Vishay / Dale IHPx-1411AF Haptic Feedback Actuators
Vishay / Dale IHPx-1411AF Haptic Feedback Actuators feature a solenoid construction that provides high impulse vibration for clear tactile feedback in noisy environments. With a 12V, 5ms pulse, these feedback actuators can drive a 0.5kg load to 6g of acceleration. The IHPx-1411AF Haptic feedback actuators feature a compact, two-piece construction for easy implementation into industrial and medical touch screen applications and touch button applications.Features
- Solenoid construction provides high impulse vibration for clear tactile feedback in noisy environments
- Compact, two-piece construction with mounting holes; stationary U core and moving I-bar for easy implementation in touch screen or touch button applications
- Drives a 0.5kg load to 6g of acceleration with a 12V and 5ms pulse
- Standard lead termination is dipped 100% tin solder
- Automotive-grade (IHPT-1411AF-ABA only)
- Lead-free, Halogen-free, and RoHS compliant
Applications
- IHPC-1411AF-AA
- Touch screens
- Appliances
- Industrial equipment
- Factory automation and control
- Touch screens for human-machine interfaces
- IHPT-1411AF-AB0
- Industrial touch screens and displays
- Appliances
- Building automation and control
- Factory automation and control
- Electronic point of sale
- Medical touch screens for human-machine interfaces
- Healthcare monitoring
- Diagnostic
- Surgical
- Treatment equipment
- Switch/touch panels requiring tactile feedback upon actuation
- Industrial touch screens and displays
- IHPT-1411AF-ABA
- Automotive
- Dashboards
- Touch screens
- Center consoles
- Physical feedback
- Electronic shift transmissions
- Steering wheels
- Seats
- Control panels
- Touch screens for human-machine interfaces
- Automotive
Specifications
- 16V voltage rating
- 150VDC dielectric withstand voltage, coil-to-core
- 5.0ms typical response time
- 0.73 force coefficient
- 1.09Ω maximum DCR, 0.95Ω typical
- -40°C to 105°C temperature range
Application Circuit
Infographic
Publicado: 2021-11-02
| Actualizado: 2025-02-04
