 20 2 1 24G 1N749A =•■-■/y 400 90 4.3 20 22 20 VzÜ8± 5% 24C 1N749A a —A 400 4.09 4. 52 20 22 20 2 1 24G 1N750 a —A 400 4. 23 5. 17 20 19 20 2 1 24G 1N750A 400 85 4.7 20 19 20 VzB±5X 24C 1N750A a — A 400 4. 47 4. 94 20 19 20 2 1 24G 1N751 n —A 400 4. 59 5. 61 20 17 20 1 1 24G 1N751A =>■-■/y 400 75 5. 1 20 , 5. 04 6.16 20 11 20 1 1 24G 1N752A =L-'/y 400 70 5.6 20 11 20 Vz|I±5X 24C 1N752A


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PDF 1N748A 11U48A 1N749 1N749A 1N749A 1N750 1N750A 1N957 1N957A 1N957B IN751a IN756 in750A IN755A in758a IN755 IN752a IN759 IN757 1N75SA
1N3606

Abstract: 1N916B 1N916A 1N916 1N914B 1N914A 1N914 1N3604 1N3600 1N3064
Text: 4 4 P=500mW 24G 1N914 SS 100 75 450 150 2 1 10 5 75 0. 9 4 2 4 P=500mW 24B 1N914A a — A 100 75 450 150 2 1 30 0. 025 20 4 4 P=500mW 24G 1N914A 100 75 450 150 2 1 20 5 75 0. 9 4 , 20 2 4 P=500mW 24G 1N916 JRS 100 75 450 150 2 1 10 5 75 0. 9 2 2 4 P=500mW Z4B 1N916A a — A 100 75 450 150 2 1 30 0. 025 20 2 4 P=500mW 24G 1N916A SS 100 75 450 150 2 1 20 5 75 0. 9 2 2 4 P=500mW 24B 1N916B a — A 100 75 450 150 2 1 30 0.025 20 2 4 P=500mW 24G 1N916B


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PDF 10kHz 1N914 500mW 1N914A 1N914A 1N914B 1N3606 1N916B 1N916A 1N916 1N3604 1N3600 1N3064
IN5232B

Abstract: IN5234B IN5239B IN5240B 1N6237 IN5233B IN5235B IN5236B 1NS233 in5239
Text: S00 5. 32 5.88 20 11 20 1600 0. 25 0. 038 5 3 24G 1N5233 a — A 500 4. 80 7. 20 20 7 20 1600 0. 25 0. 038 50 3. 3 24G 1N5233A a — A 500 5. 40 6. 60 20 7 20 1600 0. 25 0. 038 5 3. 3 24G , ±5* 24C 1NS233B B — A 500 5. 70 6. 30 20 7 20 1600 0. 25 0. 038 5 3. 5 24G 1N5234 □ — A 500 4. 96 7. 44 20 7 20 1000 0. 25 0. 045 50 3. 8 24G 1N5234A □ — A 500 5. 58 6. 82 20 7 20 1000 0. 25 0.045 5 3. 8 24G 1N5234B HÌ 500 6. 2V±5 % 20 7 20 5 4 24C 1N5234B a-/S 500 73 6. 2


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PDF 1N5232B 1N5233 1N5233A 1N5233B 1N5239B 1H5239B 1N5239B 1N5240 IN5232B IN5234B IN5239B IN5240B 1N6237 IN5233B IN5235B IN5236B 1NS233 in5239
in4152

Abstract: IN916B 1N3755 1N916A 1N916 1N914B 1N914A 1N914 1N3604 1N3600
Text: 4 4 P=500mW 24G 1N914 SS 100 75 450 150 2 1 10 5 75 0. 9 4 2 4 P=500mW 24B 1N914A a — A 100 75 450 150 2 1 30 0. 025 20 4 4 P=500mW 24G 1N914A 100 75 450 150 2 1 20 5 75 0. 9 4 , 20 2 4 P=500mW 24G 1N916 JRS 100 75 450 150 2 1 10 5 75 0. 9 2 2 4 P=500mW Z4B 1N916A a — A 100 75 450 150 2 1 30 0. 025 20 2 4 P=500mW 24G 1N916A SS 100 75 450 150 2 1 20 5 75 0. 9 2 2 4 P=500mW 24B 1N916B a — A 100 75 450 150 2 1 30 0.025 20 2 4 P=500mW 24G 1N916B


OCR Scan
PDF 10kHz 1N914 500mW 1N914A 1N914A 1N914B in4152 IN916B 1N3755 1N916A 1N916 1N3604 1N3600
IN5248B

Abstract: IN5245B IN5242B in5242 IN5243B IN5246B in5245 in5248 IN5250 1N5244A
Text: Vztͱ5* 24C 1N5241B o - A 500 10.45 11. 55 20 22 ZO 600 0. 25 0.076 2 8. 4 24G 1N5242 o - A , . 25 0. 077 1 9. 1 240 1N5243 o - A 500 10. 40 15. 60 9. 5 13 9. 5 600 0. 25 0. 079 10 9.4 24G , œ+5* 24C 1N5243B a-A 500 12. 35 13. 65 9. 5 13 9. 5 600 0.25 0. 079 0. 5 9. 9 24G 1N5244 o — A 500 11. 20 16.80 9 15 9 600 0. 25 0.082 10 9. 5 24G 1N5244A D —A 500 12. 60 15. 40 9 15 9 600 0. 25 0. 082 0. 1 9. 5 24G 1N5244B Hi 500 14V+5X 9 15 9 0. 1 10 24C 1NS244B o. i -/y 500


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PDF 1N5241B 1NS241B 1N5242 1N5242A 1N524SB 1N5248B 1N5249 1N5249A 1NS249B IN5248B IN5245B IN5242B in5242 IN5243B IN5246B in5245 in5248 IN5250 1N5244A
IN965

Abstract: IN965B 1N960B 1N962 1N961B 1N961 1N960A 1N959B LT 24G 1H964
Text: 0. 5 50 6. 2 24G mm □ — A 400 7. 28 10. 92 14 7. 5 14 700 0.5 25 6. 3 24G 1N960A O — A 400 8. 19 10. 01 14 7. 5 14 700 0. 5 25 6. 6 24G 1N960B 400 35 9. 1 14 7. 5 14 Vztg , 12.00 12. 5 8. 5 12. 5 700 0. 25 10 6. 8 24G 111961A P — A 400 9. 00 11. 00 12. 5 8. 5 12. 5 700 0. 25 10 7. 2 24G 1N961B 3.-/y 400 32 10 12. 5 8. 5 12. 5 VztB±5* 24C 1N961B a — A 400 9. 50 10. 50 12. 5 8. 5 12. 5 700 0. 25 10 7. 6 24G 1N962 n — A 400 8. 80 13. 20 11. 5 9


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PDF 1N959B 1N960A 1N960B 1N960B 1N968A 1N968B 1N968B 1N969 1N969A IN965 IN965B 1N962 1N961B 1N961 LT 24G 1H964
IN916B

Abstract: 1N916B 1N914B 1N914A 1N914 1N3604 1N3600 1N3064 1N3063 in916
Text: 4 4 P=500mW 24G 1N914 SS 100 75 450 150 2 1 10 5 75 0. 9 4 2 4 P=500mW 24B 1N914A a — A 100 75 450 150 2 1 30 0. 025 20 4 4 P=500mW 24G 1N914A 100 75 450 150 2 1 20 5 75 0. 9 4 , 20 2 4 P=500mW 24G 1N916 JRS 100 75 450 150 2 1 10 5 75 0. 9 2 2 4 P=500mW Z4B 1N916A a — A 100 75 450 150 2 1 30 0. 025 20 2 4 P=500mW 24G 1N916A SS 100 75 450 150 2 1 20 5 75 0. 9 2 2 4 P=500mW 24B 1N916B a — A 100 75 450 150 2 1 30 0.025 20 2 4 P=500mW 24G 1N916B


OCR Scan
PDF 10kHz 1N914 500mW 1N914A 1N914A 1N914B IN916B 1N916B 1N3604 1N3600 1N3064 1N3063 in916
IN5231B

Abstract: IN5225B IN5230B IN5228B in5231 in4752a IN4751A IN5226B in4719a IN5223B
Text: . 9 24G 1N5230A n — A 500 4. 23 5.17 20 19 20 1900 0. 25 ±0. 030 5 1. 9 24G 1N5230B BSL 500 , 1N5230B o — A 500 4. 47 4. 94 20 19 20 1900 0. 25 ±0. 030 5 24G 1N5231 □ — A 500 4.08 6. 12 20 17 20 1600 0. 25 ±0.030 50 1. 9 24G 1N5231A n — A 500 4. 59 5. 61 20 17 20 1600 0. 25 + 0.030 5 1. 9 24G 1N5231B as 500 5. 1V+ 5 X 20 17 20 5 2 24C 1N5231B y 500 89 5. 1 20 17 20 , 24G 1N5232 o — A 500 4.48 6.72 20 11 20 1600 0. 25 0.038 50 2. 9 24G 1N5232A a — A 500 5.04


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PDF 12-S3 1N4748A 1N4749A 450mA. 190mA, 1N4750A 1N5230B IN5231B IN5225B IN5230B IN5228B in5231 in4752a IN4751A IN5226B in4719a IN5223B
2012 - Not Available

Abstract: No abstract text available
Text: ANT- 24G -S21 2.4GHz Mini-Stubby Antenna Features · 1/4 Wave Monopole Antenna · 21mm , Applications Ordering Information PART No ANT- 24G -S21-SMA ANT- 24G -S21-SMAR ANT- 24G -S21-SMR ANT- 24G , Stubby Antenna R/A SMA Reverse Polarity ANT- 24G -S21-1 ANT- 24G -S21 ANT- 24G -S21-SMA Straight , GHZ 3. Cable: CFD200, 500mm, SMA(M) to SMA(M) DS-24GS21-1 ANT- 24G -S21 VSWR Return Loss DS-24GS21-1 ANT- 24G -S21 ANT- 24G -S21-SMAR Right Angled Mechanical 1. 2. 3. SMA Connector


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PDF ANT-24G-S21 50ohm 500Vdc ANT-24G-S21-SMA ANT-24G-S21-SMAR ANT-24G-S21-SMR ANT-24G-S21-SMRR
1998 - FX0N-3A

Abstract: mitsubishi FX0n Melsec FX0N-485ADP FX0N-32NT-DP mitsubishi FXon FX2N-232-IF FX0n-16NT fx2n melsec FXon
Text: MELSEC FX0N/FX2N Kommunikationsmodule SONDERMODULE Profibus DP-Slave-Modul FX0N-32NT-DP þ FX0N þ FX2N 24G 24+ FG Das Profibus-Modul FX0N-32NT-DP ermöglicht die Integration eines , BASICS FX0N-16NT 24 + 24G FG 24 + 24G ECM SDA SDB SG RDA RDB SG FX0N-3A FX0N-485ADP 24 + 24G FG 24 + 24G FG SDA SDB SG RDA RDB SG FX0N-32NT-DP V IN 2 I IN 2 COM V IN 1 I IN 1 COM V OUT I OUT COM 24G 24+ FG 24G 24+ FG POWER BF FX2N-232IF 24+ DC


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PDF FX0N-32NT-DP FX0N-32NT-DP -32NT -32NT-DP FX0N-16NT FX0N-485ADP FX2N-232IF FX0N-232ADP FX0N-3A mitsubishi FX0n Melsec FX0N-485ADP mitsubishi FXon FX2N-232-IF FX0n-16NT fx2n melsec FXon
2008 - Transceiver Module 2.4GHz

Abstract: CC2500
Text: 2.4GHZ TRANSCEIVER MODULE QFM-TRX1- 24G Features • Complete RF Transceiver • Onboard , efficient SPI interface. Part Numbering Part Number Description QFM-TRX1- 24G Transceiver Module , MODULE QFM-TRX1- 24G Technical Specifications Dimensions A Name A C 3.8mm+-0.2mm G , TRANSCEIVER MODULE DSQFM-TRX-2 March 08 ©2008 Quasar (UK) Ltd. QFM-TRX1- 24G Page 3 2.4GHZ TRANSCEIVER MODULE DSQFM-TRX-2 March 08 ©2008 Quasar (UK) Ltd. QFM-TRX1- 24G Page 4 2.4GHZ


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PDF QFM-TRX1-24G 500Kbps CC2500 Transceiver Module 2.4GHz CC2500
2006 - 2.4Ghz vswr meter

Abstract: 2.4 GHz dipole antenna 2.4G Dipole Antenna RF 2.4Ghz antenna helical antenna 4001 2.4g dipole ANT-24G Antenna design
Text: optimum range and reliability to your application. Mini Helical Antenna · · · · ANT- 24G , ANT- 24G -DPL-FP Tuned to 2.4 - 2.5Ghz Rugged Plastic Finish +2.1dBi Gain 2.5 Metre Cable Mini Helical Antenna · · · · ANT- 24G -WHJ-SMA Tuned to 2.4 - 2.5Ghz Rugged Plastic Finish 90 Degree , ©2006 REG No 277 4001, ENGLAND. Page 1 2.4GHz Antenna ANT- 24G -HL90-SMA VSWR MECHANICAL DS029-1 Oct `06 ©2006 REG No 277 4001, ENGLAND. Page 2 2.4GHz Antenna ANT- 24G -DPL-FP VSWR


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PDF ANT-24G-HL90-SMA ANT-24G-DPL-FP ANT-24G-WHJ-SMA DS029-1 ANT-24G-WPJ-SMA 2.4Ghz vswr meter 2.4 GHz dipole antenna 2.4G Dipole Antenna RF 2.4Ghz antenna helical antenna 4001 2.4g dipole ANT-24G Antenna design
IN5252B

Abstract: IN5256B in5252 IN5250B 1S139 IN5253B IN5255B IN5254B 1N5252B IN5258B
Text: . 1 14. 3 24C 1N5250B o —A 500 19.00 21.00 6. 2 25 6. 2 600 0.25 0.086 0. 1 15 24G 1N5251 a — A 500 17. 60 26. 40 5. 6 29 5. 6 600 0. 25 0. 087 10 16. 2 24G 1N5251A n — A 500 19. 80 24. 20 5. 6 29 5. 6 600 0. 25 0. 087 0. 1 16. 2 24G 1N5251B HS 500 22V±5X 5. 6 29 5. 6 0. 1 17 , . 90 23. 10 5. 6 29 5. 6 600 0. 25 0. 087 0. 1 17 24G 1N5252 O —A 500 19. 20 28. 80 5. 2 33 5. 2 600 0. 25 0. 088 10 17. 1 24G 1N5252A n - A 500 21. 60 26. 40 5. 2 33 5. 2 600 0. 25 0.088 0. 1 17


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PDF 121JJ 1N525QB 1N5250B 1N5250B 1N5251 1N5251A 1N5251B 1N5251B 1S134 1S135 IN5252B IN5256B in5252 IN5250B 1S139 IN5253B IN5255B IN5254B 1N5252B IN5258B
IN5256B

Abstract: IN5251B 1S136 IN5250B 1N5251A 1N5251 1N5250B IN5255B IN5254B 1N5254B
Text: . 1 14. 3 24C 1N5250B o —A 500 19.00 21.00 6. 2 25 6. 2 600 0.25 0.086 0. 1 15 24G 1N5251 a — A 500 17. 60 26. 40 5. 6 29 5. 6 600 0. 25 0. 087 10 16. 2 24G 1N5251A n — A 500 19. 80 24. 20 5. 6 29 5. 6 600 0. 25 0. 087 0. 1 16. 2 24G 1N5251B HS 500 22V±5X 5. 6 29 5. 6 0. 1 17 , . 90 23. 10 5. 6 29 5. 6 600 0. 25 0. 087 0. 1 17 24G 1N5252 O —A 500 19. 20 28. 80 5. 2 33 5. 2 600 0. 25 0. 088 10 17. 1 24G 1N5252A n - A 500 21. 60 26. 40 5. 2 33 5. 2 600 0. 25 0.088 0. 1 17


OCR Scan
PDF 121JJ 1N525QB 1N5250B 1N5250B 1N5251 1N5251A 1N5251B 1N5251B 1S134 1S135 IN5256B IN5251B 1S136 IN5250B IN5255B IN5254B 1N5254B
2008 - QFM-TRX1-24G

Abstract: transceiver module cc2500 2.4 GHz rf module 2.4GHz transceiver CC2500 collision avoidance 24GHz transceiver
Text: 2.4GHZ TRANSCEIVER MODULE QFM-TRX1- 24G Features · Complete RF Transceiver · Onboard Data , Number Description QFM-TRX1- 24G Transceiver Module 2.4GHz *Range stated is for modules used , ©2008 Quasar (UK) Ltd. Page 1 2.4GHZ TRANSCEIVER MODULE QFM-TRX1- 24G Technical , -2 March 08 ©2008 Quasar (UK) Ltd. QFM-TRX1- 24G Page 3 2.4GHZ TRANSCEIVER MODULE DSQFM-TRX-2 March 08 ©2008 Quasar (UK) Ltd. QFM-TRX1- 24G Page 4 2.4GHZ TRANSCEIVER MODULE QFM-TRX1- 24G


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PDF QFM-TRX1-24G 500Kbps CC2500 QFM-TRX1-24G transceiver module cc2500 2.4 GHz rf module 2.4GHz transceiver CC2500 collision avoidance 24GHz transceiver
2012 - Not Available

Abstract: No abstract text available
Text: products in the DN-24 series, the DN- 24G and the DN-24GI. The DN- 24G provides an RS-232C serial interface , , Point-to-Multipoint, Peer-to-Peer and Store & Forward Ad Hoc TDMA DN- 24G RS-232C Configuration 9-pin connector , DN- 24G and the DN-24GI. The DN- 24G provides an RS-232C serial interface with optional hardware flow , , Inc. As shown in the block diagrams above, data to and from a DN- 24G are routed through an RS232C , forward DNT24-based wireless networks. Page 3 of 5 DN-24 - 04/04/12 DN- 24G Power Connector


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PDF DN-24 RS-232C RS-232C/RS-485 128-Bit DN-24 DN-24G DN-24GI.
1ss135

Abstract: 1SS152 ISS133 1SS116 1SS131 ISS132 1SS175 250mff 1SS104 ISS149
Text: ¡1 a) Vr(v) TCC) typ max typ max 1SS94 O —A 40 35 600 200 1 100 0. 5 35 3 2 P=300m» 24G , -300mW 24G 1SS140 a — A 55 50 350 120 0. 5 1. 2 100 0. 01 25 3 50 P=300m» 24G 1SS141 p - A 40 35 300 110 0. 4 1. 2 100 0. 01 20 3 50 P=300mW 24G 1SS142 n — A 300 250 625 200 1 1 100 0. 5 250 10 400 P=300«W 24G 1SS143 D —A 250 200 625 200 1 1 100 0. 5 200 10 400 P=300m» 24G 1SS144 a — A 200 150 625 200 1 1 100 0. 5 150 10 400 P=300mW 24G 1SS145 B — A 300 250


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PDF 1SS94 1SS104 300mW 150mW P-250m 1SS115 250mW 1SS116 1SS173A 1ss135 1SS152 ISS133 1SS131 ISS132 1SS175 250mff 1SS104 ISS149
2006 - EMA112-CP083

Abstract: No abstract text available
Text: Range 0.5 P1dB Power at 1dB Compression VDD = 8.0V, F= 2.4G 27.0 28.0 dBm GSS Small Signal Gain 13.0 15.0 dB F VDD = 8.0V, F= 2.4G rd OIMD3 NF RLIN RLOUT IDD RTH Output 3 Order Intermodulation Distortion @f=10MHz, Each Tone Pout 18dBm VDD = 8.0V, F= 2.4G -46 -43 dBc Noise Figure VDD = 8.0V, F= 2.4G 2.7 3.2 dB Input Return Loss VDD = 8.0V, F= 2.4G 8 10 dB Output Return Loss VDD = 8.0V, F= 2.4G 8 10 dB


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PDF EMA112-CP083 10MHz, 18dBm EMA112-CP083
Not Available

Abstract: No abstract text available
Text: products Item Designation Description 1900060 EMSTBA 2,5/ 24-G Header, Nominal current: 12 A , ,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 200 V, Pitch: 5 mm, Number of positions: 24, Assembly: Press-in 1754876 MSTB 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 250 V, Pitch , : Soldering 1757682 MSTBA 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 250 V, Pitch: 5 mm , 1753877 MSTBV 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 250 V, Pitch: 5 mm, Number of


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PDF 5/24-ST 10-position CC-2005) 5/24-G 5/24-ST
Not Available

Abstract: No abstract text available
Text: =1792236 Additional products Item Designation Description 1900060 EMSTBA 2,5/ 24-G Header, Nominal , EMSTBVA 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 200 V, Pitch: 5 mm, Number of positions: 24, Assembly: Press-in 1754876 MSTB 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage , , Assembly: Soldering 1757682 MSTBA 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 250 V , : Soldering 1753877 MSTBV 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 250 V, Pitch: 5 mm


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PDF 5/24-ST 10-position CC-2005) informat08) 5/24-ST
Not Available

Abstract: No abstract text available
Text: Item Designation Description 1900060 EMSTBA 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 250 V, Pitch: 5 mm, Number of positions: 24, Assembly: Press-in 1915796 EMSTBVA 2,5/ 24-G , : Press-in 1754876 MSTB 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 250 V, Pitch: 5 mm , 1757682 MSTBA 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 250 V, Pitch: 5 mm, Number of , MSTBV 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 250 V, Pitch: 5 mm, Number of positions


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PDF 5/24-ST 10-position CC-2005) 5/24-G 5/24-ST
Not Available

Abstract: No abstract text available
Text: 1205053 Additional products Item Designation Description 1900060 EMSTBA 2,5/ 24-G Header , 1915796 EMSTBVA 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 200 V, Pitch: 5 mm, Number of positions: 24, Assembly: Press-in 1754876 MSTB 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage , , Assembly: Soldering 1757682 MSTBA 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 250 V , : Soldering 1753877 MSTBV 2,5/ 24-G Header, Nominal current: 12 A, Nom. voltage: 250 V, Pitch: 5 mm


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PDF 5/24-ST 10-position CC-2005) 5/24-G 5/24-ST
2010 - Not Available

Abstract: No abstract text available
Text: products Item General 1900060 EMSTBA 2,5/ 24-G Header, Nominal current: 12 A, Rated voltage (III/2): 320 V , : Sn, Assembly: Soldering Designation Description 1915796 EMSTBVA 2,5/ 24-G 1754876 MSTB 2,5/ 24-G 1768406 MSTB 2,5/24-G-LA 1757682 MSTBA 2,5/ 24-G 1770708 MSTBA 2,5/24-G-LA 1753877 MSTBV 2,5/ 24-G 1755723 MSTBVA 2,5/ 24-G 1769450 SMSTB 2,5/ 24-G 1767368 SMSTBA 2,5/ 24-G PHOENIX CONTACT Inc., USA http://www.phoenixcon.com Page 4 / 6 Dec 10, 2010


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PDF 5/24-ST 10-position CC-2005) 5/24-ST
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