The differential apparatus comprises a differential case (11), a differential carrier (21), a carrier cover (22), a differential mechanism housed in the differential case, and a ring gear (14) secured to the ring differential case.
This makes it possible to use the same differential ring gear (2) and the same differential cage (3) for both a lockable and an automatically lockable differential gear.
The differential assembly has a differential carrier (83) and first (16) and second (18) differential output members received in the differential carrier.
The sense amplifier can be fully differential or a non differential sense amplifier.
The differential assembly can have a differential housing.
The differential chamber (A), where the differential gear is housed, is demarcated from a storage chamber (B) by a differential demarcation member (20).
A difference vector estimation unit (108) generates a difference vector.
The electronically actuated locking differential unlocks the differential when the locking differential deactivation signals are received by the wireless receiver unit.
A differential is also provided that includes a differential case, a pinion shaft disposed inside the differential case, and a pinion gear.
A fully-differential circuit includes a differential gin-boosting circuit and/or a differential output circuit.
A differential (22) may also be provided including a differential case (24) and a gear train (10) disposed in the differential case (24).
A locking differential for a vehicle includes a rotatable housing and a differential mechanism supported in the housing.
The circuitry includes a differential main amplifier (3) and a differential auxiliary amplifier (13).