Multi-mode 60-GHz radar transmitter SoC in 45-nm SOI CMOS
… On the contrary, this article proposes a cancellation-based programmable pulse generation
method using two power mixers combined in parallel to generate a comparable pulsewidth …
method using two power mixers combined in parallel to generate a comparable pulsewidth …
Integrated femtosecond pulse generator on thin-film lithium niobate
… bandwidth (52 lines) have greater than 0.1 mW per line, with a total of 40 comb lines above
0.2 mW per line. We achieve an on-chip pulse energy of 0.54 pJ at a 30-GHz line spacing. …
0.2 mW per line. We achieve an on-chip pulse energy of 0.54 pJ at a 30-GHz line spacing. …
Photonic generation of 30 GHz bandwidth stepped-frequency signals for radar applications
… SF waveform generation with a tunable bandwidth of>30 GHz and MHz-level frequency
steps for high-resolution radar detections. By stabilizing polarization and reducing inter-pulse …
steps for high-resolution radar detections. By stabilizing polarization and reducing inter-pulse …
Femtosecond pulse generation via an integrated electro-optic time lens
… 10-dB optical bandwidth (52 lines) has > 0.1 mW per line, with a total of 40 comb lines above
0.2 mW per line. We achieve an on-chip pulse energy of 0.54 pJ at a 30-GHz line spacing. …
0.2 mW per line. We achieve an on-chip pulse energy of 0.54 pJ at a 30-GHz line spacing. …
Ka-Band 100-kW Subnanosecond Pulse Generator Mode-Locked by a Nonlinear Cyclotron Resonance Absorber
… Its total width of nearly 2.5 GHz corresponds to the single-pulse duration, whereas the
distance between the main lines of 0.39 GHz corresponds to the pulse repetition period. The …
distance between the main lines of 0.39 GHz corresponds to the pulse repetition period. The …
Tunable subnanosecond Gaussian pulse radar transmitter: Theory and analysis
… The structure of the periodic pulse generator is adapted from [13], which is implemented …
15 V and fT = 5 GHz. As shown in Fig. 1(a), the square pulse generator comprises a monostable …
15 V and fT = 5 GHz. As shown in Fig. 1(a), the square pulse generator comprises a monostable …
Actively mode-locked optoelectronic oscillator for microwave pulse generation
J Wo, J Zhang, Y Wang - Optics & Laser Technology, 2022 - Elsevier
… The optical signal is then modulated in an MZM with a bandwidth of 40 GHz after a … A
PD with a bandwidth of 50 GHz is used to convert the optical signal to an electrical signal. …
PD with a bandwidth of 50 GHz is used to convert the optical signal to an electrical signal. …
MHz repetition frequency, hundreds kilowatt, and sub-nanosecond agile pulse generation based on linear 4H-SiC photoconductive semiconductor
X Chu, J Liu, T Xun, L Wang, H Yang… - IEEE Transactions on …, 2022 - ieeexplore.ieee.org
… pulse repetition frequency 0–10 GHz, peak power of 10 kW, the duty cycle of 50% within the
… generator types. In this study, a 1 MHz re-frequency sub-nanosecond pulse generator based …
… generator types. In this study, a 1 MHz re-frequency sub-nanosecond pulse generator based …
On the 40 GHz remote versus local photonic generation for DML-based C-RAN optical fronthaul
… The paper presents a full comprehensive formulation of the frequency response of a system
based on a directly modulated laser transmitting data over 40 GHz signal which is generated …
based on a directly modulated laser transmitting data over 40 GHz signal which is generated …
A 5.5 mW/channel 2-to-7 GHz frequency synthesizable qubit-controlling cryogenic pulse modulator for scalable quantum computers
… 5.123GHz-resonance to the IC through a cable. A Rabi experiment was conducted by measuring
the qubit state as the pulse… We applied a frequency detuning of +2MHz (5.125GHz) for …
the qubit state as the pulse… We applied a frequency detuning of +2MHz (5.125GHz) for …