מוצר חדש

Vybronics strong ERM cylindrical vibration motors are designed to deliver high-output vibration force for applications where power and durability are essential.

Vybronics' linear resonant actuators (LRA) generate vibration/haptic feedback in the plane parallel to the motor's largest surface.

Vybronics' motor series features a lower cost than SMD reflow types.

Vybronics' PCB vibration motor series is available with though-hole pin lengths of either 1.6 mm, 2.0 mm, or 3.2 mm.

Vybronics' encapsulated vibration motors are designed for applications that require the assembly to be potted, over-molded, or fully submerged in a liquid.

Vybronics' SMD/SMT series reflow solderable, vibration motors are available on tape and reel for use with pick and place machines.

The Z4TL2B03715452 is a member of Vybronics' low current/low power consumption motor series.

Vybronics' coin-sized linear resonant actuators (LRA) generate vibration and haptic feedback in the Z plane, perpendicular to the motor's surface.

Vybronics' DC micro motors are available in diameters ranging from 4 mm to 7 mm.

Vybronics' BLDC brushless coin vibration motors are recommended for applications requiring an exceptionally long life time/MTBF.

The Vybronics linear resonant actuators (LRA) vibration motors are an excellent choice for haptic applications.

Vybronics‏ היא אחת מהיצרניות הגדולות בעולם של מנועי מיקרו-רעידות. מגוון המוצרים שלנו כולל ERM צילינדריים, סוג טבעת ומנועי רעידות ליניאריים (LRA).

Vybronics' VC0720B001F coin vibration motor is 7 mm x 2.1 mm and was designed for devices requiring vibration alerts or haptic feedback.

Vybronics' C1020K001F coin vibration motor is 2.1 mm x 10 mm and is used to provide silent vibration alerts or haptic feedback to the user.

For efficient mass production, surface mounted components are almost always preferred to there leaded counterparts.

Design engineers seeking to use more than one vibration motor to achieve haptic effects or increased vibration energy should carefully consider the implications of doing so.

Due to their fast rise and fall times, linear vibration motors are an excellent choice for haptic feedback applications requiring a device with high reliability and exceptionally long life.