Search results for "regulator"

Maxim Integrated Products introduces the MAX17100, an integrated PMIC for gate-in-panel (GIP) LCD monitors. Developed using Maxim's proprietary, high-voltage BiCMOS process, this PMIC fulfills all the power requirements for GIP-based LCD monitor panels by integrating a boost regulator, three high-current operational amplifiers, a VCOM calibrator, linear regulators for gate-on and gate-off supplies, and a 6-channel level shifter. Designed to enabl...

Maxim has introduced the MAX17065 highly integrated power-management IC (PMIC) that includes a step-up DC-DC converter, an inverting DC-DC converter, regulated positive and negative charge pumps, and a low-dropout linear regulator (LDO). Developed using Maxim's proprietary high-voltage technology, this PMIC integrates all power functions required for active-matrix, organic light-emitting diode (AM-OLED) displays.

Maxim Integrated Products introduces the MAX17075 boost regulator with integrated charge pumps, switch control, and a high-current operational amplifier. Developed using Maxim's proprietary high-voltage process technology, this device integrates all functions required to power the source drivers, gate drivers, and VCOM backplane in LCDs. It also includes a switch for gate-driver-supply modulation. A highly integrated, step-up DC-DC converter, the...

Maxim introduced the MAX15053, a current-mode, synchronous DC-DC converter in a tiny 1.65mm x 1.65mm wafer-level package (WLP). This miniature step-down regulator integrates MOSFETs to simplify design, minimize EMI, and save board space while achieving conversion efficiency up to 96% at full load (2A). The MAX15053 operates from a fixed 1MHz switching frequency that allows for small external passive components and an all-ceramic-capacitor design,...

Maxim introduced the MAX8989, a step-down converter designed to power PA (power amplifier) modules in mobile phones. The first DC-DC converter in the industry to support power management for multiple communication protocols (e.g., LTE, WCDMA, GSM, and EDGE), the MAX8989 is ideal for converged (multimode) PAs. This solution is utilized in Infineon’s proven SMARTi(TM) UE2 RF engine platform, which delivers unparalleled flexibility and efficiency...

At the 2011 Mobile World Congress in Barcelona, Maxim announced a power-management IC (PMIC) solution for Samsung’s Exynos 4210 application processor developed for handheld systems. Maxim’s PMIC solution integrates the various firmware and circuitry required for managing power delivery and battery charging with system logic so that consumers can enjoy advanced multimedia functionality.

Maxim Integrated Products, Inc. will offer a rich choice of design ideas for embedded applications at the upcoming Embedded World Exhibition & Conference 2012 in Nuremberg/Germany (February 28 – March 1). With its expertise in providing highly integrated analog and mixed-signal products as well as full-featured reference designs, Maxim offers solutions for a wealth of embedded applications and helps designers speed up time-to-market.

Micrel Inc. today announced the Ripple Blocker family comprising the MIC94300 voltage follower output and the MIC94310 fixed output, low-dropout (LDO) IC. The ground-breaking new MIC94300 /MIC94310 were developed to provide more efficient noise suppression for today's highly sensitive data and image capturing systems.

NXP Semiconductors today announced the release of the UJA107x family, its second generation of CAN/LIN System Basis Chips (SBCs) for in-vehicle networks. The UJA107x SBCs optimize the performance, power consumption and cost of electronic control units (ECUs) for a broad range of automotive applications, such as body control modules, climate control, seat control, electric power steering (EPS), adaptive lighting, rain/light sensors, parking assist...

The XC6420 is the latest generation of dual channel CMOS LDO Regulators from Torex Semiconductor. Comprising two independent LDO circuits, each able to deliver 150mA, the XC6420 offers designers maximum functionality in the smallest possible space.