View source for NXP B.V. patent applications published on September 12th, 2024

'''Summary of the patent applications from NXP B.V. on September 12th, 2024'''

1. **Summary**:
NXP B.V. has recently filed patents for innovative technologies including a power-on reset circuit, a symmetrical transmission line component, and an advanced SiGe HBT technology. These patents aim to enhance the functionality and performance of electronic systems in various applications such as embedded systems, RF systems, and high-speed communication devices.

2. **Key Points of Patents**:
   * Power-on Reset Circuit:
     - Includes a delay circuit to control timing of signals to logic circuits.
     - Components: voltage drop device, switching device, capacitance device.
     - Ensures proper initialization of logic circuits after power-up.

   * Symmetrical Transmission Line Component:
     - Consists of four ports connected through transmission lines in a symmetrical meandering path.
     - Provides balanced signal routing and distribution in RF and microwave systems.

   * SiGe HBT Technology:
     - Features N-doped buried collector, P-doped SiGe base layer, and epitaxial silicon layers for high-speed communication devices.
     - Improves performance and efficiency in RF amplifiers and microwave circuits.

3. **Notable Applications**:
   - Power-on Reset Circuit: Embedded systems, microcontrollers, IoT devices.
   - Symmetrical Transmission Line Component: RF and microwave systems, antenna systems.
   - SiGe HBT Technology: High-speed communication devices, RF amplifiers, microwave circuits.




==Patent applications for NXP B.V. on September 12th, 2024==

===DATA PROCESSING METHOD FOR PROCESSING MATRICES IN RADAR APPLICATIONS ([[NXP B.V. (18119727). DATA PROCESSING METHOD FOR PROCESSING MATRICES IN RADAR APPLICATIONS simplified abstract|18119727]])===


'''Main Inventor'''

Mark PEDLEY


===TOUCH PANEL SYSTEM USING MODULATED SIGNALS AS DRIVE SIGNALS ([[NXP B.V. (18595499). TOUCH PANEL SYSTEM USING MODULATED SIGNALS AS DRIVE SIGNALS simplified abstract|18595499]])===


'''Main Inventor'''

Frederic Darthenay


===TOUGH PANEL LOCATION DETECTION WITH DIFFERENT FREQUENCY-PHASE OFFSET COMBINATIONS OF ELECTRODE SIGNALS ([[NXP B.V. (18587195). TOUGH PANEL LOCATION DETECTION WITH DIFFERENT FREQUENCY-PHASE OFFSET COMBINATIONS OF ELECTRODE SIGNALS simplified abstract|18587195]])===


'''Main Inventor'''

Franck Goussin


===SYSTEMS AND METHODS FOR DETECTION OF PERSISTENT FAULTS IN PROCESSING UNITS AND MEMORY ([[NXP B.V. (18180894). SYSTEMS AND METHODS FOR DETECTION OF PERSISTENT FAULTS IN PROCESSING UNITS AND MEMORY simplified abstract|18180894]])===


'''Main Inventor'''

Paul Kimelman


===METHOD AND APPARATUS FOR FAULT INDICATION PROPAGATION AND FAULT MASKING IN A HIERARCHICAL ARRANGEMENT OF SYSTEMS ([[NXP B.V. (18310591). METHOD AND APPARATUS FOR FAULT INDICATION PROPAGATION AND FAULT MASKING IN A HIERARCHICAL ARRANGEMENT OF SYSTEMS simplified abstract|18310591]])===


'''Main Inventor'''

Hemant Nautiyal


===SIGE HBT AND METHODS OF MANUFACTURING THE SAME ([[NXP B.V. (18595511). SIGE HBT AND METHODS OF MANUFACTURING THE SAME simplified abstract|18595511]])===


'''Main Inventor'''

Johannes Josephus Theodorus Marinus Donkers


===TRANSMISSION LINE ARRANGEMENT FOR A PASSIVE COMPONENT ([[NXP B.V. (18596695). TRANSMISSION LINE ARRANGEMENT FOR A PASSIVE COMPONENT simplified abstract|18596695]])===


'''Main Inventor'''

Olivier Tesson


===POWER ON RESET (POR) CIRCUIT ([[NXP B.V. (18311696). POWER ON RESET (POR) CIRCUIT simplified abstract|18311696]])===


'''Main Inventor'''

Sapna Sharma