BH Electronics 511-0033
Abstract: resistor 1K Resistor 270K TANTALUM CAPACITOR 10UF 6.3V 10 0805 chip LRC-LRF-1206
Text: DN-109 Design Note UCC39421 3.3V SEPIC Evaluation Board By Dave Salerno The UCC39421 SEPIC demo board implements a complete 330kHz, 3.3V SEPIC converter. The user needs only to supply an input voltage and a load. A Bill of Material, giving the component part numbers
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DN-109
UCC39421
330kHz,
UCC39421PW
LMK325BJ106MN
6TPC100M
JMK316BJ106ML
ZHCS1000
BAT54
BH Electronics 511-0033
resistor 1K
Resistor 270K
TANTALUM CAPACITOR 10UF 6.3V 10
0805 chip
LRC-LRF-1206
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Transformer sepic
Abstract: EV1542-SEPIC sepic MP1542 1N4148 dc dc sepic converter 1N5819HW-7 EV1542DK-SEPIC-00A MP1542DK Monolithic Power Systems
Text: TM EV1542DK-SEPIC-00A 700KHz/1.3MHz Boost Converter with a 2A Switch The Future of Analog IC Technology TM EVALUATION BOARD GENERAL DESCRIPTION FEATURES The EV1542DK-SEPIC-00A is the demo board for sepic applications using the MP1542, a current mode step up converter with a 2A,
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EV1542DK-SEPIC-00A
700KHz/1
EV1542DK-SEPIC-00A
MP1542,
700KHz
Transformer sepic
EV1542-SEPIC
sepic
MP1542
1N4148
dc dc sepic converter
1N5819HW-7
MP1542DK
Monolithic Power Systems
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Untitled
Abstract: No abstract text available
Text: 50 mA Iout SEPIC-Cuk Reference Design PRD1175 FEATURES 50 mA Iout Low Output Ripple 40 mV Low Cost Small Size High Efficiency DESCRIPTION This design is a so called cascoded coupled SEPIC-Cuk converter producing clean ±9 V rails from a 12V input. A SEPIC-Cuk is simply a SEPIC and a Cuk converter designed to share the regulator and power switch. Using
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PRD1175
ADP1613.
61A10
DDZ9689
OD-123
RL1220S-0R30-G
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270k resistor
Abstract: 6TPC100M BAT54 LMK325BJ106MN SI6562DQ UCC39421 UCC39421PW ZHCS1000 TI 01W Capacitor 10uF 10V
Text: DN-109 Design Note UCC39421 3.3V SEPIC Evaluation Board By Dave Salerno The UCC39421 SEPIC demo board implements a complete 330kHz, 3.3V SEPIC converter. The user needs only to supply an input voltage and a load. A Bill of Material, giving the component part numbers
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DN-109
UCC39421
330kHz,
270k resistor
6TPC100M
BAT54
LMK325BJ106MN
SI6562DQ
UCC39421PW
ZHCS1000
TI 01W
Capacitor 10uF 10V
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MSC1278
Abstract: No abstract text available
Text: Document 922-1 Coupled Inductors – MSC1278 For SEPIC Applications The MSC1278 coupled inductors are designed with high leakage inductance for use in SEPIC applications. The loosely coupled windings K ≈ 0.8 improve SEPIC efficiency by reducing circulating current and provide
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MSC1278
MSC1278
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MSC1278
Abstract: MSC1278-223KL
Text: Document 922-1 Coupled Inductors – MSC1278 For SEPIC Applications The MSC1278 coupled inductors are designed with high leakage inductance for use in SEPIC applications. The loosely coupled windings K ≈ 0.8 improve SEPIC efficiency by reducing circulating current and provide
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MSC1278
MSC1278
MSC1278-223KL
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C400
Abstract: SR-332
Text: Document 499-1 Coupled Inductors–MSD1278 For SEPIC and other Applications The excellent coupling coefficient k ≥ 0.94 makes the MSD1278 series of coupled inductors ideal for use in SEPIC applications. In SEPIC topologies, the required inductance for each winding in a coupled inductor is
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MSD1278
MSD1278
C400
SR-332
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Untitled
Abstract: No abstract text available
Text: Document 528-1 Coupled Inductors–MSD1260 Series For SEPIC Applications The excellent coupling coefficient k ≥ 0.98 makes the MSD1260 series of coupled inductors ideal for use in SEPIC applications. In SEPIC topologies, the required inductance for each winding in a coupled inductor is half
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MSD1260
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sepic
Abstract: MSC1278
Text: Document 922-1 Coupled Inductors – MSC1278 For SEPIC Applications The MSC1278 coupled inductors are designed with high leakage inductance for use in SEPIC applications. The loosely coupled windings K ≈ 0.8 improve SEPIC efficiency by reducing circulating current and provide
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MSC1278
MSC1278
MSC1278-223ML
sepic
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PDF
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Untitled
Abstract: No abstract text available
Text: Document 922-1 Coupled Inductors – MSC1278 For SEPIC Applications The MSC1278 coupled inductors are designed with high leakage inductance for use in SEPIC applications. The loosely coupled windings K ≈ 0.8 improve SEPIC efficiency by reducing circulating current and provide
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MSC1278
MSC1278
MSC1278-223ML
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flybacktransformer
Abstract: flyback-transformer transformer 1025 AN1025 APP1025 MAX608 voltage regulator 78 series step down transformer 12v dc-dc flyback application note sepic design
Text: Maxim > App Notes > Power-supply circuits Keywords: SEPIC, SEPIC switching regulator, step-up DC-DC controller, step-up linear regulator, step-down regulator, flyback trandformer Nov 21, 1996 APPLICATION NOTE 1025 Highly efficient SEPIC switching regulator generates 3V from multiple
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MAX608
com/an1025
AN1025,
APP1025,
Appnote1025,
flybacktransformer
flyback-transformer
transformer 1025
AN1025
APP1025
voltage regulator 78 series
step down transformer 12v
dc-dc flyback application note
sepic design
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MSC1278-223KL
Abstract: No abstract text available
Text: Document 922-1 Coupled Inductors – MSC1278 For SEPIC Applications The MSC1278 coupled inductors are designed with high leakage inductance for use in SEPIC applications. The loosely coupled windings K ≈ 0.8 improve SEPIC efficiency by reducing circulating current and provide
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MSC1278
MSC1278
MSC1278-223KL
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Untitled
Abstract: No abstract text available
Text: ±10 Vout from 24 Vin at 100 mA Reference Design PRD1209 FEATURES Small Size Low Cost DESCRIPTION This application note describes a SEPIC-Cuk converter used to create a dual rail output from a single input voltage. A SEPIC-Cuk converter uses a SEPIC and a Cuk converter both tied to the same switch node to create
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PRD1209
ADP1613)
DDZ9690
OD-123
300mW
MMBT3904LT1G
OT-23
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PDF
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C400
Abstract: SR-332
Text: Document 499-1 Coupled Inductors–MSD1278 For SEPIC and other Applications The excellent coupling coefficient k ≥ 0.94 makes the MSD1278 series of coupled inductors ideal for use in SEPIC applications. In SEPIC topologies, the required inductance for each winding in a coupled inductor is
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MSD1278
MSD1278
C400
SR-332
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Untitled
Abstract: No abstract text available
Text: Document 528-1 Coupled Inductors–MSD1260 Series For SEPIC Applications The excellent coupling coefficient k ≥ 0.94 makes the MSD1260 series of coupled inductors ideal for use in SEPIC applications. In SEPIC topologies, the required inductance for each winding in a coupled inductor is half
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MSD1260
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Untitled
Abstract: No abstract text available
Text: Document 499-1 Coupled Inductors–MSD1278 For SEPIC and other Applications The excellent coupling coefficient k ≥ 0.94 makes the MSD1278 series of coupled inductors ideal for use in SEPIC applications. In SEPIC topologies, the required inductance for each winding in a coupled inductor is
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MSD1278
MSD1278
a8/08
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Untitled
Abstract: No abstract text available
Text: Document 528-1 Coupled Inductors–MSD1260 Series For SEPIC Applications The excellent coupling coefficient k ≥ 0.94 makes the MSD1260 series of coupled inductors ideal for use in SEPIC applications. In SEPIC topologies, the required inductance for each winding in a coupled inductor is half
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MSD1260
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Agilent 4284a
Abstract: No abstract text available
Text: Document 528-1 Coupled Inductors–MSD1260 For SEPIC and other Applications The excellent coupling coefficient k ≥ 0.94 makes the MSD1260 series of coupled inductors ideal for use in SEPIC applications. In SEPIC topologies, the required inductance for each winding in a coupled inductor is half
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MSD1260
MSD1260
Agilent 4284a
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220 110 transformer
Abstract: No abstract text available
Text: Document 499-1 Coupled Inductors–MSD1278 Series For SEPIC Applications The excellent coupling coefficient k ≥ 0.94 makes the MSD1278 series of coupled inductors ideal for use in SEPIC applications. In SEPIC topologies, the required inductance for each winding in a coupled inductor is
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MSD1278
220 110 transformer
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Untitled
Abstract: No abstract text available
Text: ±15 Vout from 24 Vin at 80 mA Reference Design PRD1210 FEATURES Small Size Low Cost DESCRIPTION This application note describes a SEPIC-Cuk converter used to create a dual rail output from a single input voltage. A SEPIC-Cuk converter uses a SEPIC and a Cuk converter both tied to the same switch node to create
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PRD1210
ADP1613)
DDZ9690
OD-123
300mW
MMBT3904LT1G
OT-23
ADP1613ARMZ
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PDF
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MSD1260-153
Abstract: SR-332 MSD1260-472ML equal inductors
Text: Document 528-1 Coupled Inductors–MSD1260 For SEPIC and other Applications The excellent coupling coefficient k ≥ 0.94 makes the MSD1260 series of coupled inductors ideal for use in SEPIC applications. In SEPIC topologies, the required inductance for each winding in a coupled inductor is half
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MSD1260
MSD1260
MSD1260-153
SR-332
MSD1260-472ML
equal inductors
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Untitled
Abstract: No abstract text available
Text: Document 528-1 Coupled Inductors–MSD1260 For SEPIC and other Applications The excellent coupling coefficient k ≥ 0.94 makes the MSD1260 series of coupled inductors ideal for use in SEPIC applications. In SEPIC topologies, the required inductance for each winding in a coupled inductor is half
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MSD1260
MSD1260
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PDF
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Untitled
Abstract: No abstract text available
Text: Document 499-1 Coupled Inductors–MSD1278 Series For SEPIC Applications The MSD1278 series of coupled inductors is ideal for use in SEPIC applications. In SEPIC topologies, the required inductance for each winding in a coupled inductor is half the value needed for two separate inductors, allowing selection of a part with lower DCR and
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MSD1278
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step down transformer 12v
Abstract: 18v step down transformer 12v and 500ma transformer sepic flyback converter 12v to 18v Transformer sepic LT1961 UPS140 5v dc 500ma variable transformer dc dc sepic 5V converter
Text: advertisement Boost Regulator Makes Low Profile SEPIC with Both Step-Up and Step-Down Capability – Design Note 317 Keith Szolusha 3V to 20V Input, 5V Output, 3mm Maximum Height SEPIC Figure 1 shows a 3V to 20V input, 5V output 3mm maximum height SEPIC using the LT 1961, a 1.25MHz,
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25MHz,
410mA
830mA
LT1961
com/go/dnLT1961
dn317f
step down transformer 12v
18v step down transformer
12v and 500ma transformer
sepic
flyback converter 12v to 18v
Transformer sepic
UPS140
5v dc 500ma variable transformer
dc dc sepic 5V converter
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