SEPIC CONVERTER Search Results

BH Electronics 511-0033

Abstract: resistor 1K Resistor 270K TANTALUM CAPACITOR 10UF 6.3V 10 0805 chip LRC-LRF-1206
Contextual Info: 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

Transformer sepic

Abstract: EV1542-SEPIC sepic MP1542 1N4148 dc dc sepic converter 1N5819HW-7 EV1542DK-SEPIC-00A MP1542DK Monolithic Power Systems
Contextual Info: 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,

Contextual Info: 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

270k resistor

Abstract: 6TPC100M BAT54 LMK325BJ106MN SI6562DQ UCC39421 UCC39421PW ZHCS1000 TI 01W Capacitor 10uF 10V
Contextual Info: 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

MSC1278

Contextual Info: 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

MSC1278

Abstract: MSC1278-223KL
Contextual Info: 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

C400

Abstract: SR-332
Contextual Info: 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

Contextual Info: 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

sepic

Abstract: MSC1278
Contextual Info: 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

Contextual Info: 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

flybacktransformer

Abstract: flyback-transformer transformer 1025 AN1025 APP1025 MAX608 voltage regulator 78 series step down transformer 12v dc-dc flyback application note sepic design
Contextual Info: 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

MSC1278-223KL

Contextual Info: 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

Contextual Info: ±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

C400

Abstract: SR-332
Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

Agilent 4284a

Contextual Info: 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

220 110 transformer

Contextual Info: 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

Contextual Info: ±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

MSD1260-153

Abstract: SR-332 MSD1260-472ML equal inductors
Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

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
Contextual Info: 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,