| Featured Products this Week |
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| WPC Qi-Compliant Wireless Power Transmitter Coil | |
Wireless Charging Coil
from Wurth Elektronik
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| The 760308101 from Wurth Elektronik is a Wireless Power Transfer Transmitter Coil that is compliant with WPC Qi specifications. It has an inductance of 24 µH, an inductance tolerance of ±10%, and a self-resonant frequency (SRF) of 6 MHz. This transmitter coil has a dynamic contact resistance (DCR) of less than 100 milli-ohms and a quality factor of 90. It is available in a through-hole package that measures 53 x 53 x 6 mm. |
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| 90 W Power Sourcing Equipment Controller for Midspan Applications | |
Power Over Ethernet IC
from Analog Devices
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| The LTC4274A from Analog Devices is a Single Power Sourcing Equipment Controller. It requires an input voltage of 3 - 4.3 V and delivers an output power of 90 W. This controller is fully compliant with IEEE 802.3at Type 1 and 2 specifications. It supports very high-reliability 4-point power delivering (PD) detection and a high capacitance legacy device detection. This controller has a 1 MHz I2C-compatible serial control interface and a midspan backoff timer. |
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| Dual-Output Synchronous Buck Regulator IC for ASIC Applications | |
PMIC
from Microchip Technology
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| The MIC4744 from Microchip Technology is a Dual-Output Synchronous Buck Regulator IC that is ideal for broadband, automotive satellite radios, DVD/TV recorder and FPGA and ASIC power supplies and computer peripherals applications. It requires an input voltage of 2.9 - 5.5 V and provides an output current of up to 2.5 A (per channel). This buck regulator IC features dual outputs with an efficiency of over 90% and a duty cycle of up to 100%. |
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| Single Cell Li-ion Battery Charger IC for Portable Applications | |
Battery Management IC
from NXP Semiconductors
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| The MC34671 from NXP Semiconductors is a Single Cell Li-ion Battery Charger IC that has been designed to eliminate the input over-voltage-protection circuit required in handheld devices such as cell phones, Bluetooth accessories, and MP3 players. It requires an input voltage of 2.6 - 10 V. This charger simplifies the design by eliminating the need for external MOSFETs, reverse-blocking diodes, or current-sense resistors. |
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| 665 W Bifacial Mono-Crystalline Solar Panel | |
Solar Panels
from Canadian Solar
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| The CS7N-665MB-AG from Canadian Solar is a Bifacial Mono-Crystalline Solar Panel. This solar panel requires an input voltage of 38.5 V. It delivers an output power of 665 W and has an efficiency of 21.4%. This solar panel is manufactured using PERC Technology which achieves high power and reliability with advanced LID/LeTID mitigation technology, reducing degradation by up to 50%. It has low system cost and high energy yield. |
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| 3 kW IP66-Rated On-Board Charger for Light Electric Vehicles | |
On-Board Charger
from IES Synergy
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| The ELIPS 3000 from IES Synergy is an On-Board Charger that is ideal for light electric vehicle (LEV) applications. It requires an AC input voltage of 85 - 265 V (single-phase). This charger delivers a DC output power of 3 kW and an output voltage of 72 V. It integrates high frequency electronics within a compact design that is resistant to high shock and vibrations. This on-board charger has a design that follows automotive standards and ensures high durability. |
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| 200 V Triac for AC Switching Applications | |
Triac
from Fagor Electronica
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| The FT0411BI00TU from Fagor Electronica is a Triac that is ideal for general-purpose AC switching applications with highly inductive loads. It has a break-over voltage of 200 V and a break-over current of less than 33 A. This thyristor has a gate trigger voltage of up to 1.3 V and a gate trigger current of 35 mA. It uses a high-performance PNPN technology. This triac is available in a through-hole package that measures 15.88 x 6.73 x 2.41 mm. |
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| Sponsored by DigiKey | | 150V Gen V SiR578DP MOSFETs | | Delivers increased power density and efficiency for isolated and non-isolated topologies. Combining ultra-low on-resistance, high-temperature operation up to 175°C, and their space-saving package helps promote board-level reliability. Click here to learn more. | | | |
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| Chemically-Stable LiFePO4 Battery System | |
Electric Vehicle Battery
from Canadian Electric Vehicles
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| The LFP 277Ah Battery from Canadian Electric Vehicles is a LiFePO4 Battery System that is designed to provide outstanding chemical and thermal strength for enhanced safety to achieve exceptional lifecycle. It has energy of over 886.4 Wh and provides a capacity of more than 277 Ah. This battery has a charging voltage of up to 3.65 V and a continuous charging and discharging current of less than 1C. It offers a modular prismatic design which improves its energy density. |
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| 10 V IP20-Rated DC Voltage Transducer | |
Voltage Transducer
from Circutor
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| The CV-D Out2 from Circutor is a DC Voltage Transducer that has been designed to convert DC voltage signals to DC process indicator signals. It requires a supply voltage of 24/115/230/400 V (AC) and 9 - 140 V (DC). This transducer provides an output voltage of 10 V and an output current of 4 - 20 mA. It can be used for galvanic separation between the input and output circuits. This voltage transducer is available in an panel-mount package that measures 40 x 72 mm. |
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| 10 V Single-Phase DC Current Transducers | |
Current Transducer
from Sensor Electronic Technology
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| The IES3-L Series from Sensor Electronic Technology are Single-Phase DC Current Transducers that are ideal for industrial and commercial applications. They require an input current of 0 - 30 A and an auxiliary supply voltage from -15 V to +24 V. These transducers provide an output voltage of 0 - 10 V. They provide an isolation voltage of 2500 V (DC) between input and output terminals to reduce the effect of input power source surges. |
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| 32 V Diac for Oscillator Applications | |
Diac
from STMicroelectronics
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| The TMMDB3 from STMicroelectronics is a Diac that is ideal to be used as a triggering device for triac or SCR-based motor / light dimmer, a 32 V trigger device for oscillator circuits, and as a start-up trigger in lighting ballast applications for CFL, TL or LED lamps. It has a break-over voltage of 32 V and a break-over current of less than 50 µA. This diac can be used in conjunction with triacs for simplified gate control circuits or as a starting element in fluorescent lamp ballasts. |
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| 500 V Passivated Thyristor for Switching Applications | |
Silicon Controlled Rectifier
from WeEN Semiconductors
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| The BT151U-500C from WeEN Semiconductors is a Passivated Thyristor that is ideal for motor control, industrial and domestic lighting, heating, and static switching applications. It has a break-over voltage of up to 500 V and a break-over current of less than 100 A. This rectifier has a gate trigger voltage of up to 0.6 V and a gate trigger current of less than 2 mA. It is available in a through-hole package that measures 16.92 x 6.73 mm. |
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| 95 W Wire-Wound Forward Transformer | |
Power Transformer
from Pulse Electronics
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| The PA1692NLT from Pulse Electronics is a Wire-Wound Forward Transformer. It requires a primary voltage of 18 - 50 V and provides a secondary power of up to 95 W. It is designed using forward transformer topology that improves power efficiency and increases noise immunity for high-frequency applications. This RoHS-compliant transformer has an inductance of 73 µH and a DC resistance of less than 115 milli-ohms. |
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| IP20-Rated Three-Phase Passive EMI Filter | |
EMI / EMC Filter
from Schurter
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| The 3-108-713 from Schurter is a Three-Phase Single-Stage Passive Filter that has been designed to suppress electromagnetic interference (EMI). It has a voltage rating of 300/520 V and a current rating of 16 - 230 A. This filter can handle a dielectric voltage of over 2.25 kV (DC, between L-L) and 2.75 kV (DC, between L-PE). It delivers high efficiency in a compact design with a small footprint and has a lightweight design. |
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| 900 W On-Board Charger for Hybrid Electric Vehicle Applications | |
On-Board Charger
from Depowersupply Electrical
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| The OBC4815-F from Depowersupply Electrical is an On-Board Charger that is ideal for electric vehicle (EV) and hybrid electric vehicle (HEV) applications. It requires an AC input voltage of 110/220 V. This charger delivers a DC output power of up to 900 W and provides a charging current of 15 A. This charger is fitted with a detachable waterproof connector, which can be connected to various plug types from US, Euro, AU, and others. |
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| High Speed Digital Isolator IC for Motor Control Applications | |
PMIC
from Toshiba
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| The DCL541L01(T,E(O from Toshiba is a High Speed Digital Isolator that is ideal for industrial automation systems, motor control, inverter, and switching power supply applications. It requires an input voltage of 5.5 V. This power management IC is designed using Toshiba CMOS technology and integrates a magnetic coupling structure that contributes to high performance characteristics as required for diverse industrial applications. |
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| 130 kW Motor/Inverter for Class 2-6 Vehicle Applications | |
EV Traction Motor
from Dana TM4
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| The SUMO MD HV2100-6P from Dana TM4 is a Motor/Inverter System that has been designed to interface directly with standard rear differentials, gearboxes, and/or e-axles. It delivers a continuous output power of 130 kW and a peak output power of 250 kW. This motor provides a torque of 685 Nm and has a speed of up to 3500 rpm. It is based on proven permanent magnet technology that ensures optimal efficiency with an outer rotor topology for maximum torque density. |
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| Logically-Enabled High-Side Load Switch IC | |
Power Switch IC
from Vishay
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| The SiP32462 from Vishay is a High-Side Load Switch that is ideal for smartphones, GPS and portable media players, tablet computers, medical and healthcare equipment, industrial and instrumentation, and game console applications. It requires an input voltage of 1.2 - 5.5 V. This power switch can be controlled using an appropriate slew rate and offers reverse blocking when the switch is in the OFF condition. It is logically high-enabled. |
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| Automotive Qualified Enhancement Mode GaN-on-Si Transistor | |
GaN Power Transistor
from Innoscience
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| The INN80LA01 from Innoscience is an Automotive Qualified Enhancement Mode GaN-on-Silicon Power Transistor that is ideal for LiDAR application, synchronous rectification & class-D audio, envelope tracking power supplies, high frequency DC-DC converter applications. This AEC-Q101-qualified GaN transistor has a drain-source voltage of over 80 V, a gate threshold voltage of 1.15 V, and a drain-source on-resistance of 6 milli-ohms. |
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| 4.125 MVA DC-AC Inverter with Type-II Surge Protection | |
DC to AC Inverter
from Delta Electronics
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| The C3750 from Delta Electronics is a DC-AC Inverter that converts a DC input voltage of 860 - 1500 V to an AC output voltage of 600 V. It delivers an output power of 4.125 MVA (peak) and has an efficiency of up to 99 %. This inverter consists of DC fuses, surge protection devices, and a DC switch in one compact unit, minimizing the installation space. It features integral DC and AC disconnects along with type II surge protection systems on both sides for added safety. |
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