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General| Type | On-ear |
|---|---|
| Connectivity | Wireless |
| Active Noise Cancelling | Yes |
| Charging Time | 2 hours |
| Driver Size | 32 mm |
| Frequency Response | 20 Hz - 20 kHz |
| Weight | 173 g |
| Impedance | 32 ohms |
| Sensitivity | 100 dB |
| Bluetooth Version | 4.1 |
| Bluetooth Transmitter Frequency Range | 2.402 GHz - 2.480 GHz |
| Bluetooth Transmitter Power | <4 dBm |
| Bluetooth Transmitter Modulation | GFSK, π/4 DQPSK, 8DPSK |
| Music Play Time with BT on and ANC on | Up to 12 hours |
| Music Play Time with BT on and ANC off | Up to 22 hours |
| Music Play Time with BT off and ANC on | Up to 30 hours |
| Foldable | Yes |
| Color Options | Black, Blue, Pink, White |
| Quick Charge | 5 minutes for 1 hour playtime |
| Bluetooth Profiles | A2DP, AVRCP, HFP, HSP |
| Battery Type | Lithium-ion polymer |
| Battery Life | 12 hours (BT and ANC on), 22 hours (BT on, ANC off), 30 hours (ANC on, BT off) |
Adherence to safety points for safe operation of LinX linear motors.
Describes the purpose and target audience of the user guide.
Lists technical terms and their meanings for clarity.
Mentions registered trademarks related to the product.
Provides a general description of the LinX cylindrical linear motor.
Highlights the key capabilities and advantages of the LinX motor.
Details the discrete components that make up the LinX linear motor system.
Presents the different models available in the LinX product line.
Explains how to interpret the identification labels and catalogue numbers.
Lists and describes the primary and secondary components of a LinX system.
Discusses the basic principles and mounting of the cylindrical linear motor.
Covers safety warnings and essential information regarding the motor shaft.
Details the selection criteria and considerations for the LinX forcer.
Recommends the use of an external brake for safety and system protection.
Provides recommendations for using the LinX motor in vertical applications.
Discusses requirements for shaft supports and bearings for system stability.
Explains how the forcer is supported and its mounting considerations.
Recommends using a cable carrier for guiding and protecting cables.
Discusses the selection and configuration of servo drives for the LinX motor.
Explains the role of the linear encoder for position feedback and control.
Highlights the impact of encoder resolution on system accuracy.
Provides specific installation guidance for magnetic encoders near the shaft.
Covers general information about sensors used with the LinX system.
Discusses critical environmental factors affecting motor performance.
Introduces various multi-axis configurations possible with LinX motors.
Describes the simplest multi-axis setup using a single forcer.
Explains configurations with multiple forcers on a single shaft.
Details setups with multiple forcers controlled by one drive.
Provides detailed electrical parameters and ratings for the LinX motors.
Explains the performance under air-natural cooling conditions.
Details the performance and requirements for fluid cooling.
Presents graphs showing force capabilities at different speeds and voltages.
Lists mechanical dimensions and physical characteristics of the motors.
Provides length and weight specifications for the forcer.
Lists shaft lengths and corresponding stroke capabilities.
Details connector dimensions and pin allocation for motor power.
Instructions for safely unpacking the LinX motor components.
Covers the mechanical aspects of installing the motor system.
Provides safety and installation guidance for the motor shaft.
A step-by-step guide for installing the LinX linear motor system.
Details how the forcer is affixed to the load and its mounting options.
Explains how to install and connect parallel LinX motor configurations.
Instructions for installing the linear encoder and aligning its direction.
Covers electrical wiring for motor power and temperature feedback.
Details the connection diagram for motor power and temperature signals.
Instructions for connecting various sensors to the servo drive.
Recommendations for minimizing electromagnetic interference in the system.
Outlines the necessary configuration parameters for servo drives.
Describes the mating connector for the LinX power connection.
Provides guidance on selecting the appropriate motor for an application.
Demonstrates how to calculate continuous force requirements for motor selection.
Explains how to calculate duty cycle to ensure motor operates within specifications.
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