Raymond L Camisa

6535722, Mar 18, 2003

Dec 7, 1998

09/206429

Arye Rosen - Cherry Hill NJ
Stewart Mark Perlow - Marlboro NJ
Raymond Louis Camisa - East Windsor NJ

Sarnoff Corporation - Princeton NJ

H04B 118

4551882, 4551891, 4551901, 4551911, 4551931, 4551802, 455266, 455339, 455340, 348731, 333174, 333205

A tuning circuit, as for a television receiver or video recorder, employs switchable tuning circuits including micro-electronic electro-mechanical switches for selecting the ones of an array of capacitors and/or inductors as is useful in tunable circuits. The array of capacitors and/or inductors and micro-electro-mechanical switches of the switched tuning matrix is formed on an integrated circuit or an electronic circuit substrate along with amplifiers and other electronic elements of the tuning circuit for which the switched tuning matrix is employed. The switchable capacitance and inductance matrices are well suited for use in the resonators employed in the pre-selector filters, post-selector filters and oscillators of electronic tuners, such as those employed in television receivers and video recorders. The capacitors and micro-electro-mechanical switches may be connected to select a particular capacitor of the array of capacitors or to select ones of the capacitors of the array of capacitors to establish a particular capacitance value. The capacitors of the array of capacitors may be of like value or may be of different values, such as would advance simplified response to a digital control word, such as a 1-2-4-8 weighting or a 1-2-2-4 weighting.

20030068974, Apr 10, 2003

Apr 3, 2001

09/825198

Sridhar Kanamaluru - West Windsor NJ, US
John Riganati - Skillman NJ, US
Zygmond Turski - Florence NJ, US
Raymond Camisa - East Windsor NJ, US

Sarnoff Corporation

H04H001/00
H04H007/00
G06F003/00
H04N005/445
G06F013/00
G09G005/00

455/003060, 345/747000, 345/745000, 455/003050, 725/046000

A method and system for delivering personalized, location-sensitive information to a user device comprising an information network interface for collecting, filtering and storing information and a broadcast network for delivering, as broadcast information, some or all of the collected information to a user device. The user device filters the broadcast information in accordance with a user's personal preferences and a user's location.

43743943, Feb 15, 1983

Oct 1, 1980

6/192849

Raymond L. Camisa - East Windsor NJ

RCA Corporation - New York NY

H01L 2334
H01L 2350

357 81

A monolithic integrated circuit comprises a substrate having first and second opposing major surfaces. A semiconductor device is at the first major surface, a circuit film pattern is on the second major surface, and means for interconnecting the device to the film pattern are provided. On the first surface, a metallization layer surrounds the device and has a thickness greater than the height of the device from the first surface. Additionally, an electrode extension projects from the device to a height substantially equal to the thickness of the metallization layer.

39965368, Dec 7, 1976

Jun 20, 1975

5/588763

Raymond Louis Camisa - Hightstown NJ
Benjamin Franklin Hitch - Somerville NJ
Shui Yuan - Princeton NJ

RCA Corporation - New York NY

H01P 115
H01P 118

333 31R

A microwave signal phase shifter using a metal-insulator-semiconductor (MIS) device is provided. In one preferred embodiment, one end of the device is coupled to a port of a circulator and the opposite end is coupled to ground. When the diode is switched from a first reverse bias state to a second forward bias state, the network switches from a first reactance to a second reactance and the reflection coefficient phase angle shifts.

60142375, Jan 11, 2000

Nov 3, 1998

9/184906

Joseph Hy Abeles - Highland Park NJ
John Charles Connolly - Clarksburg NJ
William Edward Stephens - Belle Mead NJ
Raymond Louis Camisa - East Windsor NJ

Sarnoff Corporation - Princeton NJ

H04J 1402
H04J 400
H04J 1400

359124

A multi-wavelength mode-locked dense wavelength division multiplexed (MWML-DWDM) optical transmission method and system including a MWML-DWDM optical transmitter having a multiwavelength mode-locked (MWML) laser which generates a wavelength-ordered repetitive periodic (WORP) sequence of discrete optical pulses for modulation with data carried by at least one electronic carrier. Signals from multiple telecommunications transmission interfaces are multiplexed together by a high speed electronic time domain multiplexer to form a single multiplexed high speed digital transmission stream that is encoded onto the optical pulse stream output by the MWML-DWDM optical transmitter by an optical modulator so as to provide multiple channels of information carried on a DWDM data stream over an optical fiber to a receiver where the data is received and decoded. A single MWML-DWDM optical transmitter and a single modulator may replace the numerous laser sources and associated modulators used in conventional WDM optical transmission systems. Wavelength usage may be further maximized by combining the outputs of several MWML-DWDM optical transmitters in the frequency domain using optical combiners or in the time domain using time division multiplexing techniques according to which DWDM wavelengths may be used more than once during a WORP-frame but only once during a pulse-frame.

41896882, Feb 19, 1980

Jul 24, 1978

5/927625

Franco N. Sechi - Lawrenceville NJ
Raymond L. Camisa - East Windsor NJ

RCA Corporation - New York NY

H03B 508
H03B 706

331117FE

First and second field effect transistors (FETs) each have a gallium arsenide substrate with an N-type active region that carries first and second electrodes in ohmic contact therewith and a gate electrode. The FETs are mounted in a flip-chip carrier that connects the first electrodes to ground. The FETs are biased to cause a current to flow from the first to second electrodes, whereby the first and second electrodes serve as drains and sources, respectively, of the FETs. The gate of the first FET is connected to a resonator. Additionally, a matching network connects the source of the first FET to the gate of the second FET. The matching network and the biasing of the first FET cause the gate input impedance thereof to be of a negative value that compensates for losses in the resonator. A load connected to the source of the second FET and the bias voltage cause the second FET to have a gate input impedance of a negative value that causes oscillation.