EE16 CASE DATASHEET Search Results

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 1250 n 136 : 13 : 13 : 15 0.8 A typ. ±3% Saturation current |ΔL/L| < 20%

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 1310 n 140 : 22 : 6 : 16 0.8 A typ. ±3% Saturation current |ΔL/L| < 20%

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 1250 n 140 : 9 : 7 : 18 0.8 A typ. ±3% Saturation current |ΔL/L| < 20%

EE16

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 1500 n 160 : 7 : 7 : 18 0.8 A typ. ±3% Saturation current |ΔL/L| < 20%

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 1500 n 160 : 14 : 14 : 16 0.8 A typ. ±3% Saturation current |ΔL/L| < 20%

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 1310 n 140 : 6 : 6 : 16 0.8 A typ. ±3% Saturation current |ΔL/L| < 20%

EE16

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 1500 n 160 : 10 : 7 : 16 0.8 A typ. ±3% Saturation current |ΔL/L| < 20%

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Inductance 100 kHz/ 100 mV Turns ratio C Schematic: Value Unit Tol. µH ±10% L 1250 n 140 : 27 : 27 : 16 0.8 A typ. ±3% Saturation current |ΔL/L| < 20%

EE16 429

Abstract: EE13 8 pin bobbin transformers MJE13003 st DS-1639 core EE13 5V power supply sot23-6 CAMSEMI MJE13003 TO-92 EE-1312 pc40 core EE13 6 pin bobbin transformers
Contextual Info: Basic Design Guide Low Power Resonant Discontinuous Forward Converter Rapidly Implement Application Circuits up to 6 W Using CamSemi’s Low Power RDFC Topology and Advanced Controller ICs C2471LX2 SOT23-6 CamSemi’s low power RDFC topology and advanced controller IC deliver low cost replacements for linear

230V ac to 5V dc usb charger circuit

Abstract: SAMA5 RK3026 s3c2416 charger pad wide
Contextual Info: Contents 1. High Power DC-DC Converter Products ………………….………………………….………….………….….…. 3 1.1 DC-DC Product Selection Guide …….………………………………………………………………………….……. 4

RK3026

Abstract: SAMA5 10w led diode charger pad wide REGULATOR sw 13003 10kk thermistor SC053
Contextual Info: Contents 1. High Power DC-DC Converter Products ………………….………………………….………….…………………. 3 1.1 DC-DC Product Selection Guide …….………………………………………………………………………………. 4

Automobile Black Box

Abstract: Power Bank Freescale ACT2801 ACT2802 ACT8945A Atmel ACT8865 power management units high power
Contextual Info: 3Q 2014 Contents 1. High Power DC-DC Converter Products ………………….………………………….………….………….….…. 3 1.1 DC-DC Product Selection Guide …….………………………………………………………………………….……. 4

DIODE smd B44

Abstract: b48 DIODE schottky ef12.6 core transformer creepage schottky b37 diode LNK613DN lnk616 ee10 transformer EEL-19 EE16W lnk616 pg
Contextual Info: Application Note AN-44 LinkSwitch-II Family Design Guide Introduction of no-load power at 230 VAC without an external bias circuit, and to consume below 30 mW with a low-cost bias circuit. This simplifies meeting harmonized energy efficiency standards such

optocoupler IC PC817

Abstract: optocoupler PC817 SMD optocoupler IC PC817 P817 optocoupler 702 TRANSISTOR smd PC817 footprint PC817 optocoupler Self-Oscillating Flyback mosfet EE16 bobbin tl431 and pc817
Contextual Info: AN2228 APPLICATION NOTE STD1LNK60Z-based Cell Phone Battery Charger Design Introduction This application note is a Ringing Choke Converter RCC -based, step-by-step cell phone battery charger design procedure. The RCC is essential to the self-oscillating fly-back converter, and operates within the Discontinuous

AP3970P-G1

Abstract: 8 dip 6200 smps ic AP3968M-G1 1N4007 rectifier diode AP3968 AP3970 AP3970SP-G1 AP3970P7-G1 SMPS Switcher IC of DIP 7 DIP7 SMPS
Contextual Info: Preliminary Datasheet Primary Side Power Switcher for Off-line SMPS General Description Features The AP3968/69/70/70S consists of a primary side regulation controller and a high voltage transistor, and is specially designed for off-line power supplies within 12W output power. Typical applications

Contextual Info: ACT510 Rev 2, 21-Feb-14 ActiveQRTM Quasi-Resonant PWM Controller exceeds the latest ES2.0 efficiency standard with good margin. FEATURES • Quasi-Resonant Operation ACT510 integrates comprehensive protection. In case of over temperature, over voltage, winding

FSEZ1307MY

Contextual Info: FSEZ1307 Primary-Side-Regulation PWM with Power MOSFET Integrated Features Description ̇ ̇ ̇ ̇ Low Standby Power: Under 30mW ̇ ̇ Green Mode: Linearly Decreasing PWM Frequency This third-generation Primary Side Regulation PSR PWM controller combination power MOSFET,

FSEZ1317

Abstract: A114 C101 EE16 FSEZ1317MY
Contextual Info: FSEZ1317 Primary-Side-Regulation PWM with POWER MOSFET Integrated Features Description ƒ ƒ ƒ ƒ Low Standby Power Under 30mW ƒ ƒ Green-Mode: Linearly Decreasing PWM Frequency This third-generation Primary Side Regulation PSR and highly integrated PWM controller provides several

fsez1307

Abstract: FSEZ1307MY A114 C101 EE16 EE16 9 pin bobbin transformers smps cordless charger W371
Contextual Info: FSEZ1307 Primary-Side-Regulation PWM with Power MOSFET Integrated Features Description ƒ ƒ ƒ ƒ Low Standby Power: Under 30mW ƒ ƒ Green Mode: Linearly Decreasing PWM Frequency This third-generation Primary Side Regulation PSR PWM controller combination power MOSFET,

Contextual Info: ACT412 Rev 1, 30-Oct-13 ActivePSRTM Quasi-Resonant PWM Controller FEATURES mode including cycle-by-cycle current limiting. • Patented Primary Side Regulation ACT412 is to achieve no overshoot and very short rise time even with big capacitive load 10000µF

13t smd transistor

Contextual Info: ACT411 Rev 4, 27-Feb-14 ActivePSRTM Quasi-Resonant PWM Controller FEATURES • Patented Primary Side Regulation Technology • Quasi-Resonant Operation • Adjustable up to 120kHz Switching Frequency • • • • +/-5% Output Voltage Regulation and overload conditions, it would enter auto restart

Contextual Info: ACT413 Rev 2, 27-Feb-14 ActivePSRTM Quasi-Resonant PWM Controller FEATURES mode including cycle-by-cycle current limiting. • Patented Primary Side Regulation ACT413 is to achieve no overshoot and very short rise time even with big capacitive load 4000µF

Contextual Info: ACT413 Rev 2, 27-Feb-14 ActivePSRTM Quasi-Resonant PWM Controller FEATURES mode including cycle-by-cycle current limiting. • Patented Primary Side Regulation ACT413 is to achieve no overshoot and very short rise time even with big capacitive load 4000µF

13t smd transistor

Contextual Info: ACT411 Rev 4, 27-Feb-14 ActivePSRTM Quasi-Resonant PWM Controller and overload conditions, it would enter auto restart mode including cycle-by-cycle current limiting. FEATURES • Patented Primary Side Regulation ACT411 is to achieve no overshoot and very short