Home Sanyo Denki F SANMOTION Servo Amplifiers FS1D075P12

FS1D075P12

Name: FS1D075P12
Brand: Sanyo Denki
Price: 341 USD
Rating: 4.4 (38 reviews)

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The FS1D075P12 surface-mount servo amplifier operates within a voltage range of 70 V to 90 V and delivers an output voltage of 12 V ± 2%. Manufactured by Sanyo Denki as part of the F SANMOTION Servo Amplifiers series, it features efficiency levels of up to 87%. The amplifier includes protection against overcurrent.

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Product Description

Introducing the FS1D075P12 component from Sanyo Denki’s F SANMOTION Servo Amplifiers product line. This model is rated for input voltages between 70 V and 90 V and provides an output voltage of 12 V ±2%. The device has a maximum load current of 1.5 A which helps in achieving desired results with minimum use of power. These outstanding electrical characteristics give the capability of functioning within a predetermined set of conditions with a guarantee of control precision while minimizing design complexity.

This servo amplifier unit has an efficiency of up to 87% along with a switching frequency of 300 kHz. It reliably operates within the wide temperature range of –40°C to +85°C. Further, the machine provides an isolation voltage of 1500 V as this basically ensures minimal power loss and stable performance in extreme environmental conditions with enhanced safety by preventing electrical faults and interference. The precise control feedback can be guaranteed with response times in the sub-microsecond range. Moreover, it offers built-in overcurrent and thermal shutdown protection and is easy to mount on PCBs because of its surface mount package.

The thermal resistance from junction to ambient is around 50°C/W, and the datasheet recommends a PCB footprint outline to be followed according to IPC standards. Other characteristics show that the variant FSID075P12 is present in a QFN package, maintains a no-load current of 10 mA, and has an operating frequency tolerance of ±2%. The device’s ambient temperature derates above nominal at about 0.5% per °C, and it is soldered with RoHS compliant lead-free solder.

FS1D075P12 Technical Specifications

Input Voltage Range:	70 V to 90 V
Mounting Style:	Surface mount
Thermal Resistance:	Approximately 50°C/W junction-to-ambient
Recommended Pcb Footprint:	Specified in datasheet per IPC guidelines
Output Voltage:	12 V ± 2%
Maximum Load Current:	1.5 A
Efficiency:	Up to 87%
Switching Frequency:	300 kHz
Operating Temperature Range:	-40°C to +85°C
Isolation Voltage:	1500 V
Response Time:	Sub-microsecond level
Protection Features:	Overcurrent and thermal shutdown

Frequently Asked Questions about FS1D075P12

Q: What is the input voltage range for FS1D075P12 servo module?

A: It operates between 70 V and 90 V, ensuring compatibility with a variety of power supplies. This range supports stable performance in diverse applications.

Q: How does the output voltage of FS1D075P12 benefit the industrial system?

A: The output voltage is maintained at 12 V ± 2%, providing a consistent supply for precision components. This accuracy aids in achieving reliable control across your system.

Q: What maximum load current can FS1D075P12 support?

A: It can deliver up to 1.5 A under load conditions. This capacity ensures efficient operation even when the demand increases.

Q: How efficient is FS1D075P12 device during operation?

A: The unit reaches efficiencies of up to 87%, optimizing power conversion. High efficiency reduces energy loss and enhances overall system performance.

Q: What role does the switching frequency play in the working of FS1D075P12?

A: Operating at 300 kHz, the high switching frequency enables rapid power modulation. This contributes to improved control precision and faster response times.

Internal Product Review

‘‘The servo module FS1D075P12 guarantees precise and accurate motion control, shown by a stable output voltage of 12 V ± 2%, in modern commercial applications. The motor’s robust design by Sanyo Denki’s engineers makes sure that it includes a QFN package and complies with lead-free RoHS standards.’’