AB-032 : DC motors – Voltage Vs. Output speed Vs. Torque
AB-031 : Vibration Motor Calculators – ERMs and LRAs
AB-030 : Extending Vibration Theory – Displacement and Dissipation
VAB-03 : How Do LRAs Work?
VAB-02 : How Do Vibration Motors Work?
AB-029 : Vibration Motors – Voltage vs Frequency vs Amplitude
AB-028 : Vibration Motor Comparison Guide
VAB-01 : Introductory Gear Equations
AB-027 : Eccentric Mass Parameters for Vibration Motors
AB-026 : Sensorless Speed Stabiliser for a DC Motor
AB-025 : Using SPICE to Model DC Motors
AB-024 : Introductory Gear Equations
AB-023 : Miniature Motor Driver Resource
AB-022 : PWM Frequency for Linear Motion Control
AB-021 : Measuring RPM from Back EMF
AB-020 : Understanding Linear Resonant Actuator Characteristics
AB-019 : Lifetime of DC Vibration Motors (MTTF & FIT)
AB-018 : Driving Brushless Long-life Vibration Motors
AB-017: Integrated Driver Circuits for Vibration Motors
AB-016 : Experiments in Waterproofing / Overmolding Vibration Motors
AB-015 : Mechanical Mounting for Vibration Motors : Moulded and Machined Enclosures
AB-014 : Mechanical Layout of Vibration Motors for Typical User-Interfaces and Controls
AB-013 : Advanced Vibration Alerting Waveforms
AB-012 : Driving Vibration Motors with Pulse Width Modulation
AB-011 : Electrical Techniques for Using Different Power Sources
AB-010 : Mounting Vibration Motors to Flexible Materials & Clothing
AB-009 : Securing Vibration Motor Leads and Wires
AB-008 : Vibration Motor Best Practices from Mobile / Cell Phones
AB-007 : Mechanical Mounting for Vibration Motors : to Bulkheads
AB-006 : Mechanical Mounting for Vibration Motors : to PCBs
AB-005 : Electromagnetic Compatibility (EMC / EMI) for Vibe Motors
AB-004 : Understanding ERM Vibration Motor Characteristics
AB-003 : Driving Linear Resonance Vibration Actuators
AB-002 : Discrete H-bridge For Enhanced Vibration Control
AB-001 : Discrete Driver Circuits for Vibration Motors