Click image to enlarge
Figure 1. Dispense Line Consistency (um)
Click image to enlarge
Figure 1. Ultralow EMI emission LT8609S 12 V to 5 V synchronous step-down converter
Click image to enlarge
Figure 1: LAPP’s Ölflex Classic control cables include the flame-retardant 130H version, which is suitable for facilities that face high fire risks.
Click image to enlarge
Figure 1: Delta configuration
Click image to enlarge
Figure 1: HRR operation is similar to fixed ratio at lower Vin, but limits Vout at higher values of Vin
Click image to enlarge
Figure 1. One possible FPGA power tree: a high voltage input supply (for example, 12 V, 24 V, or 48 V) is stepped down to an intermediate voltage bus feeding the POL regulators that power the FPGA
Click image to enlarge
Figure 1. Sensors must offer versatility for broad applicability
Click image to enlarge
Figure 1a. Example voltage and current discharge curves for 10 kW discharge from one module with 56 V float voltage
Click image to enlarge
Figure 1. Rated to IP67, the KSC3 series sealed tact switch offers positive adaptable tactile feeling
.png)
Dr Agustin Schiffrin and his team at the School of Physics and Astronomy (Monash University)
New chip-based devices contain all the optical components necessary for quantum key distribution. The cost-effective platform is designed to facilitate citywide networks.
This film derived from fish scales could someday be used in flexible electronic devices.
.png)
Schematic illustration of the newly emerged 2D heterostructures research with various heterogeneous integration of 2D materials.
The ETH quantum link in Andreas Wallraff's laboratory. The tube at the centre contains the strongly cooled waveguide that connects the two quantum chips in their cryostats via microwave photons.
Schematic of a Josephson quantum filter (JQF). The data qubit (DQ) to be protected and the JQF are directly coupled to a semi-infinite waveguide, through which control pulses for the DQ are applied.
Digging deeper into the intricacies of these networks in an effort to develop more efficient Quantum Algorithms
Click image to enlarge
Figure 1. A complete ±12 V/50 mA isolated flyback converter for a wide input range, 30 V to 400 V.
Click image to enlarge
Figure 1: Two-chip normally-off high voltage GaN FET
