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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT3439EFE#TRPBF Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE#PBF Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE#TR Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT1124CS Linear Technology IC DUAL OP-AMP, 100 uV OFFSET-MAX, PDSO, Operational Amplifier
LT1126IJ8 Linear Technology IC DUAL OP-AMP, 100 uV OFFSET-MAX, CDIP8, HERMETIC SEALED, CERDIP-8, Operational Amplifier

Transformer EE-25 100 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1995 - EE 35 transformer

Abstract: aui isolation transformer 10BASE PLCC28 NE83Q92 NE83Q93 NE83Q92N NE83Q92D NE83Q92A20 NE83Q92A EE-25 transformer
Text: voltage difference between the RX pins or the CD pins with the transformer removed. 8. Not 100 % tested in , transformer (see Figure 1, Connection Diagram). D, N Packages CD+ 16 CDS CD­ 2 15 TXO RX , · Available in 16-pin DIP, 16-pin SOL and both 20- and 28-pin 25 TX­ connected, allowing hard-wiring of AUI connection and local/integrated CTI connection TX+ · 100 % drop-in compatible with , GND Positive Supply Pin. 4 5 13 5­7 16 ­ 17 5 to 11 20 to 25 1 VEE N/C


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PDF NE83Q92 NE83Q92 10base5) 10base2) DT306 SD00279 100ns SD00305 SD00280 EE 35 transformer aui isolation transformer 10BASE PLCC28 NE83Q93 NE83Q92N NE83Q92D NE83Q92A20 NE83Q92A EE-25 transformer
2008 - bsc flyback transformer tv

Abstract: NCP4302 TV flyback transformer bsc series mosfet ssd 362 N MOSFET TL431 NCP4302BDR2G NCP4302ADR2G NCP1230 EE-25 200 6 transformer
Text: 75 100 125 VTRIG = 0 V 9.3 9.2 9.1 9.0 -50 150 - 25 0 25 50 75 , , JUNCTION TEMPERATURE (°C) - 25 0 25 50 75 100 125 VCC = 19 V CDRV = No Load 2.70 2.30 1.90 1.50 -50 150 - 25 0 25 50 75 100 125 150 TJ, JUNCTION , - 25 0 25 50 75 100 125 150 35.0 CDRV = 1 nF 30.0 25.0 20.0 15.0 10.0 5.0 0 -50 - 25 0 25 50 75 100 125 150 TJ, JUNCTION TEMPERATURE (°C) TJ


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PDF NCP4302 NCP4302 NCP4302, TL431 NCP4302/D bsc flyback transformer tv TV flyback transformer bsc series mosfet ssd 362 N MOSFET NCP4302BDR2G NCP4302ADR2G NCP1230 EE-25 200 6 transformer
1996 - dec 21140

Abstract: DEC21140 MDIO ECUV1H330JCG ST6115 D352 CY7C971 2001H 10KW DE0405
Text: nominal 100 . The 1:2 transformer re filters or components are necessary because all duces (by the , data groups at 25 MHz transfer rate yielding 100 Mb/s throughput. In 10 Mb/s mode, the transfer rate , to 25 onchip. All CY7C971 media interface pins are dual termination resistors and the output buffer imped speed, allowing shared magnetics to be used. A quad ance together form a matching 25 1:2 transformer for electrical isolation and termina matching load insures that maximum signal is


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PDF 100BASE 10BASE 100BASE T4/10BASE CY7C971 RJ-45 LT1117 LT1117CST-3 RJ-45 dec 21140 DEC21140 MDIO ECUV1H330JCG ST6115 D352 CY7C971 2001H 10KW DE0405
2010 - bsc flyback transformer tv

Abstract: TV flyback transformer bsc series TV flyback transformer bsc TV flyback transformer NCP4302 TL431 model SPICE FLYBACK CRM NCP1230 JESD78 HV Flyback schematic
Text: 10.4 10.3 10.2 -50 - 25 0 25 50 75 100 125 VTRIG = 0 V 9.3 9.2 9.1 9.0 -50 150 - 25 0 25 50 75 100 125 Figure 2. VCC(off) vs. Junction , 100 125 VCC = 19 V CDRV = No Load 2.70 2.30 1.90 1.50 -50 150 - 25 0 25 , 4.00 CDRV = 1 nF 3.60 3.20 2.80 2.40 -50 - 25 0 25 50 75 100 125 150 35.0 CDRV = 1 nF 30.0 25.0 20.0 15.0 10.0 5.0 0 -50 - 25 0 25 50 75 100


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PDF NCP4302 NCP4302 NCP4302, TL431 NCP4302/D bsc flyback transformer tv TV flyback transformer bsc series TV flyback transformer bsc TV flyback transformer TL431 model SPICE FLYBACK CRM NCP1230 JESD78 HV Flyback schematic
MBL8392B

Abstract: ethernet transformer 10base-2 MBL8392
Text: in Connection Diagram-1. The transformer has a 1:1 turn ratio with an inductance between 30 and 100 , transformer has a 1:1 turn ratio with an inductance between 30 and 100 at 5 MHz. Note: All typical values , CABLE *1 T1 is a pulse transformer with a 1:1 turn ratio (L = 30 - 100 |L1H). *2 1N916 or equivalent , direct current in the pulse transformer and prevent the connected transformer from becoming saturated , . Controlled output rise and fall times of 25 ns ft5 ) minimize higher harmonics in the transmitted wave. To


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PDF DS04-22104-3E MBL8392B 10BASE5 10BASE2) MBL8392B MB86960A, MB86965A, MB86964) 374175b ethernet transformer 10base-2 MBL8392
2007 - bsc flyback transformer tv

Abstract: TL431 928 TV flyback transformer TV flyback transformer bsc series flyback transformer tv flyback transformer pin connections NCP4302 Flyback Transformer Design FOR QR IC obsolete ic cross reference TV flyback transformer bsc
Text: Current VDRV -0.3 to 18 100 V mA Drive Current Source Sink IDRV Apk 2.5 - 2.5 , VTRIG = 0 V 10.5 10.4 10.3 10.2 - 25 0 25 50 75 100 9.28 VTRIG = 0 V , ), SHUTDOWN (V) 100 1.23 1.21 1.19 1.17 1.15 - 25 0 25 50 75 3.1 VCC = 19 V 2.9 CDRV = No Load 2.7 2.5 2.3 2.1 1.9 1.7 1.5 100 - 25 0 25 50 75 100 TJ , 0 25 50 75 100 25 CDRV = 1 nF 20 15 10 5 0 - 25 0 25 50 75 100


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PDF NCP4302 NCP4302 NCP4302, TL431 NCP4302/D bsc flyback transformer tv TL431 928 TV flyback transformer TV flyback transformer bsc series flyback transformer tv flyback transformer pin connections Flyback Transformer Design FOR QR IC obsolete ic cross reference TV flyback transformer bsc
1995 - NE83c92A

Abstract: DC-DC SOT28 aui isolation transformer SOT261-3 NE83C92 NE83C92N NE83Q93 ethernet transformer 10base-2
Text: , IEEE 802.3 10BASE-5 and 25 HBE FEATURES · 100 % drop-in compatible with 1 · High , between the RX pins or the CD pins with the transformer removed. 8. Not 100 % tested in production , transformer . N Packages 16 CDS CD+ CD­ 2 15 TXO 3 14 VEE 4 13 VEE VEE 5 , Ethernet operation. 10 16 17 GND Positive Supply Pin. 4 5 13 5 to 11 20 to 25 VEE , and A packages) 60 °C/W NOTE: 1. 100 % measured in production. 2. The junction temperature


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PDF NE83C92 NE83C92 10base5) 10base2) DT00306 SD00279 100ns SD00305 SD00280 NE83c92A DC-DC SOT28 aui isolation transformer SOT261-3 NE83C92N NE83Q93 ethernet transformer 10base-2
1995 - IN916

Abstract: NE8392C NE8392CA NE8392CN NE83C92 NE83Q92 NE83Q93 10BASE2 "network interface controller"
Text: protocol and buffer management tasks. 25 SD00283 and ISO 8802/3 interface specifications · 100 , transformer (see Figure 1, Connection Diagram). N PACKAGE 16 CDS CD+ 1 CD­ 2 15 TXO 3 , . 10 16 17 GND Positive Supply Pin. 4 5 13 5 to 11 20 to 25 VEE Negative , UNIT ­12 Supply voltage1 °C/W NOTE: 1. 100 % measured in production. 2. The junction temperature is calculated from the following expression: TJ = TA + JA [VEE (0.08 + n x 0.05/ 100 ) + 8(VEE ­2


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PDF NE8392C NE8392C 10base5) 10base2) SD00279 100ns SD00278 SD00280 SD00281 IN916 NE8392CA NE8392CN NE83C92 NE83Q92 NE83Q93 10BASE2 "network interface controller"
k3525

Abstract: MBL8392A
Text: -2 -250 -225 - 2.5 -370 -300 -130 -175 100 254 MBL8392A TIMING CHARACTERISTICS V EE = , using DC-toDC conversion through a power transformer as shown in Figure 1 . 247 CD+ [ 7 C D- [ T RX , O 25 ] VE E 24] VE E U vE E m vE E E l VE E ID vE E ]9] RR- IF l i L UL L U L U U > > , + , . T1 IS A 1:1 PULSE TRANSFORMER , WITH AN INDUCTANCE OF 30 TO 150 (iH. 2. 1N916 OR EQUIVALENT FOR , , 13 16,17 5 to 11 20 to 25 GND - POSITIVE SUPPLY PIN NEGATIVE SUPPLY PINS: These pins


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PDF MBL8392A APRIL1993 5M-1982. k3525 MBL8392A
2009 - EE25 transformer

Abstract: TOP256EN ee25 10 pin transformer ferrite ee25 top256 topswitch-hx power adapter for notebook schematic Standard Notebook Adapter ee25 ferrite core MC1330
Text: current level) U1 begins to switch. 25 A corresponds to a line voltage of 100 VDC. The UV lockout also , 470 pF R15 100 V 33 C13 680 F 25 V T1 2 EE25 9 C4 2.2 nF 1 kV R6 33 1/2 W D1 2KBP06M , open-loop protection · Meets limited power source requirements (< 100 VA) · Eliminates need for secondary , transformer TOPSwitch-HX employs EcoSmart® technology to provide maximum efficiency over the entire load , by applying a bias to the X pin. This limits the outputing power to < 100 VA within the input


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PDF DI-199 OP256EN DI-199 EE25 transformer TOP256EN ee25 10 pin transformer ferrite ee25 top256 topswitch-hx power adapter for notebook schematic Standard Notebook Adapter ee25 ferrite core MC1330
smd PULSE TRANSFORMER

Abstract: Pulse Transformer VAC sumida ift coil M-8G MC-102 transformer MIT-4115V MIT4115V RM6 transformer ADSL splitter EEH1313 CEP1311
Text: (BOTTOM VIEW) 1.3 [.051] 1 2.5 8x [.098] 10 x 2.54 [. 100 ] 8 4 LINE 9 3 , . K TERMINAL LAYOUT 2.5 [.098] K SCHEMATICS 0.9 10 x [.035] (BOTTOM VIEW) 1 10.0 , 0.63/0.33 1.82/0.76 100 / 25 100 / 25 100 / 25 EP1311 T10121 400uH ±5% WITHIN 1:2(+­2%) 7uH (2+3, 8+9)Tie ­90db 60db 0.63/0.33 100 / 25 53 For xDSL POTS SPLITTER COILS , PULSE TRANSFORMERS 10/ 100 BASE PULSE TRANSFORMERS OUTLINE This is a pulse transformer + filter


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PDF EEH1313 EEH1617 CEP79 CEP1311 CEP811 EP1311 CEP1311C CPFC85 100mH smd PULSE TRANSFORMER Pulse Transformer VAC sumida ift coil M-8G MC-102 transformer MIT-4115V MIT4115V RM6 transformer ADSL splitter EEH1313 CEP1311
EE-19 n transformer

Abstract: EE-19 transformer EE 19 transformer Power Transformer EE-19 frc 34 pin EE-25 transformer UC1727
Text: Driver FEATURES Receives Power and Signal from Single Isolation Transformer Generates Split Rail for , -28 (Top View) QP Package 3 2 1 28 27 26 25 6 24 7 8 23 22 9 21 10 20 19 , PIN 5 FRPLY Q i 1 2 3-4 5 6 7 8 9 10 11 12-18 19 20 21 22 23 24 25 26 27 28 3 2 5 PACKAGE PIN FUNCTION FUNCTION PIN 1 28 27 26 ^ 25 6 24 7 23 8 , 8 9 10 11 12-13 14 15-18 19 20 21 22 23 24 25 26-28 UC1727 UC2727 UC3727 See A p


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PDF UC1727 UC2727 UC3727 UC1727 UC1726, EE-19 n transformer EE-19 transformer EE 19 transformer Power Transformer EE-19 frc 34 pin EE-25 transformer
TRANSFORMER sanken catalog

Abstract: "EI CORE" 2825 transformer AC reactor choke design AC reactor choke pt sanken transformer type B EER 42 transformer PT SANKEN INDONESIA EI 28 TRANSFORMER EER type bobbin
Text: Reactor & Transformer Reactors meeting the new standard for harmonic current are already , E N T S Product Name Transformer Also low-frequency transformer is available. Harmonic , available for all Series Switching Transformer for Resonant Triple Insulated Wire type Transformer Switching Transformer EER type Switching Transformer EE, EI type Switching Transformer Flat type Low , Harmonics/EMI HS type Universal type qNote( Transformer ) D B R S 28 T 5 A Identification Pin


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PDF K1-S09JB0-9804030TA TRANSFORMER sanken catalog "EI CORE" 2825 transformer AC reactor choke design AC reactor choke pt sanken transformer type B EER 42 transformer PT SANKEN INDONESIA EI 28 TRANSFORMER EER type bobbin
1998 - 10BASE PLCC28

Abstract: ethernet transformer Application Note SD00309 EE type transformer NE83Q92 NE83Q93 NE83Q92N NE83Q92D NE83Q92A20 ethernet transformer 10base-2
Text: no coaxial cable is 25 HBE conditions to minimize current consumption TX­ · 100 , voltage difference between the RX pins or the CD pins with the transformer removed. 8. Not 100 % tested in , isolation for the CTI is achieved using DC-to-DC conversion through a power transformer (see Figure 3 , 13 5­7 16 ­ 17 5 to 11 20 to 25 1 VEE N/C Negative supply pins. Not used. NOTE , packages) 60 °C/W NOTE: 1. 100 % measured in production. 2. The junction temperature is


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PDF NE83Q92 NE83Q92 10base5) 10base2) 10BASE PLCC28 ethernet transformer Application Note SD00309 EE type transformer NE83Q93 NE83Q92N NE83Q92D NE83Q92A20 ethernet transformer 10base-2
8392A

Abstract: No abstract text available
Text: The transformer has a 1:1 turn ratio with an inductance between 30 and 100 ^H at 5MHz. 3. The rise and , DC-to-DC conversion through a power transformer (see Figure 1, Connection Diagram). The part is fully pin , V V V|N t stg t so ld °c °c °c °c/w Tj ÖJA NOTE: 1. 100 % measured in production. 2 , MIN TYP -7 .5 -1 5 MAX UNIT V -2 0 -8 5 + 25 +3 V e e +1-6 mA mA HA MA V V mA ' ee , HA V V - 100 -4 5 ± It d c HA mA mA HA V mV V Transmit current Transmitter output voltage


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PDF NE83Q93 NE83Q93 10bas35) 10base2) 8392A
MLT 22 525

Abstract: No abstract text available
Text: ohm load is used on the transformer primary to properly terminate the 100 ohm cable and termination , H RTSET R XC H RGM SET DGND3 H 18 19 20 21 22 23 24 25 26 27 , threshold. The signal detect function is active only in 100Mbps mode, that is when the pin SEL10/ 100 is low. 25 (19) SEL1 0/TÖÖ Speed select TTL input. Driving this pin high disables 100BASE , low signal on SEL10/ 100 disables the 10BTTXINP/N inputs and enables 100BASE-TX operation. 28


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PDF ML6694 100BASE-TX ML6694 125MHz MLT 22 525
TXO-210

Abstract: E839
Text: for the CTI is achieved using DC-to-DC conversion through a power transformer (see Figure 1 , . 16 1 16 17 5 to 11 20 to 25 CDS 10 4 5 13 GND V ee NOTE: 1. The IEEE 802.3 name for , +150 +300 + 130 60 UNIT V v °C °C °C °C/W T sold Tj 9ja NOTE: 1. 100 % measured in production , n x 0.05/ 100 ) + 8(VEE -2 ) / R] where Ta = Ambient temperature in °C. 0ja = Thermal resistance of , V fe track* For the A package, Pins 5 to 11 and 19 to 25 should similarly be soldered to a large


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PDF NE8392C NE8392C 10base5) 10base2) TXO-210 E839
2007 - equivalent sb5100

Abstract: EE25 transformer t1 EE25 core PKS605PN 1N4007 equivalent ALG TRANSISTOR diode FR107 equivalent t1 ee25 EE25 bobbin PC817A
Text: . Transformer Parameters Core Material PI-4887-111207 Input Power (mW) 100 80 Bobbin EE25, 10 pin , . When the MOSFET turns off, the leakage inductance of the transformer induces a voltage spike on the , regulated supply node) of U1. A bias winding on the transformer T1 (pins 4 and 5), D6, C5 and R3 is used to , - 265 VAC R7 510 VR1 BZX79-B11 11 V 2% C11 470 uF 25 V 7.5 H RTN 10 mH C13 , C7 2200 F 16 V C2 47 F 400 V C1 33 F 400 V C10 100 nF 275 VAC R6 22 VR3


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PDF DI-151 PKS605PN CISPR-22/EN55022 DI-151 equivalent sb5100 EE25 transformer t1 EE25 core PKS605PN 1N4007 equivalent ALG TRANSISTOR diode FR107 equivalent t1 ee25 EE25 bobbin PC817A
EE-25 200 6 transformer

Abstract: No abstract text available
Text: . 1 1 100 % production tested at T a = + 25 °C, and sample tested at the specified temperatures , -Bit, 200 MWPS Digital-to-Analog Converter ECL Compatibility Fast Settling Time: 25 ns to ±0.01% Low , applications. The SPT5510 is an ECL-compatible device. It features an ultrafast settling time of 25 ns and , . 500 jaA Control Amplifier Output Current. ± 2.5 mA Input Voltages Digital , . ELECTRICAL SPECIFICATIONS Ta = 25 °C, V ee = - 5.2 V ± 5%, unless otherwise specified. TEST PARAMETERS


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PDF SPT5510 16-BIT, SPT5510 EE-25 200 6 transformer
1998 - NE83C92

Abstract: NE83C92A NE83C92N NE83Q93 10BASE PLCC28
Text: , IEEE 802.3 10BASE-5 and 25 HBE FEATURES · 100 % drop-in compatible with CD­ A PACKAGE , with the transformer removed. 8. Not 100 % tested in production. 1995 May 01 5 Philips , isolation for the CTI is achieved using DC-to-DC conversion through a power transformer . N Packages , 20 to 25 VEE DESCRIPTION Negative Supply Pins. NOTE: 1. The IEEE 802.3 name for CD is CI , . 100 % measured in production. 2. The junction temperature is calculated from the following expression


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PDF NE83C92 NE83C92 10base5) 10base2) NE83C92A NE83C92N NE83Q93 10BASE PLCC28
10BASE PLCC28

Abstract: mau aui NE83C92 NE83C92A NE83C92N NE83Q93 DC-DC SOT28 sot28-4
Text: with the transformer removed. 8. Not 100 % tested in production. 1995 May 1 Philips Semiconductors , transformer has a 1:1 turn ratio with an inductance between 30 and 100 (iH at 5MHz. 3. The rise and fall times , is achieved using DC-to-DC conversion through a power transformer . The part is fully pin compatible , specifications • 100 % drop-In compatible with industry standard 8392 sockets • Optimal implementation can , operation. 10 16 17 GND Positive Supply Pin. 4 5 13 5 to 11 20 to 25 Vee Negative Supply Pins. NOTE: 1


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PDF NE83C92 711Dfl2b 00flT72fl NE83C92 10base5) 10base2) OT261-3 MO-047AB 711G05b 10BASE PLCC28 mau aui NE83C92A NE83C92N NE83Q93 DC-DC SOT28 sot28-4
RJ45 s tech

Abstract: P55-PZ1-1NM9 s tech rj45 DG060082 EE 55 TRANSFORMER RJ45 speed tech 36 SUS304
Text: NAME RJ45 1×1 Tab up w/ Transformer & w/o LED PRODUCT NO P55-PZ1-1NM9(Lead Free , : RJ45 1×1 Tab up w/ Transformer & w/o LED 1 SCOPE 1.1 Content 1.1.1 This specification covers , is e n da lat ufa ta es ct sh t r ur ee ev er t isi s on Tab up w/ Transformer & w/o LED , : Phosphor Bronze Finish : ( a ) Contact Area : 30" min. Gold ( b ) Solder tail Area : 100 " min. Matted Tin ( c ) Underplating : 50~ 100 " Nickel over all 4.2.1.2 Joint Contact : Brass Finish : Gold flash or


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PDF DG060082 07-Jul-2006 P55-PZ1-1NM9 R-P03-R032A RJ45 s tech s tech rj45 DG060082 EE 55 TRANSFORMER RJ45 speed tech 36 SUS304
IEEE802

Abstract: 2vp5u9 LT6031 RELIABILITY INC
Text: -802.3 Section 8.3.2.1 specification, the interface between the Am7997 and the AUI is transformer isolated at the , signals transformer isolated and the connection to the "thin" co axial media can be made directly at the , View PLCC uj x Û _l / DI+ [ 5 Dl- [ 6 NC [ 7 n n n n n n n 4 3 2 1 28 27 26 ° ' 25 ] VCOL , tap drives this input through a 4:1 attenuator com posed of a 25 kQ and a 75 k il resistor. Tap , , this signal is received through the AUI cable and isolation transformer . In IEEE-802.3 10BASE2


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PDF Am7997 10BASE5/2 ANSI/IEEE-802 10BASE5 10BASE2 Am7997 IEEE-802 10BASE5/Ethernet® 7997PLCC 2473-021A IEEE802 2vp5u9 LT6031 RELIABILITY INC
jrm a40

Abstract: U/25/20/TN26/15/850/tl-130 transformer
Text: , Figure 1. The transformer has a 1:1 turn ratio with an Inductance between 30 and 100 nH at 5 M Hz. 3 , achieved using DC-to-DC conversion through a power transformer as shown in Figure 1. 374R7Sb GD1D2L , €” POSITIVE SUPPLY PIN 4, 5,13 5 to 11 20 to 25 — V ee NEGATIVE SUPPLY PINS: These pins also , minimize DC standing current in the isolation transformer . The line driver outputs are emitter followers , altered by external circuitry. Controlled rise and fall times of 25 ns (±5 ns) minimize higher harmonic


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PDF MBL8392A 10BASE5 10BASE2, 374T75L. jrm a40 U/25/20/TN26/15/850/tl-130 transformer
Power Transformer EE-16

Abstract: Bobbin EE 16 AP3706 ee16 transformer specification ee16 bobbin specification EE-16 6 pin bobbin core EE16 transformer EE16 core pc40 EE16 ee-16 transformer
Text: ) Output Voltage Setting Time 10 Efficiency Average Efficiency at 25 ,50,75 and 100 % of Pno (EPS , Specifications Demo Board Schematic Bill of Material Transformer Specs Test Results Summary , 0603, 3.9 k 1 C6 2.2nF/1KV 1 R10 1206, 100 k 1 C3 0603,100nF 1 R11 , R14 0603, 270 k 1 D6 SR360 1 R15 1206, 100 ohm 1 L1 330uH 1 R16 0805, 4.7 M 1 Q1 APT13003 1 T1 Transformer EE16 1 R1 12 ohm/0.5W 1 U2


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PDF 5V890mA AP3706 EN55022 115VAC 230Vac 110mV Power Transformer EE-16 Bobbin EE 16 AP3706 ee16 transformer specification ee16 bobbin specification EE-16 6 pin bobbin core EE16 transformer EE16 core pc40 EE16 ee-16 transformer
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