Maxim Integrated
San Jose, CA 95134
Hot-Swap Controller IC features precision current-sense output.
Maxim's new hot-swap controller, the MAX5977, integrates a current-sense amplifier to facilitate current monitoring in high-availability systems. SUNNYVALE, CA - Maxim Integrated Products (NASDAQ: MXIM) introduces the MAX5977, a hot-swap controller for 1V to 16V backplanes. This device features an integrated current-sense amplifier that provides a 1% accurate current output over a 10mV to 50mV...
Read More »Current-Sense Amplifiers feature I2C output.
Housed in 10-pin uMAXÃ-® package, Models MAX9611/MAX9612 integrate I2C-controlled, 12-bit, 500 sps ADC for reading sense-resistor current, input common-mode voltage, op-amp/comparator output, op-amp/comparator reference voltage, and internal die temperature. I2C bus is compatible with 1.8 and 3.3 V logic, providing direct interface for microcontrollers. Featuring input common-mode voltage...
Read More »LED Driver enables drop-in replacements for halogen MR16 lamps.
Maxim's unique LED driver solution enables the design of LED-based MR16 lamps that are compatible with most electronic transformers and cut-angle dimmers. SUNNYVALE, CA-Maxim Integrated Products (NASDAQ: MXIM) introduces the MAX16840, an LED driver that employs a proprietary architecture to ensure flicker-free, dimmable operation with electronic transformers and cut-angle dimmers. Maxim's...
Read More »LED Driver enables drop-in replacements for halogen MR16 lamps.
Maxim's unique LED driver solution enables the design of LED-based MR16 lamps that are compatible with most electronic transformers and cut-angle dimmers. SUNNYVALE, CA-Maxim Integrated Products (NASDAQ: MXIM) introduces the MAX16840, an LED driver that employs a proprietary architecture to ensure flicker-free, dimmable operation with electronic transformers and cut-angle dimmers. Maxim's...
Read More »SFP+ Optical Module Controller has digital laser diode driver interface.
Maxim's new state-machine-based DS1878 SFP+ controller includes a digital LDD interface for communication with a laser driver/limiting amplifier. SUNNYVALE, CA - Maxim Integrated Products (NASDAQ: MXIM) introduces the DS1878, a small form factor pluggable (SFP+) controller with a digital laser diode driver (LDD) interface. State machine based, the DS1878 eliminates the tedious software...
Read More »SFP+ Optical Module Controller has digital laser diode driver interface.
Maxim's new state-machine-based DS1878 SFP+ controller includes a digital LDD interface for communication with a laser driver/limiting amplifier. SUNNYVALE, CA - Maxim Integrated Products (NASDAQ: MXIM) introduces the DS1878, a small form factor pluggable (SFP+) controller with a digital laser diode driver (LDD) interface. State machine based, the DS1878 eliminates the tedious software...
Read More »Class D Amplifier offers optimized EMI performance.
Maxim's new Class D amplifier, the MAX98304, offers more output power, lower noise, and unsurpassed EMI performance in the industry's smallest package. SUNNYVALE, CA - Maxim Integrated Products (NASDAQ: MXIM) introduces the MAX98304, the industry's smallest Class D amplifier at 1mm x 1mm. This amplifier increases output power by 23% to 3.2W and reduces noise by 39% to 19microVrms, as compared to...
Read More »Class D Amplifier offers optimized EMI performance.
Maxim's new Class D amplifier, the MAX98304, offers more output power, lower noise, and unsurpassed EMI performance in the industry's smallest package. SUNNYVALE, CA - Maxim Integrated Products (NASDAQ: MXIM) introduces the MAX98304, the industry's smallest Class D amplifier at 1mm x 1mm. This amplifier increases output power by 23% to 3.2W and reduces noise by 39% to 19microVrms, as compared to...
Read More »Low-Power DACs prolong battery life in portable applications.
The MAX5214 and MAX5216 are precision digital-to-analog converters (DACs) with 14-bit and 16-bit resolution, respectively. With the lowest power consumption in their class, 80microamps in operation mode (max) and 0.4microamps in power-down mode, these DACs prolong battery life and improve the system power budget. Their accuracy of ±0.25 LSB (MAX5214) and ±1 LSB (MAX5216) INL is also the best in...
Read More »Low-Power DACs prolong battery life in portable applications.
The MAX5214 and MAX5216 are precision digital-to-analog converters (DACs) with 14-bit and 16-bit resolution, respectively. With the lowest power consumption in their class, 80microamps in operation mode (max) and 0.4microamps in power-down mode, these DACs prolong battery life and improve the system power budget. Their accuracy of -±0.25 LSB (MAX5214) and ±1 LSB (MAX5216) INL is also the best...
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