New LPHCSL Series Low Power Crystal Oscillators from Aker Technology are Designed for High-Performance Communication Devices
Ideal for use in data centers, telecommunications equipment and consumer electronics where low power consumption and high stability is needed
Technology Highlights
- Ultra-low power consumption, 10.5 mA @ 1.8 V (typical)
- Phase jitter as low as 0.188 ps from 12 KHz-20 MHz
- High temperature stability
- RoHS compliant
- Compact design
Pembroke Pines, Fla. 2025 – Aker Technology, a global manufacturer of innovative, competitively priced frequency control products, introduces the LPHCSL series of crystal oscillators. These low power crystal oscillators are ideal for use in high-performance communication devices that require low power consumption and high stability.
Ideal for applications like data centers, telecommunications equipment and consumer electronics, these high energy efficiency crystal oscillators provide stable clock resources for servers and storage devices; ensure communications quality and speed for SONET/SDH, Fiber Channel and high-speed Ethernet; as well as support and enhance the user experience of smartphones and tablets.
Aker’s LPHCSL series is offered in four package sizes to meet different application needs: S2ALP (2.5×2.0 mm), S3ALP (3.2×2.5 mm), S5ALP (5.0×3.2 mm) and S7ALP (7.0×5.0 mm). These cost-effective crystal oscillators feature ultra-low power consumption as well as low phase jitter to ensure high precision signal transmission. The following table shows the breakdown of input current and RMS phase jitter at 100 MHz for all models at various supply voltages, demonstrating the product’s efficiency across a range of operating conditions.
LPHCSL Performance at 100 MHz
As shown in the following graph, the LPHCSL series offers high temperature stability with an operating temperature range of 40°C to +105°C, making it suitable for demanding environments.
The crystal oscillators have an optimized design that effectively drives extended traces and maximizes board space, reducing design complexity, and integrates essential features to reduce component count, lowering material and operating costs as well as simplifying AC-coupled transmission line management. They also meet RoHS standards to minimize environmental impact and ensure global compliance.
