Laser Drivers

Analog Technologies Inc (ATI) laser diode drivers are designed for precision photonics systems, including low-noise linear drivers, high-efficiency PWM drivers, high-current drivers, pulse laser drivers, and AC-input modules. Common applications include DPSS lasers, EDFA and fiber laser subsystems, spectroscopy, sensing, medical diagnostics, laboratory instruments, and OEM laser systems.

With available options for low output noise, stable constant-current control, wide compliance voltage, fast modulation, compact packaging, and evaluation-board support, ATI laser drivers help engineers simplify development and shorten time to system integration.

Filter and compare laser driver products

Precision laser diode drivers for DPSS lasers, fiber laser subsystems, spectroscopy, sensing, medical diagnostics, laboratory instruments, and OEM photonics equipment. Filter by Output Current, Input Voltage, Driver Type, Package Type, and Evaluation Board, then compare compliance voltage, noise, modulation speed, rise time, datasheets, price, and stock.

Max Current
Input Voltage
Drive Type
Package Type
Image SKU Max. CurrentInput VoltageCompliance Voltage
(Vf Range)
NoisePackage TypeDatasheet Price Stock Action
ATLS1A103D 1A3.1V ~ 5.5V0.4V ~ 4.5V<6µAP-PDIP $59.00 14
ATLS100MA103D 100mA3.1V ~ 5.5V0.4V ~ 4.5V<1.5µAP-PDIP $59.00 5
ATLS200MA103D 200mA3.1V ~ 5.5V0.4V ~ 4.5V<2.5µAP-PDIP $59.00 10
ATLS250MA103D 250mA3.1V ~ 5.5V0.4V ~ 4.5V<2.5µAP-PDIP $59.00 100
ATLS500MA103D 500mA3.1V ~ 5.5V0.4V ~ 4.5V<5µAP-PDIP $59.00 3
ATLS100MA104D 100mA3.1V ~ 5.5V0.5V ~ 3.5V<3.6µAP-PDIP $69.00 6
ATLS250MA104D 250mA3.1V ~ 5.5V0.5V ~ 3.5V<3.6µAP-PDIP $69.00 4
ATLS500MA104D 500mA3.1V ~ 5.5V0.5V ~ 3.5V<3.6µAP-PDIP $69.00 12
ATLS1A104D 1A3.1V ~ 5.5V0.5V ~ 3.5V<3.6µAP-PDIP $69.00 7
ATLS1.5A104D 1.5A3.1V ~ 5.5V0.5V ~ 3.5V<5.7µAP-PDIP $69.00 2
ATLS250MA106D 250mA3.1V ~ 5.5V1.5V ~ 4V<4.5µAP-PDIP $69.00 Out of Stock
ATLS500MA106D 500mA3.1V ~ 5.5V1.5V ~ 4V<4.5µAP-PDIP $69.00 Out of Stock

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Laser driver family comparison

Compare ATI laser driver families by topology, input voltage, output current, compliance voltage, current noise, modulation bandwidth, rise time, package, and evaluation-board support — then confirm exact SKU limits in the datasheet.

Driver family Representative models Topology VIN range IOUT range VOUT / compliance Current noise Mod. BW Rise time Package & size Eval board
ATLP Pulse Series Pulse constant-current ATLP10N30A301 Pulse CC 11V to 13V 30A peak 0V to 30V 100kHz DIP 70 × 32 × 14.9mm
ATLS-212D Series Compact PWM, 4.5–15V input ATLS50MA212D; ATLS500MA / 1A / 2A / 3A / 5A212D HS variants: 500mA to 3A. Switching CC 4.5V to 15V 50mA – 5A 0.2 × VPS to 0.8 × VPS <3.47 – <15µAP-P 10 – 20kHz 10 – 30µs (small) / 26 – 80µs (large) DIP 25.4 × 20 × 5mm ATLS212EV1.0
ATLS-214D / 216D Series Higher-current PWM ATLS4A / 6A214D; ATLS8A / 10A / 12A216D Switching CC 5V to 15V, model dependent 4A – 12A 0.2 × VPS to 0.8 × VPS <12 – <15µAP-P 4 – 20kHz 28 – 100µs (small) / up to 180µs (large) DIP 27.4 × 21 × 5.7mm ATLS214EV1.0
ATLS216EV1.0
ATLS-217D / 218D / 219D Series High VIN PWM ATLS4A / 10A217D; ATLS15A218D; ATLS25A219D Switching CC 5.5V to 40V, model dependent 4A – 25A 0.1 / 0.2 × VPS to 0.8 × VPS <12 – <20µAP-P 5 – 10kHz 28 – 100µs (small) / up to 180µs (large) DIP 27.4 × 21 × 5.7mm to 54.28 × 54.28 × 15.2mm ATLS216EV1.0
ATLS218EV2.0
ATLS25A219D: —
ATLS-201D / 202D / CWD / LDA-CP Low VIN, sync, or CC/CP ATLS500MA / 1A / 2A / 3A / 4A / 6A201D and 202D; CWD-01-V2-D; LDA1-CP1-D / CP2 202D = sync; LDA = CC/CP. Switching CC + Sync / CC/CP 3.0V to 5.5V 0.5A – 6A 0V to 0.9 × VPS <25µAP-P 5 – 11kHz 30 – 70µs (small) / up to 352µs (large) DIP 25.4 × 20 × 4.6mm to 25.8 × 20 × 5mm ATLSXA201DEV1.0
ATLSXA202DEV1.0
ATLS-102D / 103D / 106D Series Low-voltage linear ATLS1A102D; ATLS100MA / 200MA / 250MA / 500MA / 1A103D; ATLS250MA / 500MA106D Linear CC 3.0V to 5.5V, model dependent 100mA – 1A 0V / 0.4V to VPS−1V 106D: 1.5V to 4V <1.5 – <10µAP-P 100kHz – 2MHz 170 – 300ns 102D / 106D: 1.5µs DIP 19.4 × 14.5 × 5mm to 20.14 × 14.6 × 5mm ATLS1A103DEV1.0
ATLS-104D Series Ultra-fast linear ATLS100MA / 250MA / 500MA / 1A / 1.5A104D Linear CC 3.1V to 5.5V 100mA – 1.5A 0.5V to 3.5V <3.96 – <6.27µAP-P 1.82 – 7.61MHz 46 – 192ns (small) / 75 – 200ns (large) DIP 20 × 14.5 × 5mm to 20.14 × 14.6 × 5mm ATLS1A103DEV1.0
ATLS-116D / 117D / 118 + AQCL-410 High VIN linear / QCL ATLS100MA116D; ATLS1A117D; ATLS1A / 2A / 3A / 10A118; AQCL100MA / 200MA / 500MA410DF; AQCL1A / 2A / 3A410SE Linear CC / QCL 3.3V to 28V, model dependent 100mA – 10A 117D: 0.5V to 8.5V
116D: 1.5V to VPS−2V
118 / AQCL: 1V to VPS−4V
<0.125 – <12.5µAP-P 116D: <300nA; 117D: 3.3µA 10kHz – 1.2MHz 170 – 350ns (small) / up to 1.5µs (large) DIP 20 × 14.5 × 5mm to 49.4 × 45 × 14mm; 116D: 22 × 14.6 × 8.6mm ATLS116EV1.0
ATLS1A103DEV1.0
118 / AQCL: —
AAS AC-Input Series AC input, chassis AAS16A9.5V2; AAS25A6V2; AAS12A12V2; AAS26A10V; AAS40A / 45A4V2 Switching CC 100VAC to 240VAC 12A – 45A 0V to 12V varies by SKU <354µAP-P 5kHz 56µs (small) / 600µs (large) Chassis 199 × 99 × 50mm

Explanation:

  • Switching CC:  PWM-based constant-current topology for high efficiency at higher drive currents.
  • Linear CC:  Low-noise linear constant-current topology for sensitive optical applications.
  • Pulse CC:  Pulsed constant-current drive for high peak currents in short bursts.
  • QCL:  Specialized topology for Quantum Cascade Lasers with high compliance voltage.
  • HS:  For example, ATLS1A212DHS. The driver is a high-speed variant with faster rise time and modulation bandwidth.
  • -D:  For example, ATLS1A103D. The driver comes in a DIP package.

For a more detailed family comparison, read the family comparison table. For full specifications, see the individual product pages above