Overview of this Hi-link B2405S-2WR3 isolated dc converter
The Hi-link B2405S-2WR3 isolated dc converter is a trusted and compact isolated DC to DC converter. It is designed for smooth power conversion in electronic applications. This power module converts a 24V input to a stable 5V output. And also deliver a 2W of power with a maximum current output of 400mA. The B2405S-2WR3 excels in providing a safe and isolated power supply, boasting an isolation voltage of 1500VDC.
As a versatile Hi-link isolated power module, the B2405S-2WR3 is suitable for a variety of applications, from industrial automation to embedded systems. Its compact design and advanced specifications ensure optimal performance in projects where space saving power conversion is crucial. Whether powering sensors, microcontrollers, or communication modules, the B2405S-2WR3 stands out as a best choice. It also combine efficiency with high isolation to meet the demands of modern electronic systems.
The B2405S-2WR3 isolated DC converter from Hi-link offers a range of features, including smooth power conversion, high isolation voltage, and a compact design. With a focus on precision and safety. This converter is also perfect for diverse electronic applications & ensure a stable and isolated power supply in a space saving package.
Specification | Details |
---|---|
Input Voltage Range | 18V to 36V DC |
Nominal Input Voltage | 24V DC |
Output Voltage | 5V DC |
Output Current | 400mA |
Output Power | 2W |
Efficiency | 80% (Typical) |
Isolation Voltage | 1500V DC |
Ripple and Noise | 50mVp-p (Max) |
Line Regulation | ±0.2% (Max) |
Load Regulation | ±0.5% (Max) |
Operating Temperature Range | -40°C to +85°C |
Storage Temperature Range | -55°C to +125°C |
Short Circuit Protection | Continuous |
MTBF | >1,000,000 hours |
Package Size | 19.7 x 6.0 x 10.0 mm |
SKU | RW-DC024 |
Features
- Efficient Power Conversion: The Hi-link B2405S-2WR3 excels to convert a 24V input to a stable 5V output. And also deliver 2W of power with a maximum current output of 400mA.
- High Isolation Voltage: It also boast an isolation voltage of 1500VDC, this DC to DC converter also built with safety and reliability in mind. And also make it perfect for sensitive electronic devices.
- Compact Design: The power module features a space saving and efficient design. And also make it ideal for applications where size is crucial while ensuring optimal power delivery.
- Versatile Applications: Suitable for a variety of applications, from industrial automation to embedded systems. And also ensure a smooth power conversion in diverse electronic projects.
- Advanced Technology: With its advanced function and high isolation capabilities, the B2405S-2WR3 is a best solution for precision power conversion in modern electronic systems.
Main use of this 24V to 5V 2W 400mA dc-dc isolated converter
- Electronic Devices: Powering various electronic devices with precision. Hi-link B2405S-2WR3 is also ideal for device need a stable 5V output from a 24V source.
- Industrial Automation: It is also use in different industry setting. This B2405S-2WR3 serves as a trusted isolated power module for control systems, sensors, and actuators.
- Embedded Systems: It is also use for embedded systems. This isolated DC converter ensures smooth power conversion in projects need precise voltage regulation.
- Sensor Networks: The B2405S-2WR3 is perfect for applications where isolated power is crucial, such as sensor networks, microcontrollers, and communication modules.
- Space saving Projects: It also come with small & compact design for small device. This Hi-link B2405S-2WR3 is also an excellent choice for projects where space saving and smooth power conversion is important.
Input Characteristics
Item | Working conditions | Min. | Typ. | Max. | Unit |
Input current (full load/no load) | 5VDC Input Series | — | 454/5 | –/10 | m’A |
9VDC Input Series | — | 250/5 | –/10 | ||
12VDC Input Series | — | 186/2 | –/5 | ||
15VDC Input Series | — | 148/2 | –/4 | ||
24VDC Input Series | — | 92/1 | –/2 | ||
Reflection ripple current | — | 15 | — | m’A | |
Impulse voltage | 3.3VDC Input Series | -0.7 | — | 5 | VDC |
5VDC Input Series | -0.7 | — | 9 | ||
9VDC Input Series | -0.7 | — | 15 | ||
12VDC Input Series | -0.7 | — | 18 | ||
15VDC Input Series | -0.7 | — | 21 | ||
24VDC Input Series | -0.7 | — | 30 | ||
Input filter type | Capacitance filter type | ||||
Hot plugged | Non-support |
Output Characteristics
Project name | Working and testing condition | Min. | Typ. | Max. | Unit | |
Output load | load percentage | 10 | — | 100 | % | |
Output Voltage Accuracy | See Error Envelope Curve | — | — | ±15.0 | % | |
Linear adjustment rate | Input voltage variation ±1% | 3.3V Input | — | — | ±1.5 | % |
others | — | — | ±1.2 | % | ||
Load adjustment rate | 10%~100% load | 3.3VDC Output | — | 18 | — | % |
5VDC Output | — | 12 | — | % | ||
9VDC Output | — | 8 | — | % | ||
12VDC Output | — | 7 | — | % | ||
15VDC Output | — | 6 | — | % | ||
24VDC Output | — | 5 | — | % | ||
Ripple & Noise | Pure resistive load, 20HMz bandwidth, peak-to-peak | — | 30 | 80 | mVp-p | |
Temperature Drift Coefficient | Full load | — | — | ±0.03 | %/℃ | |
Output short circuit protection | Continuous short circuit protection, automatic recovery | — | ||||
Notes: Ripple and Noise Test Methods Twisted Pair Test Method |
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