Sponsored
Need components? Visit the TTI, Inc. Webshop
Why waste time shopping around? Now you can go straight to the components you need, all in one place. With just one click you can find them easily, order them instantly, receive delivery quickly. It starts with just a visit the TTI one stop webshop.
160W DC/DC converter with 6…36VDC input and selectable output 12V / 19V / 24VDC
With a very high efficiency of up to 98% and a footprint of just 95x45mm, the fanless DC/DC converter BICKER DC160WS is impressive in compact IPC systems for mobile and industrial applications. The high quality of the converter ensures many years of 24/7 continuous operation in the temperature range -20…+70°C. The DC output voltage is selectable via jumper to 12V, 19V or 24VDC. For the optimal thermal connection of the power ...
Wide-bandwidth, 2.3-nV/√Hz, high-input impedance JFET buffer
The BUF802 device is an open-loop, unity gain buffer with a JFET-input stage that offers low-noise, high-impedance buffering for data acquisition system (DAQ) front-ends. The BUF802 supports DC to 3.1 GHz of bandwidth while offering excellent distortion and noise performance across the frequency range.
0603DC AEC-Q200 RF Chip Inductors
45 inductance values from 2.7nH to 470nH and self-resonant frequencies as high as 11.4GHz. These ceramic wirewound devices feature high Q, up to 177 at 2.4GHz. This series meets AEC-Q200 Grade 1 requirements (-40°C to +125°C), is halogen free as well as RoHS and REACH compliant.
A Matter of Interoperability - The New Standard That Simply Connects Smart Home Systems
The next 20 years will see homes changing more than over the hundred preceding them. Homes will expand in the activities they enable and support. Most crucially, with real time integration into the wider environment and economy, homes will increasingly respond to the needs of individuals, societies, economies, and the planet. This paper examines the potential for the Matter specification to bring in-home interoperability to smart hom...
Daisy-chained power and data over single pair Ethernet (T1) reference design
The TIDA-010076 shows the transfer of 220-W power and 100-Mbit/s data over SPE. Communication systems in daisy-chain topology need significantly less hardware and wiring than conventional systems in star-topology. When combined with single-pair Ethernet (SPE, 100BASE-T1) and power over data line, the design gets simplified with fewer wires. Power and data travel over only two wires from node to node.
60-nA quiescent current bi-directional buck/boost converter with bypass mode
The TPS61094 is a 60-nA IQ boost converter with supercap management. The device provides a power supply solution for smart meter and super capacitor backup power applications. The TPS61094 has a wide input voltage range and output voltage up to 5.5 V. When the TPS61094 works in buck mode and charges the supercap, the charging current and the termination voltage are programmable with two external resistors. When the TPS61094 works in boost mode, t...
Capture and Respond to Power Events with Multichannel Precision Power Monitor
Are you struggling with power system management? The PAC194x and PAC195x families - our next-generation, multichannel precision power monitor families - provide more architecture choices, advanced power event detection and options for reduced power requirements.
Advanced supercomputing calls for new liquid cooling tools
Hewlett Packard Enterprise (HPE) and CPC collaborated to develop a new liquid cooling quick disconnect (QD) for the high-performance computing (HPC) industry. Read how these two industry leaders worked to specify parameters and develop a custom solution resulting in a new, compact, high-flow QD. This new connector solution is now available to enable liquid cooling in space-constrained applications across industries. Hewlett Packard Enterpris...
10-kW, bidirectional three-phase three-level (T-type) inverter and PFC reference design
This verified reference design provides an overview on how to implement a three-level three-phase SiC based DC:AC T-type inverter stage. Higher switching frequency of 50KHz reduces the size of magnetics for the filter design and enables higher power density.