Key Features of Tamagawa Resolvers
Exceptional Durability: One of the main advantages of Tamagawa resolvers is their robust design, which allows them to operate effectively in harsh conditions. They are resistant to high temperatures, shocks, vibrations, and contamination, making them ideal for industries where equipment is subjected to extreme environments.
High Precision: Despite their analog nature, Tamagawa resolvers offer high precision and accuracy in position and velocity feedback. They are commonly used in applications requiring precise control of rotating machinery or systems, such as motors, actuators, and turbines.
Reliable Feedback Under Harsh Conditions: Tamagawa resolvers are highly reliable even in challenging environments, where other types of sensors might fail. They do not suffer from signal degradation due to electrical noise, making them suitable for environments with high electromagnetic interference (EMI).
Analog Signal Output: Resolvers provide continuous analog output signals in the form of sinusoidal waveforms, which can be processed by external electronics or control systems to determine the rotor\'s position and speed. These signals can be easily integrated into various control systems.
Compact and Lightweight Design: Tamagawa resolvers are available in compact sizes, making them easy to integrate into applications where space is limited. Their lightweight design ensures minimal impact on the overall system weight, making them suitable for aerospace and automotive applications.
Long Service Life: Due to their simple mechanical structure and lack of delicate electronic components, Tamagawa resolvers have a long operational life. Their wear-resistant design minimizes the need for maintenance, ensuring continuous operation in demanding environments.
No Need for Calibration: Tamagawa resolvers do not require periodic calibration, unlike some other position feedback devices. This simplifies their integration into systems and reduces the need for ongoing maintenance or adjustments.
Types of Tamagawa Resolvers
Single-Speed Resolvers: These resolvers are designed for applications where single-speed operation is required. They provide a continuous analog output corresponding to the rotor\'s angular position. Single-speed resolvers are used in motors, generators, and other rotating equipment for basic position feedback.
Multi-Speed Resolvers: For applications requiring higher precision, multi-speed resolvers offer a more granular level of feedback. These resolvers provide multiple cycles of output for each rotor revolution, which enhances the resolution and accuracy of the position feedback. Multi-speed resolvers are typically used in high-precision applications such as aerospace systems, CNC machines, and robotics.
Brushless Resolvers: Tamagawa also manufactures brushless resolvers, which eliminate the need for mechanical brushes in the system. This brushless design reduces wear and tear, extends the lifespan of the resolver, and ensures maintenance-free operation. These resolvers are ideal for applications where long-term reliability and low maintenance are critical.
Applications of Tamagawa Resolvers
Aerospace: Tamagawa resolvers are widely used in the aerospace industry for providing precise feedback in critical applications such as flight control systems, aircraft actuators, radar antennas, and missile guidance systems. Their ability to withstand extreme temperatures, high vibrations, and electromagnetic interference makes them well-suited for these demanding environments.
Automotive: In the automotive industry, resolvers are commonly used in electric and hybrid vehicles to provide feedback for electric motors and power steering systems. Their durability and ability to operate in the harsh automotive environment make them ideal for ensuring smooth and efficient motor control in these vehicles.
Industrial Automation: In industrial automation, Tamagawa resolvers are employed in servo motors, robotic arms, and conveyor systems to provide precise position and speed feedback. Their resilience and accuracy ensure the smooth operation of automated processes, minimizing downtime and enhancing productivity.
Defense: Tamagawa resolvers are used in defense applications for controlling the positioning and movement of weapon systems, surveillance equipment, and other military machinery. Their robust design ensures reliable performance in extreme and hostile environments, where failure is not an option.
Renewable Energy: In the renewable energy sector, resolvers are used in wind turbines to provide feedback on the rotor\'s position and speed. Their ability to operate in challenging outdoor environments makes them ideal for these applications, ensuring optimal performance of energy-generating systems.
Keywords
other types
servo motors
robotic arms
CNC machines
Key Features
wind turbines
compact sizes
robust design
analog nature
speed feedback
radar antennas
granular level
minimal impact
weapon systems
High Precision
electric motors
hybrid vehicles
low maintenance
high vibrations
multiple cycles
main advantages
precise control
rotor revolution
smooth operation
precise position
precise feedback
brushless design
higher precision
angular position
electrical noise
conveyor systems
harsh conditions
aerospace systems
Reliable Feedback
velocity feedback
high temperatures
Long Service Life
aircraft actuators
aerospace industry
Tamagawa Resolvers
Lightweight Design
mechanical brushes
signal degradation
rotating machinery
ongoing maintenance
Brushless Resolvers
optimal performance
automated processes
automotive industry
defense applications
periodic calibration
extreme temperatures
extreme environments
hostile environments
reliable performance
external electronics
sinusoidal waveforms
continuous operation
Analog Signal Output
critical applications
Multi-Speed Resolvers
Industrial Automation
long-term reliability
wear-resistant design
overall system weight
long operational life
Exceptional Durability
Single-Speed Resolvers
surveillance equipment
single-speed operation
demanding environments
flight control systems
power steering systems
automotive applications
basic position feedback
various control systems
renewable energy sector
efficient motor control
challenging environments
other rotating equipment
missile guidance systems
other military machinery
energy-generating systems
maintenance-free operation
high-precision applications
simple mechanical structure
harsh automotive environment
delicate electronic components
other position feedback devices
challenging outdoor environments
continuous analog output signals
high electromagnetic interference
