1 Wide input voltage range (9-18V DC, 2:1 ratio) suitable for various power sources

2 Dual output design providing ±15V DC, each with max 1.0A current

3 High isolation voltage of 1500V DC for safe operation in isolated circuits

4 Full SMD technology ensures compact size and reliable performance

5 Adjustable output voltage and remote ON/OFF function for flexible system integration

6 Comprehensive protection mechanisms: Over current, over voltage, and over temperature protection, plus soft start to prevent inrush current

7 High efficiency up to 90% reduces power loss and heat generation

8 RoHS and CE compliant, meeting international safety and environmental standards

9 Compact dimensions (50.80x40.60x10.20mm) and lightweight, ideal for space-constrained applications

10 Long MTBF (over 1,000,000 hours at +25°C) ensures long-term reliability

1 Industrial automation and control systems: Powering sensors, actuators, and PLC modules

2 Telecommunication equipment: Providing stable power to routers, switches, and communication modules

3 Test and measurement instruments: Ensuring precise voltage supply for oscilloscopes, signal generators, and data acquisition systems

4 Embedded electronic systems: Powering microcontrollers, FPGAs, and other digital components in compact devices

5 Non-life-critical medical devices: Such as diagnostic tools and monitoring equipment requiring isolated power

6 Automotive aftermarket electronics: Powering infotainment systems, GPS devices, and accessories

7 Renewable energy systems: Adapting power from solar panels or batteries to suit load requirements

1 Operating temperature range is -40°C to +85°C; derate output power at temperatures above 60°C (without heat sink) or 85°C (with heat sink)

2 Do not exceed the maximum input voltage (18V DC) to avoid damage

3 Use recommended external circuits (conducted emission, surge/EFT) as per datasheet to meet EMC standards

4 Install in a well-ventilated area; optional heat sink (suffix "-K") can extend temperature performance

5 Do not exceed the maximum capacitive load (±680uF) to prevent output instability

6 Follow pin specifications for remote ON/OFF function (pin3 for dual output models)

7 Trim output voltage using a 10KΩ variable resistor as per recommended circuit

8 Avoid physical shock or moisture exposure to protect sensitive components

9 Disconnect power before maintenance or wiring changes to prevent electric shock

AM30K-1215DZ-K-PDF数据手册-参考资料