Power Line Communication Coupling Transformers
Transcription
Power Line Communication Coupling Transformers
Power Line Communication Coupling Transformers Product Information PI-PLC_1 02/07 Index of contents Index of contents Introduction page 2 PLC Transformers for Low-Bit-Rate Applications page 4 PLC Transformers for High-Bit-Rate Applications page 5 Dimensions of the Standard Casings page 6 page 1 Product Information PI-PLC_1 02/07 Introduction Introduction The PLC (Power Line Communication) will become one of the most interesting and various technology in the next few years. AMR (Automatic Meter Reading) for watt-hour-meters, water meters, gas meters, etc will become very important for controlling and economical use of the resources world wide. With PLC it can give the end-user a constant overview about the consumption and the possibility to plan economical. The general energy suppliers have the opportunity to control user-groups up to a single end-user in short time-steps. They can reduce the energy spikes up to a harmonic operation of their power stations. Home automation and PC home networking will be additional applications for PLC. The interaction between the domestic appliances and the energy meters will make the economical use perfect. electric cabeling Capacitor 50 Hz blocking, C = 5 … 150 nF nF For PLC it’s necessary to have a coupling transformer for the data transmission between the electric cabeling and the transceiver. Its inductance has a value between 10 µH … 2 mH and its electrical insulation (0,5 - 6kV reinforced or operational) depends on its application. The capacitor in the system is for blocking the 50 Hz or 60Hz currents. Transceiver DATA Interface PLC Transformer Electrical Insulation, Data Transmission L = 10 µH … 2 mH PLC Chip Data Processing Line Driver, AFE, DFE Based on our own developed and produced amorphous material VAC offers a complete product range of PLC coupling transformers for low and high bit rate applications. Please look at the internet pages at www.vacuumschmelze.com and find your used PCL chipset and we will present you our PLC transformers in different designs. Beside the standard PLC transformer VAC also develops PLC transformer with individual requirements. The PLC transformers are manufactured by VAC in process and cost optimized plants. Our in-depth knowledge of the application fields and technical requirements puts us in a position to find the ideal solution and turns this into a competitive product. page 2 Product Information PI-PLC_1 02/07 Introduction VAC’s own developed and produced amorphous material VITROVAC or VITROPERM is an excellent material for the core of a PLC transformer. One of the main advantages is shown in the following diagram. The saturation in comparison to a PLC transformer based on ferrite is significant. At Iac=42,5mA the VAC PLC transformer based on VITROVAC has 1,6mH the version based on ferrite on 0,2mH. This shows that the PLC transformer based on ferrite is in saturation and produces high harmonic distortion, especially 50 Hz distribution. On the other hand the VAC PLC transformer meets the target. Saturation of VAC PLC transfomer based on VITROVAC / VITROPERM and PLC transformer based on ferrite 2,2 f = 10 kHz Ueff =100 mV 2 VAC PLC Transformer based on VITROVAC / VITROPERM 1,8 1,6 L (m H) 1,4 PLC Transformer based on ferrite 1,2 1 Limit 0,8 0,6 0,4 0,2 0 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 IAC (mA), Idc [50Hz] (mA) The advantages of VAC PLC coupling transformers are: - Excellent transmission characteristics - High saturation current, Low THD - Matching transformer for leading IC’s with all PLC standards - Compact designs with high casing variety (SMD, PTH, high, flat) - Insulation according to EN 60950 / UL 1950 page 3 Product Information PI-PLC_1 02/07 Low-Bit-Rate PLC Transformers Technical characteristics: Order-Nr. T60403-K 5024-X044 4081-X004 4085-X004 5024-X090 5024-K24313 + ++ 4096-X046 *** 4096-X047 4021-X137 4097-X078 5024-X078 4031-X009 4900-X255 4325-X017 Turns ratio Inductance (mH) Freq. Range (MHz) HV test (kVrms)* 1:1 1,4 0,001 - 1 3 1:1:2 1:1 1:1 1:1 1:1 1:1 1:1 2:1 5/1:1 5:1:1 0,88 0,75 1,3 1,3 1,65 1,7 2,5 1,0 0,217 0,227 0,001 - 1 0,001 - 1 0,001 - 1 0,001 - 1 0,001 - 1 0,001 - 1 0,001 - 1 0,001 - 1 0.095 - 0.1485 0.095 - 0.1485 3 0,5 6 6 6 3 3 6 4 4 Design SMD PTH flat PTH high SMD SMD PTH PTH PTH PTH SMD PTH PTH PTH Cross-reference-list: Order-Nr. T60403-K 5024-X044 4081-X004 4085-X004 5024-X090 + 5024-K24313 4096-X046++ *** 4096-X047 4021-X137 4097-X078 5024-X078 4031-X009 4900-X255 4325-X017 Echelon RENESAS PLT-21, PLT-22 PLT3120, PLT3150 x x x x x x x x x x x x M16C/6S STM YITRAN ST7536, ST7537 ST7538, ST7540 IT800 x x x x x x x x x x x x x x x x x x Technical details on request. . * reinforced insulation accord. to EN60950 ** operational insulation *** VDE EN60950 certificated + under development ++ obsolete, replaced by 4096-X047 page 4 Product Information PI-PLC_1 02/07 High-Bit-Rate PLC Transformers Technical characteristics: Order-Nr. T60403-K 5024-X043 4081-X003 4085-X003 + 5024-K23658 + 5024-K24824 4031-X008 + 5011-K23560 Turns ratio Inductance (uH) Freq. Range (MHz) HV test (kVrms) 1:1:1:1 23 1 - 30 3* 1:1:1 1:1:1:1 1:1:1:1 1,67 : 1 14 23 40 30 4 - 21 4 - 30 1 - 30 1 - 30 3* 3* 3* 3* Design SMD PTH flat PTH high SMD SMD PTH SMD Cross-reference-list: Order-Nr. T60403-K DS2 Intellon YITRAN DSS4200+DSS7500, INT51X1, INT5200, ITM1, ITM10 DSS900X+DSS7700 INT5500, INT6000 5024-X043 4081-X003 4085-X003 + 5024-K23658 + 5024-K24824 4031-X008 + 5011-K23560 x x x x x x x x x x Technical details on request. * reinforced insulation accord. to EN60950 + under development Europe VACUUMSCHMELZE GMBH & Co. KG P.O. Box 2253 D-63412 Hanau, Germany Tel. +49 6181 38-0 Fax +49 6181 38-2780 America VAC Magnetics Corporation 101 Magnet Drive Elizabethtown, KY 42701 Tel.: ++1 270 769-13 33 Fax: ++1 270 765-31 18 Asia/Pacific VACUUMSCHMELZE Singapore Pte Ltd 300 Beach Road, #31-03 The Concourse Singapore 199555 Tel. +65 3912 600 Fax +65 3912 601 page 5 Product Information PI-PLC_1 02/07 Mechanical Dimensions Standard Casings for VAC PLC Transformers - SMD flat (5024-…) Toleranz der Stiftabstände ±0,2 mm (Tolerances grid distance) DC=Date Code F=Factory Kennzeichnung Stift 1 (marking pin 1) Vorschlag zur Anordnung der Anschlußflächen (Example for pad position ) 0,6x0,4 2,5 1 4 14,6 13,9 11,46 10,16 F 5 DC 8 2,54 7,62 10 Wicklung evtl. teilweise sichtbar (windings can be partially visible) 1,0 1,3 7,1 2,54 3x2,54 7,6 0,15 - PTH flat (4081-…) Toleranz der Stiftabstände ±0,2 mm (Tolerances grid distance) Kennzeichnung Stift 1 (marking pin 1) DC=Date Code F=Factory 0,5x0,5 4 1 5 8 11,5 10,16 F 2,54 7,62 10 Wicklung evtl. teilweise sichtbar (windings can be partially visible) DC 1,0 7,1 3,5±0,5 - PTH high (4085-…) Toleranz der Stiftabstände ±0,2mm (Tolerances grid distance) 5 8 4 1 0,5x0,5 DC = Date Code F = Factory 8,5 7,0 F DC 2,54 Kennzeichnung Stift1 (marking pin 1) 7,62 10,4 11,5 3,5±0,5 page 6 Product Information PI-PLC_1 02/07 Mechanical Dimensions - SMD (5011…) Wicklung sichtbar (windings visible) DC=Date Code F=Factory 1 9 *=vorläufig (preliminary) 0,1 2 Kennzeichnung Vorschlag zur Anordnung Stift 1 der Anschlussflächen (marking pin1) (Example for pad positions ) * 6,8 10,2 F DC 2,85 4 2,5 1,2 3 ≤ 5,4* 6 - PTH (4021-…) Kontaktfläche verzinnt (contact pad tinned) Toleranz der Stiftabstände ±0,2mm (Tolerances grid distance) 6 7 9 2,5 Pin 0,66x0,45 alternativ 0,5 (0,52) x 0,5(0,52) Pin 0,66x0,45 alternative 0,5 (0,52) x 0,5(0,52) DC = Date Code F = Factory 10 DC 14 2 12,7 5 2,54 2 6 F 1 Pin 1 10,16 1,5 ≤10 12,5 3,5±0,5 - PTH (4031-…) Toleranz der Stiftabstände ±0,2mm ( Tolerances grid distance ) 6 DC=Date Code F=Factory 0,521x0,521 10 12 10,16 F 5 DC 1 0,2 4x2,54=10,16 1,8 ≤10,16 12 3,1±0,5 - PTH (4096-…) Toleranz der Stiftabstände 0,2mm ± (Tolerances grid distance) 1 Ø0,6alternativ 0,5x0,5 (Ø0,6alternative 0,5x0,5) DC=Date Code F=Factory 3 DC 16,6 15 F 6 4 12,5 2 14,8 ≤14,5 3,5±0,5 - PTH (4097-…) Toleranz der Stiftabstände ±0,2mm (Tolerances grid distance) 1 Ø0,6alternativ 0,5x0,5 (Ø0,6alternative 0,5x0,5) DC=Date Code F=Factory 3 DC 16,6 15 F 6 4 12,5 14,8 2 ≤13,5 3,5±0,5 page 7 Product Information PI-PCL_1 02/07