Search results for "capacitor"
Inelco Hunter celebrates 30 years in business
Incorporated in 1993, Inelco Hunter has now passed the 30-year mark.
New high-voltage MLCC benefits EV on-board chargers
Samsung Electro-Mechanics is launching a high-performance CLLC-resonant MLCC (multi-layer ceramic capacitor) that offers 22nF at 1,000V.
Five-level transmitter supports 16 outputs
Authorised distributor Mouser Electronics is now stocking the TX75E16 16-channel five-level transmitter from Texas Instruments.
Saelig announces demo boards For Novel Pulsiv OSMIUM
Saelig has announced the availability of the Pulsiv PSV-AD-250-DS Evaluation Boards for the OSMIUM Microcontroller family, which enables rapid customer evaluation of the efficient Pulsiv power supply technology.
HQ Electronics' HQDFM Design for Assembly Update
The PCB design analysis software’s new update provides valuable Design for assembly insights on PCBA production data that further helps designers reduce problems both during and after assembly.
Knowles announces deal to buy Cornell Dubilier
To accelerate its transformation to an industrial technology company, Knowles has entered into a definitive agreement to acquire Cornell Dubilier (CD) in an all-cash transaction.
Lewis Urry – energy revolutionist
TME takes a look at Lewis Urry, the “Father of Alkaline,” and perfecter of galvanic cells.
KYOCERA AVX new RES series capacitors
KYOCERA AVX has released the new RES Series radial-leaded aluminium electrolytic capacitors.
Automotive 36-V, 3-A low EMI synchronous step-down converter with 1.5-µA IQ
The LMQ664x0-Q1 is the industry smallest 36-V, 3-A (available in 2-A and 1-A variants) synchronous step-down DC/DC converter with an integrated bypass and bootstrap capacitor in an enhanced HotRod™ QFN package. This easy-to-use converter supports a wide input voltage range of 2.7 V to 36 V (after start-up or after operating) with transients up to 42 V.
NTT PHI Lab achieves quantum control of excitons in 2D semiconductors
NTT Research, a division of NTT, has announced that scientists from its Physics and Informatics (PHI) Lab have achieved quantum control of exciton wavefunctions in two-dimensional (2D) semiconductors.