PY0A015A0SW1P01
The Sanyo Denki PY0A015A0SW1P01 is a compact and robust member of the PY Super BL Servo Amplifiers series, delivering precise low-power amplification for advanced industrial automation. It offers a voltage rating of 15 V and a current rating of 1 A, enabling integration into space-constrained control systems without compromising performance. This amplifier supports a wide operating temperature range of –40°C to +125°C, ensuring reliable operation under extreme environmental conditions. The device is fully RoHS compliant, reflecting Sanyo Denki’s commitment to sustainable manufacturing practices. With its surface mount termination design and lightweight construction, the PY0A015A0SW1P01 streamlines assembly and reduces overall system mass.
Technical specifications are driven by precision engineering, including a compact footprint of 3.0 mm x 5.0 mm and a minimal weight of < 0.5 g. The amplifier exhibits a power dissipation of 500 mW, supporting continuous operation without thermal shutdown. Frequency response extends up to 500 MHz, enabling high-speed signal amplification in dynamic control loops. Termination reliability is enhanced by HASL (Hot Air Solder Leveling) lead finish, while the standard SMD footprint PCB land pattern simplifies layout design. Component tolerances are held tight at ±15%, ensuring predictable behavior across production batches.
Operational features emphasize integration flexibility and performance stability. The surface mount termination facilitates automated pick-and-place installation, reducing assembly time and labor cost in high-volume manufacturing. Its low power dissipation and elevated frequency response support precision motion control in servo systems, robotics, and portable instrumentation. Thermal resilience across –40°C to +125°C ensures uninterrupted operation in oil and gas monitoring, outdoor automation, and automotive electronics. The device’s RoHS compliance and Sanyo Denki quality standards minimize field failures and support long life spans in routine industrial usage.
System integration is straightforward with standard SMD land patterns and industry-standard footprint dimensions. The PY0A015A0SW1P01 pairs seamlessly with microcontroller-based control units and digital signal processors for high-precision feedback loops. Target applications include miniature robotics, precision factory automation, and portable test equipment requiring low-noise amplification and modest power levels. System architects benefit from the amplifier’s compact size, reliable performance, and adherence to global environmental regulations.