Part Details for LM5025 by Coilcraft Inc
Overview of LM5025 by Coilcraft Inc
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Available Datasheets
Part # | Manufacturer | Description | Datasheet |
---|---|---|---|
B0358- | Coilcraft Inc | Transformer, planar, for NSC LM5025/5034, SMT, RoHS | |
B0358-CL | Coilcraft Inc | Transformer, planar, for NSC LM5025/5034, SMT, RoHS | |
B0357- | Coilcraft Inc | Transformer, planar, for NSC LM5025/5034, SMT, RoHS |
Part Details for LM5025
LM5025 CAD Models
Resources and Additional Insights for LM5025
Reference Designs related to LM5025
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18-V to 36-Vdc input: 5-V/30-W active clamp forward reference design
The PMP4468 is a DC-DC isolated module reference design targeted for industrial and telecom applications. The DC input range is 18V-36V: with 24V typical and the output is 5V/6A. An active clamp forward controller LM5025A is used in the design. The efficiency is up to 90% with good thermal performance.
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Isolated Forward Converter Reference Design
The PMP7806 reference design is a Forward which uses a LM5025A and was intended for Metering applications. It can generate an Isolated 15 volt output at 3 Amps from an input 16 to 32 Volts DC.
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PMP9769 中间电压较低的汽车紧急呼叫电源参考设计
This reference design includes a complete power management solution for a standalone emergency call (eCall) system in an automotive environment. The circuit is supplied directly from the car battery rail. It also manages a backup battery to power the eCall system while the car battery rail is not
- TIDA-00506 针对踢开尾门的汽车电容接近式检测参考设计
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CC2541-SENSORTAG-IBEACON-RD 采用 iBeacon™ 技术的 SensorTag
The SimpleLink Bluetooth® Smart SensorTag removes the barriers to entry for smartphone app developers who want to take advantage of the growing number of Bluetooth® Smart-enabled smartphones and tablets. iBeacon Technology is a very low cost method for providing mobile phones with “
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18-40Vin Isolated 5V/6A Power Supply with Low Profile for Industrial Application Reference Design
This 5V / 6A solution implements a high efficiency active clamp controller LM5025A and self-drive synchronous rectifier. Input voltage is 18V-40V as typical industrial request and efficiency is 89.5%@24Vin full load. The transformer is embeded into the PCB and 8mm height can be met. The design is suitable for height limited industial applications.
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PMP11012 采用标准 PoE 变压器的高密度隔离型 18-60V 输入 5V 2.5A 反激参考设计
PMP11012 is a fully isolated 5V at up to 2.5A delivered from a wide 18 -60 VDC input range. The PMP11012 design is complete on 2 layer PCB, all parts on one side and with no forced air needed. Transformer is standard off the shelf 13 W POE type. Design includes schematic, BOM and layout Gerbers a
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Active clamp forward with -30 to -6V input and 6V @ 18A output
PMP7756 is an active clamp forward controller. It has a 6V @ 18A isolated output. It uses self driven synchronous regulation.
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PMP4518 BALLAST 50V@1.4A
PMP4518 是一种隔离式单级 PFC 反向。二级侧电压环路关闭,并且为 LEG 应用提供恒定 50V @ 1.4A 总线电压。输入电压为 108V 305Vac
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Forward Converter (48V@0.8A) for POE Power Sourcing (PSE)
This is an isolated: active clamp forward converter for Power Over Ethernet applicatioins. The circuit has an input voltage range of 8V-to-14V and a regulates the output to 48Vout @ 0.8A
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PMP9184B 40W SEPIC 转换器(带耦合感应器)可提供高效率并用于汽车类应用
This coupled-inductor 13.2V@3A SEPIC converter achieves 94.5% efficiency. It utilizes all surface mount components, maintains a low temperature rise and is capable of high peak load transients.
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Isolated active clamp forward converter with 30-60V in: 15V out @ 1.5A reference design
This circuit uses the LM5025 voltage mode PWM controller with complementary gate drives to implement a high-efficiency single-ended active clamp forward converter.MOSFET Q10 is an n-channel main primary side FET while Q13 a P-channel clamp FET. Circuitsaround the LM5025 implements various necessary functions: R10 and C14 implement start-up at pin 1; R14 and C20 implement a voltage ramp with input voltage feedforward for the duty cycle comparator at pin 2; R31: R29 and C21 implement over current protection at pin 4; C23 implements soft-start at pin 12 and R30 sets the switching frequency at pin 14.Self driven synchronous rectifiers Q11 and Q12 are used on the secondary side to improve efficiency. But because the voltages off the main secondary winding would be too great for the gates of the synchronous rectifiers: an auxiliary: lower voltage center-tapped secondary winding is used to drive the gates of these FETs. The feedback control circuit for regulation of the output voltage consists of the LM4041 reference/error amplifier REF10 with the opto-coupler U12 to transmit output voltage information to the primary side. The LM5025 has a direct opto-coupler interface at pin 13 that simplifies the feedback interface.
1 - 5 of 12 reference designs