Electromagnetic Transmission TRIZ Cases

An OTDR device injects signals between splitter stages to strengthen back reflections for precise fault detection.

Multi-band OFDM optical line terminal divides downstream frequency bands into parallel sub-bands to lower device sampling rates.

A measurement system detects time delays at multiple wavelengths using a single detector module and fixed radial offset.

Segmented inboard and outboard modules transmit power and data across a vehicle window via optical and electromagnetic coupling to maintain signal strength.

Segmented phase sections in a two-arm interferometer generate 2N unique symbols using simple binary control, reducing device complexity and output noise.

Intensity modulation and re-modulation on one wavelength enable full-duplex communication without extra transmitters or filters.

A multi-dimensional symbol constellation distributes modulation frames across orthogonal polarizations and time slots to reduce nonlinear distortion.

Submarine optical transmission equipment reroutes signals via multiple cable paths, reducing global network disruptions from shallow water failures.

Processor adjusts output level for each band to reduce generalized signal to noise ratio differences.

Integrated test device determines disconnect response metrics via internal signal processing, eliminating external oscilloscope losses.

A punctured N-dimensional symbol constellation design excludes specific symbols to maximize average transmit power in optical fiber links.

An XOR gate generates an RZ electrical drive signal from NRZ data and clock inputs, eliminating the need for a second Mach-Zehnder modulator.

Integrated transceivers alternate between data transmission and Optical Time Domain Reflectometry testing modes within the same optical fiber channel.

An optical transmitter combines monitoring and data signals in orthogonal polarization modes to enable simultaneous transmission.

Concealment signal generation unit reduces constellation data volume through random projection to produce learning and identification concealment signals.

A delay span in an optical fiber separates sensor returns from calibration data reflections.

Testing elements compare optical and electrical signals to regulate supply voltage, reducing power consumption while maintaining performance thresholds.

A monitoring device processes raw optical signal samples before symbol conversion to evaluate key parameters independently of the transceiver.

Branching the FM batch conversion signal enables detection of quality degradation caused by aliasing when carrier frequencies exceed fixed values.

A removable connector panel provides dedicated interfaces between plug-in units within a telecommunication shelf.

Dynamic link tagging and overbooking mechanisms reduce crank-back rates by enabling real-time bandwidth updates across ENNI interfaces.

A bidirectional multi-pair optical repeater uses a supervisory circuit to optically couple and monitor multiple signal paths simultaneously.

A control unit manages optical amplifiers and monitoring light generation based on signal reception states.

Distinct frequency pilot signals enable continuous skew monitoring in a nested Mach-Zehnder modulator without removing the system from service.

Dual-antenna transponders in a redundant array automatically switch signals to backup units, preventing service disruptions when primary nodes fail.

Multi-segment electro-optic devices synchronize electrical drive signals using varying length metallic RF transmission lines.

Dual interferometers produce quadrature signals to resolve polarization sensitivity and improve LiDAR resolution.

A coherent receiver uses digital resampling and phase detection to recover clock signals from analog inputs.

Surface-coupled reflective electro-absorption modulators generate polarization-division-multiplexed signals without external controllers.

Coherent detection determines optical phase differences between sub-signals using low-speed electrical devices, avoiding high-speed equipment requirements.

Segmented waveguide arms driven by a single source with inverted polarity resolve high-speed modulation bottlenecks caused by large capacitances.