Introducing the AM1DS-LPZ, AM2DS-LPZ & AM3DS-LPZ: The Debut of Aimtec’s Low Price Family
Aimtec is excited to introduce the first product series in its new LPZ family: the AM1DS-LPZ, AM2DS-LPZ & AM3DS-LPZ, which are 1, 2 & 3W DC/DC converters. The LPZ family is designed with one primary goal in mind—offering our customers the lowest pricing (LP) possible, while maintaining the quality Aimtec is known for. From supply chain to product optimizations, Aimtec is now able to offer lower costs on many high-running product series than ever before. Look no further than Aimtec’s LPZ family!
The three new series are compact SIP7 DC-DC converters designed to deliver exceptional performance and safety in space-constrained applications. With high efficiency, robust isolation, and a wide operating temperature range, these converters provide a versatile solution for a variety of industrial and commercial projects.
Key Features:
- High Efficiency (up to 90%): Reduces power loss and heat generation, enhancing system efficiency and lowering operating costs.
- Isolation Voltage of 1500 or 3000VDC: Provides superior safety and protection against electrical faults, safeguarding sensitive components and preventing system failures.
- Compact SIP7 Package: Optimizes PCB space, making these converters ideal for applications with limited space constraints.
- Continuous Short Circuit Protection: Prevents damage to the converter and system components due to overload conditions.
- Wide Operating Temperature Range (-40°C to +105°C): Ensures reliable performance in demanding environments.
Applications:
- Industrial automation and control systems
- Telecommunications infrastructure
- Point-of-Load (POL) power supplies
- Instrumentation and measurement equipment
- Various space-constrained electronic devices requiring isolated power
The AM1DS-LPZ, AM2DS-LPZ & AM3DS-LPZ offer a compelling combination of high efficiency, robust isolation, and compact size. Contact Aimtec today to discover how these DC-DC converters can enhance your next project, particularly in applications where space and safety are critical considerations.