Integrated Device Technology, Inc.

Other

Liang Leon Zhang

Suresh Atluri

Zhengping Zhang

Yue Yu

Alejandro F Gonzalez

Al Xuefeng Fang

Xiaohua Liang

A disposable device (or) both for vaginal cleaning and hygiene and for sexual aid and its methods of use are disclosed. The device comprises a pouch or bladder (or') with an open-end or opening (or&#x2032;) and in substantial shape and size of the condom and a standard valve (or&#x2032;) or closure (&#x2033;) with a base (&#x2032; or&#x2033;). The pouch or bladder is made of a layer of flexible and inelastic airtight durable material. The opening is fluid-tightly sealed to the base or by the cap (&#x2033;) and neck of the closure. The inflated or filled device functions as dildos and, when enclosing a mini-vibrator, as vibrators. The poked device is used for delivering medication to appropriate areas of the vagina and for washing the vagina with water. The pouch or bladder is packed in a small sealed package before use and is disposable after use.

Disposable device for vaginal cleaning and hygiene

A clock receiver includes a capacitive coupling circuit for filtering out direct-current voltages from a differential clock signal. In this way, the capacitive coupling circuit rejects common-mode noise in the differential clock signal. The clock receiver also includes a bias circuit for establishing a bias voltage in the differential clock signal and a differential amplifier for amplifying the differential clock signal. Further, the differential amplifier generate a feedback differential clock signal and provides the feedback differential clock signal to the bias circuit for further rejecting common-mode noise in the differential clock signal. The feedback differential clock signal functions as a negative feedback signal for rejecting common-mode noise in the differential clock signal and as a positive feedback signal for amplifying the differential clock signal. In some embodiments, the clock receiver includes a capacitive coupling circuit with a cut-off frequency above the frequency of the differential clock signal.

AC coupled clock receiver with common-mode noise rejection

A personal portable devices keeper () and its method of use are disclosed. The keeper mainly comprises a housing formed by a shell () and a base (), a spool assembly () controlled by a spiral spring () and a ratchet mechanism consisting of a ratchet plate () in the spool, a ratchet bead (), and a straight slot () in the base, a clip (), and a length of cord () with a bob () securing a strap loop (). The shell has a cord port () and is rotatable independently from the spool so that the cord remainder is adjustable even after the cord is fully retracted by the spring. The strap loop ties a personal portable device directly through its strap holder or the like. The keeper is fully operable through the cord dragged by the portable device that is normally held and operated by one hand.

Personal portable device keeper

A method and apparatus for an equalized On-Die Termination (ODT) circuit uses timed switching to reduce receiver power consumption.

Method and apparatus for an equalized on-die termination (ODT) circuit

A communication system is disclosed. The communication system comprises a printed circuit board. The printed circuit board includes a plurality of channels; The communication system includes a plurality of receivers coupled to outputs of the plurality of channels; and a plurality of drivers coupled to inputs of the plurality of channels, wherein a slew rate for each of the plurality drivers is dependent on the transitions of its neighboring drivers. The communication system further includes a plurality of slew rate equalizers coupled to the plurality of drivers, wherein a slew rate driver coupled to a victim channel compensates for cross talk from its neighboring aggressor channels by adjusting its slew rate based upon a signal received from the slew rate equalizer of the victim channel.

Slew rate-variation based driver equalization for far-end crosstalk cancellation

A method and apparatus for A Low Power AC On-Die-Termination (ODT) Circuit using active components reduces receiver power consumption.

Growing community of inventors

Duluth, GA, United States of America

Liang Leon Zhang