Laser driver:ATLSXA202D The ATLSXA202D series laser drivers have slightly different pin out as that of ATLSxA201D series laser drivers. This series of laser drivers have a synchronization function pin which allows using an external digital signal to synchronize the internal switching frequency of the PWM output stage. This function is useful when using the laser drivers with a switching power supply that has similar switching frequency or having multiple such laser drivers on the same PCB, to el...(more)
Datasheet:ATLS100MA103 Ultra Low Noise: 1.5Ap-p @0.1Hz to 10Hz High Current without Heat Sink: 100mA High Absolute Accuracy: 0.1% High Stability: 100ppm/C Programmable Current Limit through Separate Port Complete Shielding Compact Size 100 % Lead (Pb)-free and RoHS Compliant DIP and SMT Packages Available Product page:http://www.analogtechnologies.com/low_noise_constant_current_100ma_laser_driver.html...(more)
Laser driver:ATLSXA212D In order to meet the need for driving high voltage diode lasers or driving a serial of diode lasers simultaneously, we have developed ATLSxA212 series laser drivers/controllers: ATLS500MA212 , ATLS1A212 , ATLS2A212 , and ATLS3A212 . Their input voltage can be between 4.5V to 15V, the output voltage can be from 1V to (VPS -1V), where VPS is the power supply input voltage. The maximum output voltage can reach 14V when powered by a 15V supply. They have 4 current capability...(more)
Laser Driver : LDA1-CP2 The LDA1-CP2 is an electronic module designed for driving N type (PD cathode and LD anode are connected to the laser diode can) diode lasers with well controlled and monitored driving current and output laser power. This laser driver has a PWM (Pulse Width Modulation) output stage, and achieves 90% high power efficiency, eliminating the need for a heat sink. The output current and laser power can be set linearly by two separate input voltages and monitored linearly at the...(more)
1. Introduction MEMS inclinometers deliver precision tilt measurement for critical industrial, structural, and robotic applications. This guide assists users in selecting optimal sensors from AIT Sensings portfolio based on application requirements , environmental conditions , and integration needs . Key selection factors include range, accuracy, output type, and ruggedization, with expanded options for cost-sensitive deployments. 2. MEMS Inclinometer Selection Guide 2.1 Range Selection Applicat...(more)
