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| − | '''Summary of the patent applications from TEXAS INSTRUMENTS INCORPORATED on November 30th, 2023'''
| + | ==Patent applications for TEXAS INSTRUMENTS INCORPORATED on November 30th, 2023== |
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| − | Texas Instruments Incorporated has recently filed several patents related to communication systems, vehicular battery management systems, integrated circuits, image processing, color filtering, harmonic coupling estimation, analog-to-digital converters (ADCs), linearization circuits, phase locked loop (PLL) systems, and floating level translators. These patents demonstrate the organization's focus on developing innovative technologies in various fields.
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| − | Summary:
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| − | - Texas Instruments Incorporated has filed patents for a method in a communication system where a first node sends a request to change the operation frequency to a second node during a connection event. This method enables frequency changes and communication between nodes in a communication system.
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| − | - The organization has also filed a patent for a vehicular battery management system that allows wireless communication between primary and secondary network nodes, facilitating efficient battery management in vehicles.
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| − | - Texas Instruments Incorporated has developed an integrated circuit for a wireless management system, which includes a wireless transceiver and a wireless management controller. This controller enables improved communication and coverage within the wireless management system.
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| − | - The organization has filed a patent for an integrated circuit that includes multiple image processing blocks, data selection circuitry, and a pipeline memory. This circuit allows for sequential processing of image data and the selection and storage of processed data.
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| − | - Texas Instruments Incorporated has developed a system with a color filter and an integrator rod, which enables the transmission and reflection of light of different colors.
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| − | - The organization has filed a patent for a method to estimate and compensate for harmonic coupling in a transmitted signal, improving the quality and reliability of the signal.
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| − | - Texas Instruments Incorporated has developed ADCs with various components and features for improved accuracy and calibration. These ADCs include comparators, digitization circuitry, and calibration circuitry to ensure accurate measurements.
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| − | - The organization has filed a patent for a circuit that includes an ADC and a linearization circuit. The linearization circuit determines and updates calibration data to improve the accuracy of the conversion process.
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| − | - Texas Instruments Incorporated has developed a PLL system with a compensation circuit, transconductance circuit, and oscillator, providing a stable and accurate phase locked loop system.
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| − | - The organization has filed a patent for techniques to improve floating level translators, which involve bypassing protection elements to increase headroom during low-voltage operation.
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| − | Notable Applications:
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| − | * Communication system with frequency change requests and packet transmission.
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| − | * Vehicular battery management system for efficient battery management in vehicles.
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| − | * Wireless management system with improved communication and coverage.
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| − | * Integrated circuit for sequential image processing and data selection.
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| − | * System with color filter and integrator rod for transmission and reflection of light.
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| − | * Method for estimating and compensating for harmonic coupling in transmitted signals.
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| − | * ADCs with improved accuracy and calibration features.
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| − | * Circuit with ADC and linearization circuit for improved conversion accuracy.
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| − | * PLL system with compensation circuit, transconductance circuit, and oscillator for stable phase locked loop operation.
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| − | * Techniques to improve floating level translators for low-voltage operation.
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| − | ==Patent applications for texas instruments incorporated on November 30th, 2023== | |
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| − | ===QUICK TURN OFF OF CONTACTOR SYSTEM DURING POWER OFF ([[US Patent Application 17826822. QUICK TURN OFF OF CONTACTOR SYSTEM DURING POWER OFF simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17826822]])===
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| − | '''Main Inventor'''
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| − | Priyank Anand
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| − | ===SCAN TESTING USING SCAN FRAMES WITH EMBEDDED COMMANDS ([[US Patent Application 18234003. SCAN TESTING USING SCAN FRAMES WITH EMBEDDED COMMANDS simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18234003]])===
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| − | '''Main Inventor'''
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| − | Lee D. Whetsel
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| − | ===FSM BASED CLOCK SWITCHING OF ASYNCHRONOUS CLOCKS ([[US Patent Application 17824695. FSM BASED CLOCK SWITCHING OF ASYNCHRONOUS CLOCKS simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17824695]])===
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| − | '''Main Inventor'''
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| − | Atul Ramakant LELE
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| − | ===STATIC POWER REDUCTION IN CACHES USING DETERMINISTIC NAPS ([[US Patent Application 18450079. STATIC POWER REDUCTION IN CACHES USING DETERMINISTIC NAPS simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18450079]])===
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| − | '''Main Inventor'''
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| − | Oluleye Olorode
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| − | ===CONFIGURABLE CACHE FOR COHERENT SYSTEM ([[US Patent Application 18229814. CONFIGURABLE CACHE FOR COHERENT SYSTEM simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18229814]])===
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| − | '''Main Inventor'''
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| − | Kai CHIRCA
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| − | ===STREAMING ENGINE WITH EARLY EXIT FROM LOOP LEVELS SUPPORTING EARLY EXIT LOOPS AND IRREGULAR LOOPS ([[US Patent Application 18361985. STREAMING ENGINE WITH EARLY EXIT FROM LOOP LEVELS SUPPORTING EARLY EXIT LOOPS AND IRREGULAR LOOPS simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18361985]])===
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| − | '''Main Inventor'''
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| − | Joseph Zbiciak
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| − | ===HARDWARE EVENT TRIGGERED PIPELINE CONTROL ([[US Patent Application 18175364. HARDWARE EVENT TRIGGERED PIPELINE CONTROL simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18175364]])===
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| − | '''Main Inventor'''
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| − | Niraj Nandan
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| − | ===RESOURCE AVAILABILITY MANAGEMENT USING REAL-TIME TASK MANAGER IN MULTI-CORE SYSTEM ([[US Patent Application 18449036. RESOURCE AVAILABILITY MANAGEMENT USING REAL-TIME TASK MANAGER IN MULTI-CORE SYSTEM simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18449036]])===
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| − | '''Main Inventor'''
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| − | Anjandeep Singh SAHNI
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| − | ===DATA PROCESSING PIPELINE ([[US Patent Application 18175333. DATA PROCESSING PIPELINE simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18175333]])===
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| − | '''Main Inventor'''
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| − | Mihir Mody
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| − | ===FFT ENGINE HAVING COMBINED BIT-REVERSAL AND MEMORY TRANSPOSE OPERATIONS ([[US Patent Application 18447029. FFT ENGINE HAVING COMBINED BIT-REVERSAL AND MEMORY TRANSPOSE OPERATIONS simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18447029]])===
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| − | '''Main Inventor'''
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| − | Indu PRATHAPAN
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| − | ===THEFT DETECTOR ([[US Patent Application 18326176. THEFT DETECTOR simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18326176]])===
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| − | '''Main Inventor'''
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| − | Veeramanikandan RAJU
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| − | ===TRANSFORMER WITH BOTTOM COIL SHIELDING FOR IMPROVED EMI AND THERMAL CHARACTERISTICS ([[US Patent Application 17829073. TRANSFORMER WITH BOTTOM COIL SHIELDING FOR IMPROVED EMI AND THERMAL CHARACTERISTICS simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17829073]])===
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| − | '''Main Inventor'''
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| − | Nicola BERTONI
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| − | ===DIELECTRIC SILICON NITRIDE BARRIER DEPOSITION PROCESS FOR IMPROVED METAL LEAKAGE AND ADHESION ([[US Patent Application 17751976. DIELECTRIC SILICON NITRIDE BARRIER DEPOSITION PROCESS FOR IMPROVED METAL LEAKAGE AND ADHESION simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17751976]])===
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| − | '''Main Inventor'''
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| − | Qi-Zhong Hong
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| − | ===REDUCING CROSS-WAFER VARIABILITY FOR MINIMUM WIDTH RESISTORS ([[US Patent Application 18446176. REDUCING CROSS-WAFER VARIABILITY FOR MINIMUM WIDTH RESISTORS simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18446176]])===
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| − | '''Main Inventor'''
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| − | Mahalingam Nandakumar
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| − | ===POWER CONVERTER MODULE ([[US Patent Application 17828803. POWER CONVERTER MODULE simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17828803]])===
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| − | '''Main Inventor'''
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| − | WOOCHAN KIM
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| − | ===DIE ATTACH FILM DIE PAD ISOLATION FOR SEMICONDUCTOR DEVICES ([[US Patent Application 17828947. DIE ATTACH FILM DIE PAD ISOLATION FOR SEMICONDUCTOR DEVICES simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17828947]])===
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| − | '''Main Inventor'''
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| − | Jesus Bajo Bautista
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| − | ===LASER ABLATION FOR DIE SEPARATION TO REDUCE LASER SPLASH AND ELECTRONIC DEVICE ([[US Patent Application 17826764. LASER ABLATION FOR DIE SEPARATION TO REDUCE LASER SPLASH AND ELECTRONIC DEVICE simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17826764]])===
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| − | '''Main Inventor'''
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| − | Michael Todd Wyant
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| − | ===INTEGRATED MAGNETIC ASSEMBLY WITH CONDUCTIVE FIELD PLATES ([[US Patent Application 18450291. INTEGRATED MAGNETIC ASSEMBLY WITH CONDUCTIVE FIELD PLATES simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18450291]])===
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| − | '''Main Inventor'''
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| − | Enis Tuncer
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| − | ===SELECTIVE EPITAXY TO CREATE A DOUBLE-DIFFUSED CHANNEL OVER PLANAR OR UNDERLYING TOPOGRAPHY ([[US Patent Application 17826872. SELECTIVE EPITAXY TO CREATE A DOUBLE-DIFFUSED CHANNEL OVER PLANAR OR UNDERLYING TOPOGRAPHY simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17826872]])===
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| − | '''Main Inventor'''
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| − | Sheldon Douglas HAYNIE
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| − | ===SYSTEM AND METHOD FOR ESTIMATING A CURRENT IN AN INDUCTOR OF A POWER CONVERTER ([[US Patent Application 17829090. SYSTEM AND METHOD FOR ESTIMATING A CURRENT IN AN INDUCTOR OF A POWER CONVERTER simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17829090]])===
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| − | '''Main Inventor'''
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| − | Isaac Cohen
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| − | ===ADAPTIVE ON-TIME FOR VOLTAGE CONVERTER ([[US Patent Application 17829035. ADAPTIVE ON-TIME FOR VOLTAGE CONVERTER simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17829035]])===
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| − | '''Main Inventor'''
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| − | Sombuddha CHAKRABORTY
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| − | ===PRE-BIASED DUAL CURRENT SENSING ([[US Patent Application 17827406. PRE-BIASED DUAL CURRENT SENSING simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17827406]])===
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| − | '''Main Inventor'''
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| − | Venkatesh GUDURI
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| − | ===FLOATING HIGH-VOLTAGE LEVEL TRANSLATOR WITH ADAPTIVE BYPASS CIRCUIT ([[US Patent Application 17828797. FLOATING HIGH-VOLTAGE LEVEL TRANSLATOR WITH ADAPTIVE BYPASS CIRCUIT simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17828797]])===
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| − | '''Main Inventor'''
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| − | Tuli Luthuli Dake
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| − | ===ADJUSTABLE PHASE LOCKED LOOP ([[US Patent Application 18448319. ADJUSTABLE PHASE LOCKED LOOP simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18448319]])===
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| − | '''Main Inventor'''
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| − | Florian Neveu
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| − | ===ANALOG-TO-DIGITAL CONVERTER (ADC) HAVING LINEARIZATION CIRCUIT WITH RECONFIGURABLE LOOKUP TABLE (LUT) MEMORY AND CALIBRATION OPTIONS ([[US Patent Application 17825864. ANALOG-TO-DIGITAL CONVERTER (ADC) HAVING LINEARIZATION CIRCUIT WITH RECONFIGURABLE LOOKUP TABLE (LUT) MEMORY AND CALIBRATION OPTIONS simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17825864]])===
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| − | '''Main Inventor'''
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| − | Narasimhan RAJAGOPAL
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| − | ===ANALOG-TO-DIGITAL CONVERTER (ADC) HAVING SELECTIVE COMPARATOR OFFSET ERROR TRACKING AND RELATED CORRECTIONS ([[US Patent Application 17828967. ANALOG-TO-DIGITAL CONVERTER (ADC) HAVING SELECTIVE COMPARATOR OFFSET ERROR TRACKING AND RELATED CORRECTIONS simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17828967]])===
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| − | '''Main Inventor'''
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| − | Viswanathan NAGARAJAN
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| − | ===ESTIMATION AND PRE-COMPENSATION OF HARMONIC COUPLING SPURS ([[US Patent Application 17829218. ESTIMATION AND PRE-COMPENSATION OF HARMONIC COUPLING SPURS simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17829218]])===
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| − | '''Main Inventor'''
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| − | Sarma Sundareswara GUNTURI
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| − | ===DIGITAL DISPLAY SYSTEM AND METHOD ([[US Patent Application 18448205. DIGITAL DISPLAY SYSTEM AND METHOD simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18448205]])===
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| − | '''Main Inventor'''
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| − | Kristofer Scott OBERASCHER
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| − | ===INTEGRATED CIRCUIT WITH MULTI-APPLICATION IMAGE PROCESSING ([[US Patent Application 18194249. INTEGRATED CIRCUIT WITH MULTI-APPLICATION IMAGE PROCESSING simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18194249]])===
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| − | '''Main Inventor'''
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| − | Niraj Nandan
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| − | ===WIRELESS MANAGEMENT OF MODULAR SUBSYSTEMS WITH PROXY NODE OPTIONS ([[US Patent Application 18232451. WIRELESS MANAGEMENT OF MODULAR SUBSYSTEMS WITH PROXY NODE OPTIONS simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|18232451]])===
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| − | '''Main Inventor'''
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| − | Ariton E. XHAFA
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| − | ===EFFICIENT UNICAST SUPER FRAME COMMUNICATIONS ([[US Patent Application 17828895. EFFICIENT UNICAST SUPER FRAME COMMUNICATIONS simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17828895]])===
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| − | '''Main Inventor'''
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| − | Ariton E. XHAFA
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| − | ===FREQUENCY CHANGE DURING CONNECTION EVENT ([[US Patent Application 17828225. FREQUENCY CHANGE DURING CONNECTION EVENT simplified abstract (TEXAS INSTRUMENTS INCORPORATED)|17828225]])===
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| − | '''Main Inventor'''
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| − | Yaron Alpert
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