NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: SOLDER SUFFIX CUSTOMER TERMINAL RoHS LEAD(Pb)-FREE Sn63%, Pb37% No No LF3 Sn100% Yes Yes TERM. NO.'s FOR REF. ONLY .1 10/. 140 [2.79/3.56] -A- .490 MAX. [12.45] " "ti TAB LOCATES TERM. #3-4 SIDE r DOT LOCATES TERM #1 .945 MAX. [24.00] .906 MAX. [23.00] 821 1 1*1 WE -MIDCOM .025 SO. (4) [.64] SURFACE A IN RECOMMENDED GRID PART MUST INSERT FULLY TO LOT CODE & DATE CODE (6B)/ (6F)(6J , /NZS60950 /NZS60950.1: i- Supplementary insulation for a primary circuit at a working voltage of 250Vrms. Midcom p/n ... | OCR Scan |
1 pages, |
IEC60950-1 IEC-60950-1 CSA60950 midcom 82111 470 6L 82111 WE MIDCOM datasheet abstract |
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| Abstract: www.we-online.com Modular Jack Connector WR-MJ 12 09/08 12-1 www.we-online.com Modular Jack Connector WR-MJ Würth Elektronik is a leader for filtered connectivity solutions thanks to WE Midcom Inc. USA it's US branch office, well known for Modular Jack with transformer. After primarily focused on RJ with magnetic Würth Elektronik decided to offer a wide range of non filtered Modular Jack too. This range consists in single or multi-port jacks, stacked or not, with possible LEDs ... | Original |
42 pages, |
240 8p8c 4P4C RJ45 LAN jack RJ45 jack 1X4 mini HDMI 634 008 137 521 6P6C PLUG RJ45 CONNECTOR jack with transformer RJ45 lan jack 1X4 Shielded RJ45 Jack RJ45 8P8C PCB JACK datasheet RJ45 SMT WE MIDCOM datasheet abstract |
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| Abstract: schematics are from Midcom; a supplier of wire wound products for the telecommunications industry. 1. Single Subscriber SPM Circuit The following example uses MX-COM's CMX631A CMX631A SPM detector IC and Midcom SPM blocking filters. MIDCOM SPM NOTCH FILTER L1 A 671-4345 POTS C7=.056uF@12kHz C7=.068uF@16kHz , design for a multi-line card. Figure 4, uses MX-COM's MX641 MX641 SPM detector and Midcom inductors for SPM , customer. MIDCOM SPM NOTCH FILTER L1 A B C1 TIP POTS .068uF INPUT LINE INTERFACE C1 ... | Original |
4 pages, |
CMX631A MX641 MX651 CH20P Transformer Multi Tap isolation MIDCOM transformer hybrid telephone transformer Midcom 7 MIDCOM 671-8236 MX623 MIDCOM 671 CMX631 16KHZ Midcom datasheet abstract |
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| Abstract: We do not sell magnetic modules, but we are proud to work with the following manufacturers who , http://www.innet-tech.com Midcom - http://www.midcom-inc.com PCA - http://www.pca.com Pulse (Fil-Mag , TD42-2006Q TD42-2006Q TG42-1406N1 TG42-1406N1 TG55-1406N2 TG55-1406N2 TG43-1406N TG43-1406N Midcom LXT901A LXT901A Rx = 1:1 LXT907A LXT907A Tx = 1:2 , TLA-3T103 TLA-3T103 TLA-3T110 TLA-3T110 Valor Bel Fuse HALO Rx = 1:1 LXT908 LXT908 Midcom , 2 Rx = 1:1 Midcom LXT917 LXT917 LXT9182 LXT9182 TG46-S010NX TG46-S010NX PE68810 PE68810 Pulse (Fil-Mag) LXT914 LXT914 ... | Original |
12 pages, |
WE MIDCOM S558-5999-T5 6181-37 248991 LF8708 st6118 ST7032 valor valor st6114 TG22-3506ND ST4202T Midcom 6181-37 valor st7010 TG110-S050p2 pt4116 datasheet abstract |
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| Abstract: their DAA design without compromising performance. Here we describe two DAA circuits for the CMX850 CMX850. , of R4, R6, R8, R14, C10 and C25 have been optimized for use with the Midcom 82107 transformer. R7 , schematic). This requires changing to a different transformer that can handle larger loop currents (Midcom , Acknowledgments Randolph Telecom Inc. � Telecom design consultants Midcom Inc. � Telecommunications transformer , MIDCOM 82107 R5 6.04 K 84 C9 0.1 uF C26 10 nF 250V E1 SIDACTOR 310 V P3100SC P3100SC R7 ... | Original |
6 pages, |
cap ctr EV8500 MARKING fzt605 CMX867 CMX850 P3100SC P6SMB33CAT3 PS2701-1 WE MIDCOM zener 3 v zener DIODE C25 zener diode marking R11 CMX868 CMX868 Application note CMX850 abstract |
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| Abstract: Basics of Magnetics In Electrical Engineering, we think in terms of voltages that drive currents through , transformers P/N 750110056 made by MidCom/Würth Electronics are used in conjunction with the 71M654x and the , : Magnetic Properties of MidCom P/N 75011056 Property Core type Physical Unit Value Toroid Comment , situation. The example is based on the small rare-earth magnet described in Table 3 and on the MidCom P/N , Saturation flux density, as stated in Table 4 is 470 mT for the MidCom P/N 750110056 pulse transformers. The ... | Original |
13 pages, |
WE MIDCOM 71M654X 71M6103 DB6543 magnetic flow meter 750110056 750-1100 relative magnet permeability 750-11-0056 datasheet abstract |
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| Abstract: noise, that a good DAA must be relatively immune to. Here we describe two DAA circuits for the CMX868 CMX868 , country. The values of R4, R5, R7, R8, C4, and C7 have been optimized for use with the Midcom 82107 , can handle larger loop currents (Midcom 82111). The values of R7 and R8 have been modified to match , consultants Midcom Inc. (www.midcom-inc.com) Telecommunications transformer specialists 2001 MX-COM, Inc. , Fuse, Bussmann C515-1 C515-1.25 T1 Midcom Transformer, Midcom 82107 Transformer, Midcom 82111 ... | Original |
8 pages, |
capacitor 0.33 310V CMPZDA18V CMX867 CMX868 LH1546 Midcom USA P3100SC WE MIDCOM P6SMB33CAT3 PS2701-1 midcom,82107 CTR-21 usb opto isolator zener 4.3v CMX868 abstract |
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| Abstract: designers to reduce the cost of their DAA design without compromising performance. Here we describe two DAA , country. The values of R4, R5, R7, R8, C4, and C7 have been optimized for use with the Midcom 82107 , larger loop currents (Midcom 82111). The values of R7 and R8 have been modified to match the new , support@cmlmicro.co.uk Acknowledgments Randolph Telecom Inc. Telecom design consultants Midcom Inc. , 250 V T1 MIDCOM 82107 RXAN Host Micro U2 OPTOMOS RELAY D3 4.3 V R5 9 RXAFB ... | Original |
10 pages, |
WE MIDCOM CMPZDA18V CMX867 CMX868 CTR21 FZT605 P3100SC P6SMB33CAT3 CBRHD-02 midcom,82107 midcom 82111 CMX868 abstract |
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| Abstract: Here we describe two DAA circuits for the CMX868 CMX868 and CMX867 CMX867. The first circuit complies with the , optimized for use with the Midcom 82107 transformer. R7, R9 and C23 provide bias for the differential , schematic). This requires changing to a different transformer that can handle larger loop currents (Midcom , Midcom Inc. Telecommunications transformer specialists CML Consumer Microcircuits Ltd 5/13 , 100 pF CMX868 CMX868 D4 33 V R9 120 K CMX867 CMX867 R4 9 RXAFB 10 T1 MIDCOM 82107 ... | Original |
13 pages, |
ZENER MARKING r12 CMPZDA18V CMX868 teccor sidactor P6SMB33CAT3 P3100SC DE8681 midcom 82111 AC transformer current limiter usb opto isolator WE MIDCOM midcom,82107 CMX867 CMX868 abstract |
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| Abstract: (min) · max + N sec Vout ) VF · (1-max) In this case, we chose a 33 mF aluminum electrolytic due , 22 D8 Midcom SFH615A-4 SFH615A-4 3,4 7,8 C9 MMSD914 MMSD914 100p C4 47p 1,2 R2 2.2k + C6 100p , TBD Midcom L1 Choke, Common Mode, 10 mH 1 40479 Midcom C1 0.1 mF, film, radial ... | Original |
6 pages, |
NISSEI R46104M275BIS TLV431 switching power supply design switch mode power supply design SFH615A 1N5917 pcb step down transformer diode 1N4006 specifications AND8024 lxhl-mw1c NCD101K1KVY5F NCP1014 AND8136/D NCP1014 AND8136/D abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
| Over 1.1 million files (1986-2013): html articles, reference designs, gerber files, chemical content, spice models, programs, code, pricing, images, circuits, parametric data, RoHS data, cross references, pcns, military data, and more. Please note that due to their age, these files do not always format correctly in modern browsers. Disclaimer. |
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| = 295 W Impedance recommended by MIDCOM is 316 W . We take Z O /2 = 160 W . *Note : the capacitor C2 is the control register, different configura - tions can be obtained for the clock generator. We use the to test only the digital path, in this mode internally we connect the transmit output Noise Shaper to Figure 8) In order to check the analog hardware, in this mode we connect internally the sigma delta .1 - Tstd2 = V DD In this configuration we force the transmit at - tenuator to 0dB. In that case you can www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/5401-v1.htm |
STMicroelectronics | 14/06/1999 | 32.26 Kb | HTM | 5401-v1.htm |
| = 295 W Impedance recommended by MIDCOM is 316 W . We take Z O /2 = 160 W . *Note : the capacitor C2 is the control register, different configura - tions can be obtained for the clock generator. We use the to test only the digital path, in this mode internally we connect the transmit output Noise Shaper to Figure 8) In order to check the analog hardware, in this mode we connect internally the sigma delta .1 - Tstd2 = V DD In this configuration we force the transmit at - tenuator to 0dB. In that case you can www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/5401.htm |
STMicroelectronics | 02/04/1999 | 32.3 Kb | HTM | 5401.htm |
| Impedance recommended by MIDCOM is 316 W . We take Z O /2 = 160 W . *Note : the capacitor C2 is used to add .2nF 4.7 m F/50V F/50V F/50V F/50V TO THE PHONE LINE MIDCOM 671-8332 Zo/2 160 W Zo/2 160 W R8 13k W R8 13k W R6 22k W R7 [1] Application : The MIDCOM 671-8332 transformer used gives the following performances : - R P = 155 ] => R1 = (Z EQ +Z0) V R2/Z EQ = 27.07k W . We take R1 = 27k W . [2] => Loss = -59dB (theoretical value .25V PP G R = A S /(A L V L R V L T ) = 3.89 = 11.8dB We take R3 = 22k W and R4 = 15k W , gives G R = 3 www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/5273-v1.htm |
STMicroelectronics | 02/04/1999 | 54.31 Kb | HTM | 5273-v1.htm |
| = (Zline-Rp) . m 2 - R S = 295 W Impedance recommended by MIDCOM is 316 W . We take Z O /2 = 160 PHONE LINE MIDCOM 671-8332 Zo/2 160 W Zo/2 160 W R8 13k W R8 13k W R6 22k W R7 22k W S /m 2 = Zline [1] Application : The MIDCOM 671-8332 transformer used gives the following + Zline.m 2 = 905 W [3] => R1 = (Z EQ +Z0) V R2/Z EQ = 27.07k W . We take R1 = 27k W . [2 L R V L T ) = 3.89 = 11.8dB We take R3 = 22k W and R4 = 15k W , gives G R = 3.93 = +11 www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/5273.htm |
STMicroelectronics | 20/10/2000 | 60.85 Kb | HTM | 5273.htm |
| Impedance recommended by MIDCOM is 316 W . We take Z O /2 = 160 W . *Note : the capacitor C2 is used to add .2nF 4.7 m F/50V F/50V F/50V F/50V TO THE PHONE LINE MIDCOM 671-8332 Zo/2 160 W Zo/2 160 W R8 13k W R8 13k W R6 22k W R7 [1] Application : The MIDCOM 671-8332 transformer used gives the following performances : - R P = 155 ] => R1 = (Z EQ +Z0) V R2/Z EQ = 27.07k W . We take R1 = 27k W . [2] => Loss = -59dB (theoretical value .25V PP G R = A S /(A L V L R V L T ) = 3.89 = 11.8dB We take R3 = 22k W and R4 = 15k W , gives G R = 3 www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/5273-v2.htm |
STMicroelectronics | 14/06/1999 | 54.28 Kb | HTM | 5273-v2.htm |
| - R S = 295 W Impedance recommended by MIDCOM is 316 W . We take Z O /2 = 160 W C 7 5 5 0 C2 2.2nF 4.7 m F/50V F/50V F/50V F/50V TO THE PHONE LINE MIDCOM 671-8332 Zo/2 MIDCOM 671-8332 transformer used gives the following performances : - R P = 155 W , R S ) V R2/Z EQ = 27.07k W . We take R1 = 27k W . [2] => Loss = -59dB (theoretical G R = A S /(A L V L R V L T ) = 3.89 = 11.8dB We take R3 = 22k W and R www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/5273-v3.htm |
STMicroelectronics | 25/05/2000 | 56.2 Kb | HTM | 5273-v3.htm |