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Part Manufacturer Description Datasheet BUY
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 visit Linear Technology - Now Part of Analog Devices Buy
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 visit Linear Technology - Now Part of Analog Devices Buy
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 visit Linear Technology - Now Part of Analog Devices Buy
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 visit Linear Technology - Now Part of Analog Devices Buy
LT1017MJ8/883 Linear Technology LT1017 - Micropower Dual Comparator; Package: CERDIP; Pins: 8; Temperature: Military visit Linear Technology - Now Part of Analog Devices
LM108AJ8 Linear Technology LM108A - Operational Amplifiers; Package: CERDIP; Pins: 8; Temperature: Military visit Linear Technology - Now Part of Analog Devices

pin e16 transformer

Catalog Datasheet MFG & Type PDF Document Tags

3DD5023

Abstract: E16 10 pin bobbin transformers selected from simple lookup tables and transformer construction is explained. Other design guides explain , .6 Transformer Design , .14 COL Pin Protection (Dcol1, Dcol2 and Rcol , ).15 AUX Pin Supply Resistor (Raux) and Transistor (Qaux , Protects COL pin from over-voltage transients Protects COL pin from over-current transients Sets overload
Cambridge Semiconductor
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IEC62044-2

Abstract: E16 CORE TRANSFORMER 6 pin Ferrites E core Series/Type: Ordering code: E16/8/4 t.b.d. Date: Version , : (top right header bar) E16/8/4 Preliminary data (optional): (if necessary) Preliminary data , express consent is prohibited. Ferrites E core t.b.d. E16/8/4 Preliminary data Magnetic , of 4 Ferrites E core t.b.d. E16/8/4 Preliminary data Cautions and warnings Mechanical , pin C) arrangement. ­ Not following the processing notes for soldering of the J-leg terminals may
EPCOS
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Abstract: Ferrites E core Series/Type: Ordering code: E16/8/5 B66307G0000X145 Date: Version , Series/Type: (top right header bar) E16/8/5 Preliminary data (optional): (if necessary , without EPCOS' prior express consent is prohibited. Ferrites E core B66307G0000X145 E16/8/5 , ' To long soldering time at high temperature (>300 °C) may effect coplanarity or pin arrangement. â , problems at the transformer because of pollution with Sn oxyd of the tin bath or burned insulation of the EPCOS
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E16/8/5 B66307-G0000-X145

e16 ferrite transformer

Abstract: Epcos Ferrite Core 2007 Ferrites E core Series/Type: Ordering code: E16/8/5 B66307G0000X145 Date: Version , Series/Type: (top right header bar) E16/8/5 Preliminary data (optional): (if necessary , without EPCOS' prior express consent is prohibited. Ferrites E core B66307G0000X145 E16/8/5 , temperature (>300 °C) may effect coplanarity or pin arrangement. - Not following the processing notes for soldering of the J-leg terminals may cause solderability problems at the transformer because of pollution
EPCOS
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e16 ferrite transformer Epcos Ferrite Core 2007 E16 CORE TRANSFORMER 6 pin IEC62044-2 E16 transformer Epcos Ferrite Core 2007 - chapter 8.2

1/20EF E17 TRANSFORMER

Abstract: A/20EF E17 TRANSFORMER isolation barrier can be bridged by an inexpensive Ethernet (or other) transformer to achieve , lower voltage isolation. DC1079A shows both transformer and capacitor techniques. Separate supplies , LTC4310 on the DC1079A. The READY pin provides a digital output flag that pulls low to indicate that the , RXN pins from the other LTC4310. An LED at each READY pin indicates that READY is low. DC1079A-A is , GND_C to GND_D, EPF8119S Transformer Coupling 100 1500 VRMS Maximum I2C Clock DC1079A-A
Linear Technology
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1/20EF E17 TRANSFORMER A/20EF E17 TRANSFORMER DC1079A-A/DC1079A-B LTC4310-1/LTC4310-2

EF16 TRANSFORMER

Abstract: diode D7 SOD-123 appropriate transformer turns ratio changes and alterations to voltage setting zener Z1 and resistor R6 , using a â'slaveâ' secondary winding on the transformer. The slave secondary is tightly coupled to , transformer design for a universal AC input version is available on request. A 5V/12V transformer design is , ' Good load and cross regulation on 8.5Vout due to secondary winding technique on transformer , VS2 nominal output voltage. 3. R1 is optional inrush limiting resistor. 4. U1 tab (pin 4) should
ON Semiconductor
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EF16 TRANSFORMER diode D7 SOD-123 IC 2 5/dual transistor 6 pin SMD Z2 SMD ZENER DIODE Z1 BAT54 on semi 1N4937 SMD DN05038/D NCP1075 NST45011 NCP431 281-1435-ND E20/10/6

E16 CORE TRANSFORMER 6 pin

Abstract: E16 transformer TABLE 1: ELECTRICAL SPECIFICATIONS AT 25 OC FIGURE 1: SCHEMATIC DIAGRAM SWITCHING TRANSFORMER , . 4.07 4.52 WHITE DOT DENOTES PIN #1 1 UNITS 4.97 mHY PRIMARY 8 2 TURN RATIO , DIMENSIONS mm (INCHES) 8 6 5 1 WHITE DOT DENOES PIN#1 7 2 3 4 17.0 (.669) MAX , (.024) 4 11.0 (.433) EE16/EI16, 8-PIN HORIZONTAL UL INSULATION SYMBOL AND MANUFACTURER IDENTIFICATION HERE REV. 10/21/96 02/17/99 05/04/99 DESCRIPTION OF CHANGES ORIGINAL RELEASE, E16
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PWR-TOP210PFI E162344 PM130-H1A PM130-R1 PWR-TOP210 E16* transformer inductor 10uH UL1950 IEC950 CSA-950

74090

Abstract: transformer for TNY253 TRANSFORMER FOR TINYSWITCH · · · · · SIZE E16 · SINGLE OUTPUT : 5 or 12v Primary / Secondary Insulation 4000V Creepage distance Primary / Secondary 6mm Ambient temperature < 85°C Construction conforms to IEC950, IEC335, IEC61558 for reinforced insulation Exclusively uses UL94-V0 listed materials 0V DRAIN +E +S1 Pin 3 Removed PCB Drilling Diameter = 1.1mm Bottom View (Pin side) Windings MYRRA P/N Output Power maximum 74090 1.5 w Pri S1 5­2 16 3.3 ­ 6 Vdc
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74090 transformer for TNY253 IC 74090 tny253 myrra transformer e16 TNY253

TNY254

Abstract: TNY254 equivalent TRANSFORMER FOR TINYSWITCH SIZE E16 · SINGLE OUTPUT : 5 or 12v · · · · · Primary / Secondary Insulation 4000V Creepage distance Primary / Secondary 6mm Ambient temperature < 70°C Construction conforms to IEC950, IEC335, IEC61558 for reinforced insulation Exclusively uses UL94-V0 listed materials 0V DRAIN +E +S1 Bottom View (Pin side) Pin 3 Removed PCB Drilling Diameter = 1.1mm Windings MYRRA P/N Output Power maximum 74092 3.1 w Pri S1 5­2 13 3.3
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TNY254 TNY254 equivalent 74093 data sheet of 12v transformer E16 10 pin transformers Power Integrations

V1630

Abstract: number : Bezeichnung : description : 7491182024 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2009-08-10 A Mechanische Abmessungen / dimensions : D 6 7 E16 A B C D ø0,6 18,0 max 18,0 max 16,5 max 5,0 ± 0,5 mm mm mm mm B 10 1 A = Marking Pin 1 C B , conditions. Schaltfrequenz / Switching frequency: 132 kHz Bauteil für Netzanwendung / Off-line transformer , : Bezeichnung : description : 7491182024 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM
Würth Elektronik
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V1630 WK3260B V1630FS D-74638

V1630FS

Abstract: hochspannung number : Bezeichnung : description : 7491182012 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2009-08-10 A Mechanische Abmessungen / dimensions : D 6 7 E16 A B C D ø0,6 18,0 max. 18,0 max. 16,5 max. 5,0 ± 0,5 mm mm mm mm B 10 1 A = Marking Pin 1 C B , / Off-line transformer Freigabe erteilt / general release: Kunde / customer , : Bezeichnung : description : 7491182012 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM
Würth Elektronik
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hochspannung marking W3 HV transformer specification V-1630FS

V1630FS

Abstract: e16 ferrite transformer number : Bezeichnung : description : 7491182024 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2009-08-10 A Mechanische Abmessungen / dimensions : D 6 7 E16 A B C D ø0,6 18,0 max 18,0 max 16,5 max 5,0 ± 0,5 mm mm mm mm B 10 1 A = Marking Pin 1 C B , conditions. Schaltfrequenz / Switching frequency: 132 kHz Bauteil für Netzanwendung / Off-line transformer , : Bezeichnung : description : 7491182024 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM
Würth Elektronik
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wurth 24v WK3260 E16 bobbin

e16 ferrite transformer

Abstract: number : Bezeichnung : description : 749118205 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2009-08-10 A Mechanische Abmessungen / dimensions : D 6 7 E16 A B C D ø0,6 18,0 max. 18,0 max. 16,5 max. 5,0 ± 0,5 mm mm mm mm B 10 1 A = Marking Pin 1 C B , conditions. Schaltfrequenz / Switching frequency: 132 kHz Bauteil für Netzanwendung / Off-line transformer , : Bezeichnung : description : 749118205 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM
Würth Elektronik
Original

e16 ferrite transformer

Abstract: number : Bezeichnung : description : 7491182012 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2009-08-10 A Mechanische Abmessungen / dimensions : D 6 7 E16 A B C D ø0,6 18,0 max. 18,0 max. 16,5 max. 5,0 ± 0,5 mm mm mm mm B 10 1 A = Marking Pin 1 C B , / Off-line transformer Freigabe erteilt / general release: Kunde / customer , : Bezeichnung : description : 7491182012 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM
Würth Elektronik
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TNY266

Abstract: 74015 FLYBACK TRANSFORMER · · · · · · SIZE E16 · 3 OUTPUTS : 5 / 15 / 24v Primary / Secondary Insulation 4000V Primary / Auxiliary Insulation 1500V Creepage distance Primary / Secondary 6mm Ambient temperature < 50°C Construction conforms to IEC950, IEC335, IEC61558 for reinforced insulation Exclusively uses UL94-V0 listed materials +E +S3 +S2 +S1 0V DRAIN +AUX 0V 74015 PIN 3 Removed PCB Drilling Diameter = 1.1mm Bottom View (Pin side) Windings MYRRA P/N
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TNY266 74015 12 pin flyback transformer tny266 transformer IC 74015 TNY266 Power Integrations

500 watt power circuit diagram flyback

Abstract: EF16 TRANSFORMER the flyback transformer design (T1). An auxiliary winding on the transformer powers the control , for maximum simplicity and low cost. The flyback transformer is designed utilizing an industry , pin 4 tab should be soldered to clad for heatsinking. 6. R4 may need adjustment for startup/OVP , (+/- 12V) Part Description: 8 watt, 100 kHz flyback transformer; +/- 12V output, universal input Schematic ID: T1 Core Type: EF16 (E16/8/5); 3C90 material or similar Core Gap: Gap for 1.4 to 1.6 mH
ON Semiconductor
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NCP1014 500 watt power circuit diagram flyback schneider c10 mbrs160t MBRS160 100 kHz flyback transformer DN06034/D 12/-12V

TNY266

Abstract: myrra FLYBACK TRANSFORMER SIZE E16 · 2 OUTPUTS : 2 x 24v · · · · · · Primary / Secondary Insulation 4000V Primary / Auxiliary Insulation 1500V Creepage distance Primary / Secondary 6mm Ambient temperature < 50°C Construction conforms to IEC950, IEC335, IEC61558 for reinforced insulation Exclusively uses UL94-V0 listed materials +E +S2 0V +S1 0V DRAIN +AUX 0V 74014 PIN 3 Removed PCB Drilling Diameter = 1.1mm Bottom View (Pin side) Windings MYRRA P/N Output Power
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74014 TNY266 application myrra E16 flyback transformer construction flyback transformer data pin INTEGRATIONS

LTC5554

Abstract: SCHEMATIC VGA board . (Connecting transformer footprint 1 to 3 and pin 5 to 4) 2) Install decoupling capacitors C1 and C2. 3 , (AC-coupling type) without external components. The 3state MODE pin allows the selection of the coupling type , VCCO OUT± Output Pin DC Common Mode Voltage (For more detail, Please see Note 4 of data sheet , VCC pin. Connect to power supply 5V. VCCO Output bias voltage Connect to power supply 5V , . STROBE=signal : gain is synchronously set by the PGx state strobed by the STROBE pin positive transitions. PG0
Linear Technology
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LTC5554 SCHEMATIC VGA board ETC1-1-13 LT5514 TC1-1-13 LT5554 LT5554EUH DC1150A

C2162PX2

Abstract: transistor WT4 transformer core area (AE) for an E13 core is assumed as 17.1 mm2, and for an E16 core is assumed as 19 mm2 , . Components are selected from simple lookup tables and charts, and transformer construction is explained , .8 Transformer Design , ) .33 Simplified Transformer Design for 1-3 W Applications , Average system efficiency No-load power consumption Transformer inductance tolerance Conducted emissions
Cambridge Semiconductor
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C2162PX2 transistor WT4 wt4 transistor Cambridge capacitor capacitors WT2 pnp transistor transistor WT5 52 C2160 C2161PX2 DS-2918 DG-3228-0908A

AND8042

Abstract: Flyback Transformer Design EXCEL NCP1200, HV pin (pin 8) is supplied by half wave rectification through a parallel combination of diode , enough power during full load low AC input. On the contrary, the transformer may go into saturation and , T1 Transformer 1 C10 1.0 nF, 250 VAC, Y1 Cap 1 http://onsemi.com 3 ON , current loop respectively. The secondary side of the transformer consists of 2 windings, the output , : Transformer Design Transformer design involves very tedious calculation. An Excel spreadsheet has been
ON Semiconductor
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AND8042/D NCP4300A MTD1N60E 1N4148 AND8042 Flyback Transformer Design EXCEL EI28Z NCP1200D60 rubycon jxa Flyback Transformer Design EXCEL SPREADSHEET
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