We experimentally study the pulse generation and the pulse train timing and amplitude
stability of a monolithic passively mode-locked multisection quantum-well semiconductor …

We study experimentally the pulsed emission of a passively mode-locked multi-section
quantum-well semiconductor laser emitting picosecond short optical pulses at a …

Stability of pulse energy and timing in a passively mode-locked two-section quantum-well
laser is measured. Spectral analysis of the 546-MHz pulse train reveals rms timing jitter of …

We report the generation of short optical pulses from novel monolithic coHiding~ pulse
mode-locked quantum well lasers. Transform~ limited pulses with durations of 1.4 ps at a …

Ultrafast subpicosecond optical pulse generation is achieved by passive colliding-pulse
mode locking of monolithic multiple quantum well InGaAsP semiconductor lasers. Transform …

STABLE OPTICAL PICOSECOND PULSES FROM ACTIVELY MODE-LOCKED TWIN-SECTION
DIODE LASERS Page 1 References 1 SAKAKIBARA, Y., H1GUCHI. H., OOMURA, E …

The timing jitter of 2.3 ps, 1,043 nm pulses from a passively mode-locked, surface-emitting
semiconductor laser has been characterised. The vertical external laser cavity was …

We have analyzed theoretically and experimentally the linewidth of the first harmonic of the
photocurrent (radio-frequency (RF) linewidth) in monolithic passively mode-locked …

We demonstrate electrically pumped two-section mode locked quantum well lasers emitting
at the L-band of telecommunication wavelength on silicon utilizing die to wafer bonding …

Timing-jitter measurements in optically generated subpicosecond pulses by a quantum-
dash passively mode-locked semiconductor laser as a function of the bias current are …