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coupling capacitive voltage transformer datasheet

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Abstract: : Balanced Transformer Single Coaxial Capacitive Coupled Twisted Pair APPLICATIONS Mux/Demux Equipment T1 and CEPT interfaces CPI's DMI's ABSOLUTE MAXIMUM RATINGS Supply Voltage Storage Temperature +20V -65°C to , attenuated and distorted by the cable through a balanced transformer or a single capacitive coupled terminal. , , (active low) Reference Voltage. Establishes reference voltage for transformer coupled applications. , ; XR-T5676 XR-T5676 Transformer Coupling xE 2 Peak Detector I/P+ BIAS l/P- VREF Bias DataLatch Data+ ... OCR Scan
datasheet

3 pages,
60.29 Kb

XRT5676 XR-T5676IP XR-T5676 XR-T5676IN XR-T5676 abstract
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Abstract: Transformer Single Coaxial Capacitive Coupled Twisted Pair APPLICATIONS Mux/Demux Equipment T 1 and CEPT Interfaces CPI's DMI's ABSOLUTE MAXIMUM RATINGS Supply Voltage Storage Temperature +20V -65°C to +150°C , attenuated and distorted by the cable through a balanced transformer or a single capacitive coupled terminal. A peak detector which follows the input generates a DC reference voltage for the positive and , ) Reference Voltage. Establishes reference voltage for transformer coupled applications. 7 2 3 l/P I/P+ ... OCR Scan
datasheet

3 pages,
121.2 Kb

XRT5676 Capacitive current transformer XR-T5676 XR-T5676IN XR-T5676IP XR-T5676 abstract
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Abstract: _PREMQ Low Voltage Capacitive Coupling Unit P-1240-014 P-1240-014, P-1240-021 P-1240-021, P-1240-022 P-1240-022, P-1240-032 P-1240-032_ Features -Capacitive coupling unit for direct injection of the PLC signal into the powerline. -RoHS , (P-1240-01S P-1240-01S) 2 m Installation UOLEX ¿SUVCOOO PLC modi m (HEU) MV IMI, Filter Capacitive Coupling Uni, MV/LV transformer | >- 260 Low Voltage Inductive Coupling Unit LICU 15A, 30A, 63A, 150A , ) Extension cord SC-Û1 also available (P-1240-015 P-1240-015) LV eoex. filter Medium Voltage Inductive Coupling Unit ... OCR Scan
datasheet

2 pages,
330.69 Kb

PLC coupling transformer mhz losses stp cable 50000000 SC 63A P-1240-014 coupling capacitive voltage transformer PLC coupling transformer datasheet abstract
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Abstract: Application Note 120 Capacitive Coupling Ethernet Transceivers without Using Transformers Micrel , PCB area. This application note describes methods for capacitive coupling of Micrel's 10/100 , biasing. VDD VDD Micrel Devices for Capacitive Coupling KSZ8695 KSZ8695 Family CENTAUR ­ SoC KSZ8721 KSZ8721 , Unmanaged Switch Methods for Capacitive Coupling The method for capacitive coupling depends upon whether , and 2 show the capacitive coupling for transmitside termination. In this method, the 50 pull-up ... Original
datasheet

2 pages,
100.33 Kb

KSZ8993 KSZ8695 KSZ8995M KSZ8001 KSZ8851 KSZ8041 USER KSZ8721 coupling transformer ethernet micrel ksz8993m KSZ8997 coupling capacitive voltage transformer KSZ8999 KSZ8995 KSZ8873 MAC mode datasheet abstract
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Abstract: represents the capacitive coupling of MOSFET to heat sink. Usually primary side voltage is higher than , (2 - ) mm 2 while x = d - l mm Fig.5. Voltage distribution and capacitive coupling in the , Some researches on the modeling of the stray capacitive effects in the transformer were reported [1 , Capacitive coupling effect of the open area between the primary winding and secondary winding can be equated to Cps; Capacitive coupling effect of the area between secondary winding to shielding can be equated ... Original
datasheet

5 pages,
229.44 Kb

transformer winding datasheet of transformer transformer winding reference abstract of Distribution transformer datasheet abstract
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Abstract: Powerline Communications Cross-phase Coupling 1. Introduction Perhaps the most frequently asked , coupling between phases? The answer to these questions is no. The separate AC phases used to supply AC , phase is employed, the question of cross-phase coupling is irrelevant. However, some countries in , CROSS-PHASE COUPLING 3. Poly-phase AC Homes in Canada, the Americas, Germany and other parts of , at the main transformer The three key factors listed above act as a high-frequency bridge between ... Original
datasheet

4 pages,
174.69 Kb

homeplug powerline BroadBand powerLine modem atheros application note modem PLC coupling capacitive voltage transformer powerline modem circuit powerline carrier transmission modular plc atheros l2 powerline modem powerline adapter circuit datasheet abstract
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Abstract: construction with primaries and secondaries wound side by side for low capacitive coupling. Agency File: UL: File E53148 E53148, UL 5085-2 (506), Class B General Purpose Transformer, cUL: File E53148 E53148, UL 5085-2 (506 , P OWER TRANSFORMER P C M O U N T : SPLIT PACK FS120-02 FS120-02 Description: The FS120-02 FS120-02 is a dual , series input of 230V. The output voltage will be either 120.0V with a center-tap under a 0.02A load with , : 120.0V CT@ 0.02A; Parallel: 60.0V @ 0.04A 4. Voltage Regulation: 25% TYP @ full load to no load 5. ... Original
datasheet

2 pages,
129.76 Kb

transformer 230v EC bobbin mouser transformer 006 Capacitive voltage transformer FS120-02 FS120-02 abstract
datasheet frame
Abstract: capacitive coupling. Agency File: UL: File E53148 E53148, UL 5085-2 (506), Class B General Purpose Transformer, cUL: File E53148 E53148, UL 5085-2 (506), Class B General Purpose Transformer, Canadian Use (CSA 22.2 , P OWER TRANSFORMER P C M O U N T : SPLIT PACK F10-250 F10-250 Description: The F10-250 F10-250 is a single primary and dual secondary, split bobbin design which operates with an input of 115V. The output voltage , Primary: 115V 3. Secondary: Series: 10.0V CT@ 0.25A Parallel: 5.0V @ 0.5A 4. Voltage Regulation: 25% TYP @ ... Original
datasheet

2 pages,
56.04 Kb

F10-250 F10-250 abstract
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Abstract: 13930 +46 - 176 13935 Domestic 0176-13930 0176-13935 Audio Output Transformer LL7401 LL7401 LL7401 LL7401 is an audio output transformer for balanced drive. In LL7401 LL7401 a five section winding structure is used. This results in a very low leakage inductance without high capacitive coupling and low isolation voltage, which are drawbacks of the bifilar winding technique. Turns ratio: Dims (Length x Width x , , load 600 ): 20 Hz - 80 kHz +/- 0.3 dB Voltage loss across transformer (at midband with 600 load): 0 ... Original
datasheet

1 pages,
22.91 Kb

RF TRANSFORMER 2 UH Capacitive layout coupling capacitive voltage transformer LL740 6 pin audio transformer NE5534 circuits audio output transformer NE5534 applications LL7401 NE5534 ne5534 application note S-761 S-761 S-761 abstract
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Abstract: construction with primaries and secondaries wound side by side for low capacitive coupling. Agency File: UL: File E53148 E53148, UL 5085-2 (506), Class B General Purpose Transformer, cUL: File E53148 E53148, UL 5085-2 (506 , P OWER TRANSFORMER P C M O U N T : SPLIT PACK FS24-045 FS24-045 Description: The FS24-045 FS24-045 is a dual , series input of 230V. The output voltage will be either 24.0V with a center-tap under a 0.045A load with , : 24.0V CT@ 0.045A; Parallel: 12.0V @ 0.09A 4. Voltage Regulation: 25% TYP @ full load to no load 5. ... Original
datasheet

1 pages,
124.84 Kb

FS24-045 FS24-045 abstract
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Datasheet Content (non pdf)

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risk of surge voltage coupling on the line between the arrester and the interface. The type of arrester , according to the transformer principle. A directly coupled surge voltage causes a surge current with high di surge voltage is induced (function of the secondary winding of a transformer). The surge voltage is transferred to the connected device via the cable path. Capacitive Coupling Capacitive TRABTECH - Surge Voltage Protection Surge
www.datasheetarchive.com/files/phoenix-contact/linien/ide07.html
driving capability. It has been optimized for both capacitive load drive and pulse transformer current of 100mA with no significant voltage drop. The transformer inductance can therefore be kept , the transformer secondary voltage is approximately zero, and the diode D prevents C in from electrostatic coupling effects are negligible, and immunity to fast voltage variations (dV/dt) is perfect. control via the pulse transformer. This circuit operates whatever the line voltage as long as
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/3668.htm
STMicroelectronics 20/10/2000 15.74 Kb HTM 3668.htm
capacitive load drive and pulse transformer demagnetization. Figure 2: Circuit block diagram It can voltage drop. The transformer inductance can therefore be kept low, and the transformer windings the primary pulse ends, the transformer secondary voltage is approximately zero, and the diode transformer. This circuit operates whatever the line voltage as long as suitably rated power often face isolation and high voltage constraints. The gate drive described in this paper uses a
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/3668-v1.htm
STMicroelectronics 25/05/2000 15.35 Kb HTM 3668-v1.htm
No abstract text available
www.datasheetarchive.com/download/1606077-549746ZC/nsc00118.doc
National 28/06/2001 545.5 Kb DOC nsc00118.doc
can approach that of an ideal transformer: coupling voltage from primary to secondary with a quickly, as it does in the transformer of most switching power supplies. Such voltage can , coupling the energy directly through the transformer. Because little energy is stored in the of electrical noise in power supplies. Voltage Regulators The most common power converter is the voltage regulator. It accepts a voltage that varies over
www.datasheetarchive.com/files/maxim/0012/view_047.htm
Maxim 04/04/2001 51.39 Kb HTM view_047.htm
an ideal transformer: coupling voltage from primary to secondary with a ratio of voltages the transformer of most switching power supplies. Such voltage can overstress the switching transistor generation and the propagation of electrical noise in power supplies. Voltage Regulators The most common power converter is the voltage regulator. It accepts a voltage that varies over a given range, and it generates an output voltage that does not vary. Regulators comprise two main categories: switching types and
www.datasheetarchive.com/files/maxim/0009/view_036.htm
Maxim 02/05/2002 46.36 Kb HTM view_036.htm
capacitive coupling. Cut off voltage is increased to offset this phenomenon. As shown in Figures 9 through 12, the required negative cut off voltage will be larger when the filament transformer winding is grounded resistor value is usually acceptable. A higher resistance value may not overcome capacitive coupling anchor which apply tension to the wire. Application of a specified voltage raises the temperature of the formed by photo etching. When a positive voltage is applied to the grid, electrons emitted from the
www.datasheetarchive.com/files/allegro/techpub2/futaba/appnotes.htm
Allegro 04/09/2001 22.83 Kb HTM appnotes.htm
. Figure 4. For applications in which human safety is an issue, transformer coupling have to be coupled to a gate at a voltage much higher than the switch supply. output in order to level-shift the switch to a higher voltage. Selecting R1 makes a 10V gate operating voltage applied to the MOSFET determines the proper selection of Q1. A bipolar , capacitive isolation of the AC power line is used, along with an optocoupler/triac module.
www.datasheetarchive.com/files/maxim/0001/a181.htm
Maxim 04/04/2001 19.82 Kb HTM a181.htm
applications in which human safety is an issue, transformer coupling provides true isolation of the AC power line. That transformer needs to provide at least 8V peak (5.6V RMS). This voltage, with the bias straightforward. The switch output may have to be coupled to a gate at a voltage much higher than the switch order to level-shift the switch to a higher voltage. Selecting R1 makes a 10V gate transition available that R2 = 2.7k for R1 = 10k . The operating voltage applied to the MOSFET determines the proper
www.datasheetarchive.com/files/maxim/0023/a181.htm
Maxim 02/05/2002 16.3 Kb HTM a181.htm
following causes: 1) Magnetic/capacitive coupling between the subscriber line and the AC main power distribu- tion network (110/220V 110/220V 110/220V 110/220V; 50/60Hz). 2) Magnetic/capacitive coupling with adjacent subscriber line on ) Magnetic/capacitive coupling with high fre- quency electromagnetic waves. For a proper SLIC operation in integrated in a single chip because high voltage technology is required to interface the subscriber line. fact only the circuit directly connected to the line is realized in High Voltage Technology while all
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1657-v1.htm
STMicroelectronics 14/06/1999 22.21 Kb HTM 1657-v1.htm