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ATLS3A212D is an electronic module designed for driving laser diode by up to 3A constant current with high efficiency. The extremely low noise between DC ~ 10KHz and low DC current drift make it ideal for driving diode pumped single mode laser diodes to achieve mode-hop-free and narrow optical wavelength drift, thus, long coherent length. This laser driver is of low noise, high reliability, zeros EMI, and has a small package. It is of 100 % lead (Pb)-free and RoHS compliant.

Our laser drivers/controllers are designed for driving laser diodes with high stability, low noise, and/or high power efficiency.

This series laser drivers accept AC voltage input, from 88V to 264V, as the power source.

This series laser drivers accept AC voltage input, from to as the power source.

High Current Low Pass Filter,Laser Drivers

Filter the noise for power supply, laser drivers and other devices.

ATLS1A201D is the upgrade drop-in replacements for our CWD-01-V2 laser drivers, except that the starting up time is shorter. It is designed for driving laser diodes with low noise constant current at high efficiency. 1A specifies the maximum output current of the modules. The module is packed by a metal enclosure, emiting zero EMI, and has DIP mounting package.

Analog Technologies serves the best constant current laser driver at affordable costs. We provide high efficiency constant current laser drivers.

ATLS500MA202D is an electronic module designed for driving diode lasers with up to 500MA constant current, high efficiency, low noise, high reliability, zero EMI, and small package.

ATLS500MA202D is an electronic module designed for driving diode lasers with up to 500MA constant current, high efficiency, low noise, high reliability, zero EMI, and small package.

ATLS3A202D laser driver has slightly different pin out as that of ATLS3A202D laser driver. It has 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 driver with a switching power supply that has similar switching frequency or using multiple such laser drivers, to eliminate the beating frequency interference. It is designed for driving laser diodes…

ATLS3A202D laser driver has slightly different pin out as that of ATLS3A202D laser driver. It has 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 driver with a switching power supply that has similar switching frequency or using multiple such laser drivers, to eliminate the beating frequency interference. It is designed for driving laser diodes…

Very Low Noise Diode Laser Controller ATLS1A102

is a very low noise laser controller modules designed for driving diode lasers with well controlled output current voltage. The output stage is of linear type, therefore, the efficiency is not high, but the noise is extremely low

1206 1/4W 1% resistors 0805 1/8W 1% resistors 0603 1/10W 1% resistors 0402 1/16W 1% resistors 0603 5% resistors 0805 5% resistors

We have designed and have been making for 14 years the world’s only Super SMT Capacitor Kits™ which offer the most convenience for obtaining any value of SMT capacitors in the shortest time with the highest accuracy.

ATLS1A202D is an electronic module designed for driving diode lasers with up to 1A constant current, high efficiency, low noise, high reliability, zero EMI, and small package.

ATLS1A202D is an electronic module designed for driving diode lasers with up to 1A constant current, high efficiency, low noise, high reliability, zero EMI, and small package.

The ATW3A314D is a compact high efficiency electronic module designed to control TECs (Thermo-Electric Coolers) for regulating a target object temperature to be within a pre-set temperature window. High efficiency: ≥90% Seebeck voltage available Switching frequency synchronizable to an external signal Programmable maximum output current: 0 to 3A Programmable maximum output voltage: 0 to VPS Actual object temperature monitoring Completely shielded: zero EMI Compact size

The is a compact high efficiency electronic module designed to control TECs (Thermo-Electric Coolers) for regulating a target object temperature to be within a pre-set temperature window. When the target object temperature falls within the pr

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