TI introduces the industry’s smallest gate driver and power MOSFET solution for motor control
Texas Instruments (TI) introduced two new device families that help reduce size and weight in…
Texas Instruments (TI) introduced two new device families that help reduce size and weight in…
First 6.4-GSPS, 12-bit ADC and wideband 15-GHz PLL with VCO drives higher performance while reducing system size.
Introducing the smallest footprint CMOS sensor portfolio for automotive radar, industrial and infrastructure applications.
Automotive, industrial, medical, and many other applications use sensitive analog circuits that must perform their function while remaining immune to noise disturbances in their local environment. Many of these disturbances occur on nearby “noisy” circuits located on the same printed circuit board (PCB), while other interference can be picked up by cable interfaces that couple noise onto the PCB and its circuits.
Precision data converter helps shrink board space and design costs for industrial automation
Highly integrated buck-boost controller efficiently transfers power between dual automotive battery systems
TI combines lowest power loss and highest immunity isolation to help enable more robust, reliable industrial systems
TI’s new SimpleLink platform transforms development with 100 percent code reuse across the industry’s broadest portfolio of wired and wireless MCUs
Continuing to set the standard for precision amplifiers, Texas Instruments (TI) (NASDAQ:TXN) introduced the first…
The semi-expert techniques for automating amplifier circuit designs calls for a combination of hard specification requirements and judgement margins. A design tool must support these techniques to zero in on the appropriate operational amplifier (op amp) and external components. Figure 1 shows two fundamental circuit examples that implore this type of tool.
Yes, these are simple topologies – but the difficulty is in the detail when selecting amplifiers and external components to meet the performance criteria for the application.