An Acousto Optic Modulator (AOM Modulator) requires an RF driver. AeroDIODE offers a range of RF drivers configured for either digital input (TTL) or analog input configurations. Our selection of RF drivers is shown in the product section below. Additionally, the AeroDIODE TOMBAK synchronization tool is offered for complex synchronization applications such as pulse-picking a mode locked laser.
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Product model :
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Acousto Optic Modulator key features (Scroll-down to see all models, options and AOM prices) :
An AO modulator (Acousto Optic Modulator) is designed and optimized to modulate the intensity of light down to the nanosecond timing range.
| AOM model | Datasheets : | Nominal wavelength | Reference | Wavelength range | RF Frequency / typical RF Power | Active aperture | Typical rise/fall time at 20% of aperture diameter [optimized beam conditions] | Diffraction efficiency [optimized beam conditions] Min/Typical | Max optical input power (CW regime) | Dimensions (mm^3) | Price |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Model 1 | Datasheet | 400 nm | 400FSAOM-100-2.0 (standard) | 380-600 nm | 100 MHz / 0..3 W | 2.0 mm | 65 ns | 80/85 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | Scroll down ! |
| Model 2 | Datasheet | 400 nm | 400FSAOM-200-0.5 (high speed) | 380-600 nm | 200 MHz / 0.5 W | 0.5 mm | 16 ns | 80/85 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 3 | Datasheet | 532 nm | 532FSAOM-80-2.0 (standard) | 380-600 nm | 80 MHz / 1.5 W | 2.0 mm | 65 ns | 85/88 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 4 | Datasheet | 532 nm | 532FSAOM-200-1.0 (high-speed) | 380-600 nm | 200 MHz / 1.0 W | 1.0 mm | 35 ns | 80/85 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 5 | Datasheet | 635 nm | 635FSAOM-80-1.0 (standard) | 550-680 nm | 80 MHz / 0.8 W | 1.0 mm | 35 ns | 85/88 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 6 | Datasheet | 635 nm | 635FSAOM-200-0.3 (high speed) | 550-680 nm | 200 MHz / 1.0 W | 0.3 mm | 10 ns | 85/88 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 7 | Datasheet | 780 nm | 780FSAOM-100-1.0 (standard) | 600-900 nm | 100 MHz / 1.5 W | 1.0 mm | 35 ns | 85/88 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 8 | Datasheet | 780 nm | 780FSAOM-200-0.3 (high speed) | 600-900 nm | 200 MHz / 2.5 W | 0.3 mm | 10 ns | 80/85 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 9 | Datasheet | 780 nm | 780FSAOM-200-1.0 (Large aperture) | 600-900 nm | 200 MHz / 2.0 W | 1.0 mm | 35 ns | 70/80 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 10 | Datasheet | 850 nm | 850FSAOM-100-1.0 (standard) | 670-970 | 100 MHz / 1.5 W | 1.0 mm | 35 ns | 85/88 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 11 | Datasheet | 850 nm | 850FSAOM-200-0.3 (high speed) | 670-970 | 200 MHz / 2.5 W | 0.3 mm | 10 ns | 80/85 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 12 | Datasheet | 1064 nm | 1064FSAOM-100-0.7 (standard) | 940-1100 nm | 100 MHz / 1.8 W | 0.7 mm | 23 ns | 85/88 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 13 | Datasheet | 1064 nm | 1064FSAOM-200-0.3 (high speed) | 940-1100 nm | 200 MHz / 2.5 W | 0.3 mm | 10 ns | 70/80 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 14 | Datasheet | 1310 nm | 1310FSAOM-80-0.7 (standard) | 1200-1430 nm | 80 MHz / 2.5 W | 0.7 mm | 23 ns | 75/80 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 15 | Datasheet | 1310 nm | 1310FSAOM-200-0.3 (high speed) | 1200-1430 nm | 200 MHz / 2.5 W | 0.3 mm | 10 ns | 55/65 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 16 | Datasheet | 1550 nm | 1550FSAOM-80-0.7 (standard) | 1400-1700 nm | 80 MHz / 2.5 W | 0.7 mm | 23 ns | 75/80 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 17 | Datasheet | 1550 nm | 1550FSAOM-200-0.3 (high speed) | 1400-1700 nm | 200 MHz / 2.5 W | 0.3 mm | 10 ns | 55/60 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 18 | Datasheet | 1650 nm | 1650FSAOM-80-0.7 (standard) | 1400-1700 nm | 80 MHz / 2.5 W | 0.7 mm | 23 ns | 75/80 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 19 | Datasheet | 1650 nm | 1650FSAOM-200-0.3 (high speed) | 1400-1700 nm | 200 MHz / 2.5 W | 0.3 mm | 10 ns | 50/55% | 15 W ; 50 MW/cm2 | 41.8*25*13.5 |
| RF Driver Model | Reference | Output RF frequency | Output RF power (typ) | Synchro Input | Isolation | Working voltage | Dimensions | Price | |
|---|---|---|---|---|---|---|---|---|---|
| Model 1 (TTL model) | Datasheet | RF_AOM-T-xxx | 80, 100 or 200 MHz (check the AOM) | 2.8 W | TTL | 70 dB | 24 V | 81*58.5*15 | Scroll down ! |
| Model 2 (Analog model) | Datasheet | RF_AOM-A-xxx | 80, 100 or 200 MHz (check the AOM) | 2.8 W | Analog 0-5V | 30 dB | 24 V | 81*58.5*15 | |
| Model 3 (High end Analog & TTL) | Datasheet | RFAOM-AT-200 | 200 MHz (for 200 MHz AOMs only ) | 2.8 W | TTL high TTL low Analog 0-1V Analog 0-5V | 70 dB (TTL mode) 30 dB (analog mode) | 24 V | 103*54*20.5 |
AeroDIODE Acousto Optic Modulators are used in laser Q-switching and pulse picking applications, narrow line width laser measurements and many other applications related to precision operating in the nanosecond range.
Acousto Optic Modulators are also used as a fixed frequency shifter. They have the ability to slightly shift the central optical wavelength by a fixed value equal to the RF frequency (±80, ±100 or ±200 MHz) depending on the RF frequency applied to the modulator.
These Acousto Optic Modulators are used as stand-alone products as well as with other products in the AeroDIODE portfolio like :
Acoustic optical modulators are a high performance alternative to other modulator solutions such as Electro-Optic Pockels cells Modulators (offered by companies such as EKSMA Optics or Syndor technologies)
AeroDIODE is a member of EPIC European industry association and “Route des Lasers” cluster .
| AOM model | Datasheets : | Nominal wavelength | Reference | Wavelength range | RF Frequency / typical RF Power | Active aperture | Typical rise/fall time at 20% of aperture diameter [optimized beam conditions] | Diffraction efficiency [optimized beam conditions] Min/Typical | Max optical input power (CW regime) | Dimensions (mm^3) | Price |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Model 1 | Datasheet | 400 nm | 400FSAOM-100-2.0 (standard) | 380-600 nm | 100 MHz / 0..3 W | 2.0 mm | 65 ns | 80/85 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | Scroll down ! |
| Model 2 | Datasheet | 400 nm | 400FSAOM-200-0.5 (high speed) | 380-600 nm | 200 MHz / 0.5 W | 0.5 mm | 16 ns | 80/85 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 3 | Datasheet | 532 nm | 532FSAOM-80-2.0 (standard) | 380-600 nm | 80 MHz / 1.5 W | 2.0 mm | 65 ns | 85/88 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 4 | Datasheet | 532 nm | 532FSAOM-200-1.0 (high-speed) | 380-600 nm | 200 MHz / 1.0 W | 1.0 mm | 35 ns | 80/85 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 5 | Datasheet | 635 nm | 635FSAOM-80-1.0 (standard) | 550-680 nm | 80 MHz / 0.8 W | 1.0 mm | 35 ns | 85/88 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 6 | Datasheet | 635 nm | 635FSAOM-200-0.3 (high speed) | 550-680 nm | 200 MHz / 1.0 W | 0.3 mm | 10 ns | 85/88 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 7 | Datasheet | 780 nm | 780FSAOM-100-1.0 (standard) | 600-900 nm | 100 MHz / 1.5 W | 1.0 mm | 35 ns | 85/88 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 8 | Datasheet | 780 nm | 780FSAOM-200-0.3 (high speed) | 600-900 nm | 200 MHz / 2.5 W | 0.3 mm | 10 ns | 80/85 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 9 | Datasheet | 780 nm | 780FSAOM-200-1.0 (Large aperture) | 600-900 nm | 200 MHz / 2.0 W | 1.0 mm | 35 ns | 70/80 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 10 | Datasheet | 850 nm | 850FSAOM-100-1.0 (standard) | 670-970 | 100 MHz / 1.5 W | 1.0 mm | 35 ns | 85/88 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 11 | Datasheet | 850 nm | 850FSAOM-200-0.3 (high speed) | 670-970 | 200 MHz / 2.5 W | 0.3 mm | 10 ns | 80/85 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 12 | Datasheet | 1064 nm | 1064FSAOM-100-0.7 (standard) | 940-1100 nm | 100 MHz / 1.8 W | 0.7 mm | 23 ns | 85/88 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 13 | Datasheet | 1064 nm | 1064FSAOM-200-0.3 (high speed) | 940-1100 nm | 200 MHz / 2.5 W | 0.3 mm | 10 ns | 70/80 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 14 | Datasheet | 1310 nm | 1310FSAOM-80-0.7 (standard) | 1200-1430 nm | 80 MHz / 2.5 W | 0.7 mm | 23 ns | 75/80 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 15 | Datasheet | 1310 nm | 1310FSAOM-200-0.3 (high speed) | 1200-1430 nm | 200 MHz / 2.5 W | 0.3 mm | 10 ns | 55/65 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 16 | Datasheet | 1550 nm | 1550FSAOM-80-0.7 (standard) | 1400-1700 nm | 80 MHz / 2.5 W | 0.7 mm | 23 ns | 75/80 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 17 | Datasheet | 1550 nm | 1550FSAOM-200-0.3 (high speed) | 1400-1700 nm | 200 MHz / 2.5 W | 0.3 mm | 10 ns | 55/60 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 18 | Datasheet | 1650 nm | 1650FSAOM-80-0.7 (standard) | 1400-1700 nm | 80 MHz / 2.5 W | 0.7 mm | 23 ns | 75/80 % | 15 W ; 50 MW/cm2 | 41.8*25*13.5 | |
| Model 19 | Datasheet | 1650 nm | 1650FSAOM-200-0.3 (high speed) | 1400-1700 nm | 200 MHz / 2.5 W | 0.3 mm | 10 ns | 50/55% | 15 W ; 50 MW/cm2 | 41.8*25*13.5 |
Picture | Short descritption / PN | Description | Documents | Price (ex VAT) | Avalaible | Qty | |
|---|---|---|---|---|---|---|---|
 | FSAOM Model 1 (400 nm) PN : 400FSAOM-100-2.0 | Free Space Acousto Optic Modulator for 380-600 nm laser light (optimized for 400 nm light). RF frequency : 100 MHz ; Aperture 2.0 mm ; Typical RF power : 0.3 W ; Typical diffraction efficiency with optimized beam : 85% ; Typical… Read more Free Space Acousto Optic Modulator for 380-600 nm laser light (optimized for 400 nm light). RF frequency : 100 MHz ; Aperture 2.0 mm ; Typical RF power : 0.3 W ; Typical diffraction efficiency with optimized beam : 85% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 65 ns. Less | 1 495€ | Today | |||
| FSAOM Model 2 (400 nm - high speed) PN : 400FSAOM-200-0.5 | Free Space Acousto Optic Modulator for 380-600 nm laser light (optimized for 400 nm light). RF frequency : 200 MHz ; Aperture 0.5 mm ; Typical RF power : 0.5 W ; Typical diffraction efficiency with optimized beam : 85% ; Typical… Read more Free Space Acousto Optic Modulator for 380-600 nm laser light (optimized for 400 nm light). RF frequency : 200 MHz ; Aperture 0.5 mm ; Typical RF power : 0.5 W ; Typical diffraction efficiency with optimized beam : 85% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 16 ns. Less | 1 695€ | Today | |||
| FSAOM Model 3 (532 nm) PN : 532FSAOM-80-2.0 | Free Space Acousto Optic Modulator for 380-600 nm laser light (optimized for 532 nm light). RF frequency : 80 MHz ; Aperture 2.0 mm ; Typical RF power : 1.5 W ; Typical diffraction efficiency with optimized beam : 88% ; Typical… Read more Free Space Acousto Optic Modulator for 380-600 nm laser light (optimized for 532 nm light). RF frequency : 80 MHz ; Aperture 2.0 mm ; Typical RF power : 1.5 W ; Typical diffraction efficiency with optimized beam : 88% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 65 ns. Less | 1 495€ | Today | |||
| FSAOM Model 4 (532 nm - high speed) PN : 532FSAOM-200-1.0 | Free Space Acousto Optic Modulator for 380-600 nm laser light (optimized for 532 nm light). RF frequency : 200 MHz ; Aperture 1.0 mm ; Typical RF power : 1.0 W ; Typical diffraction efficiency with optimized beam : 85% ; Typical… Read more Free Space Acousto Optic Modulator for 380-600 nm laser light (optimized for 532 nm light). RF frequency : 200 MHz ; Aperture 1.0 mm ; Typical RF power : 1.0 W ; Typical diffraction efficiency with optimized beam : 85% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 35 ns. Less | 1 695€ | Today | |||
| FSAOM Model 5 (635 nm) PN : 635FSAOM-80-1.0 | Free Space Acousto Optic Modulator for 550-680 nm laser light (optimized for 635nm light). RF frequency : 80 MHz ; Aperture 1.0 mm ; Typical RF power : 0.8 W ; Typical diffraction efficiency with optimized beam : 88% ; Typical… Read more Free Space Acousto Optic Modulator for 550-680 nm laser light (optimized for 635nm light). RF frequency : 80 MHz ; Aperture 1.0 mm ; Typical RF power : 0.8 W ; Typical diffraction efficiency with optimized beam : 88% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 35 ns. Less | 1 495€ | Today | |||
| FSAOM Model 6 (635 nm - high speed) PN : 635FSAOM-200-0.3 | Free Space Acousto Optic Modulator for 550-680 nm laser light (optimized for 635nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 1.0 W ; Typical diffraction efficiency with optimized beam : 88% ; Typical… Read more Free Space Acousto Optic Modulator for 550-680 nm laser light (optimized for 635nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 1.0 W ; Typical diffraction efficiency with optimized beam : 88% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 10 ns. Less | 1 695€ | Today | |||
| FSAOM Model 7 (780 nm) PN : 780FSAOM-100-1.0 | Free Space Acousto Optic Modulator for 600-900 nm laser light (optimized for 780 nm light). RF frequency : 100 MHz ; Aperture 1.0 mm ; Typical RF power : 1.5 W ; Typical diffraction efficiency with optimized beam : 88% ; Typical… Read more Free Space Acousto Optic Modulator for 600-900 nm laser light (optimized for 780 nm light). RF frequency : 100 MHz ; Aperture 1.0 mm ; Typical RF power : 1.5 W ; Typical diffraction efficiency with optimized beam : 88% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 35 ns. Less | 1 495€ | Today | |||
| FSAOM Model 8 (780 nm - high speed) PN : 780FSAOM-200-0.3 | Free Space Acousto Optic Modulator for 600-900 nm laser light (optimized for 780 nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 85% ; Typical… Read more Free Space Acousto Optic Modulator for 600-900 nm laser light (optimized for 780 nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 85% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 10 ns. Less | 1 695€ | Today | |||
| FSAOM Model 9 (780 nm - large aperture) PN : 780FSAOM-200-1.0 | Free Space Acousto Optic Modulator for 600-900 nm laser light (optimized for 780 nm light). RF frequency : 200 MHz ; Aperture 1.0 mm ; Typical RF power : 2.0 W ; Typical diffraction efficiency with optimized beam : 80% ; Typical… Read more Free Space Acousto Optic Modulator for 600-900 nm laser light (optimized for 780 nm light). RF frequency : 200 MHz ; Aperture 1.0 mm ; Typical RF power : 2.0 W ; Typical diffraction efficiency with optimized beam : 80% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 35 ns. Less | 1 695€ | Today | |||
| FSAOM Model 10 (850 nm) PN : 850FSAOM-100-1.0 | Free Space Acousto Optic Modulator for 670-970 nm laser light (optimized for 850 nm light). RF frequency : 100 MHz ; Aperture 1.0 mm ; Typical RF power : 1.5 W ; Typical diffraction efficiency with optimized beam : 88% ; Typical… Read more Free Space Acousto Optic Modulator for 670-970 nm laser light (optimized for 850 nm light). RF frequency : 100 MHz ; Aperture 1.0 mm ; Typical RF power : 1.5 W ; Typical diffraction efficiency with optimized beam : 88% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 35 ns. Less | 1 495€ | Today | |||
| FSAOM Model 11 (850 nm - high speed) PN : 850FSAOM-200-0.3 | Free Space Acousto Optic Modulator for 670-970 nm laser light (optimized for 850 nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 85% ; Typical… Read more Free Space Acousto Optic Modulator for 670-970 nm laser light (optimized for 850 nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 85% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 10 ns. Less | 1 695€ | Today | |||
| FSAOM Model 12 (1064 nm ) PN : 1064FSAOM-100-0.7 | Free Space Acousto Optic Modulator for 940-1100 nm laser light (optimized for 1064 nm light). RF frequency : 100 MHz ; Aperture 0.7 mm ; Typical RF power : 1.8 W ; Typical diffraction efficiency with optimized beam : 88% ; Typical… Read more Free Space Acousto Optic Modulator for 940-1100 nm laser light (optimized for 1064 nm light). RF frequency : 100 MHz ; Aperture 0.7 mm ; Typical RF power : 1.8 W ; Typical diffraction efficiency with optimized beam : 88% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 23 ns. Less | 995€ | Today | |||
| FSAOM Model 13 (1064 nm- high speed) PN : 1064FSAOM-200-0.3 | Free Space Acousto Optic Modulator for 940-1100 nm laser light (optimized for 1064 nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 80% ; Typical… Read more Free Space Acousto Optic Modulator for 940-1100 nm laser light (optimized for 1064 nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 80% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 10 ns. Less | 1 495€ | 3 - 4 weeks | |||
| FSAOM Model 14 (1310 nm) PN : 1310FSAOM-80-0.7 | Free Space Acousto Optic Modulator for 1200-1430 nm laser light (optimized for 1310 nm light). RF frequency : 80 MHz ; Aperture 0.7 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 80% ; Typical… Read more Free Space Acousto Optic Modulator for 1200-1430 nm laser light (optimized for 1310 nm light). RF frequency : 80 MHz ; Aperture 0.7 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 80% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 23 ns. Less | 1 295€ | Today | |||
| FSAOM Model 15 (1310 nm - high speed) PN : 1310FSAOM-200-0.3 | Free Space Acousto Optic Modulator for 1200-1430 nm laser light (optimized for 1310 nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 65% ; Typical… Read more Free Space Acousto Optic Modulator for 1200-1430 nm laser light (optimized for 1310 nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 65% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 10 ns. Less | 1 495€ | Today | |||
| FSAOM Model 16 (1550 nm) PN : 1550FSAOM-80-0.7 | Free Space Acousto Optic Modulator for 1400-1700 nm laser light (optimized for 1550 nm light). RF frequency : 80 MHz ; Aperture 0.7 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 80% ; Typical… Read more Free Space Acousto Optic Modulator for 1400-1700 nm laser light (optimized for 1550 nm light). RF frequency : 80 MHz ; Aperture 0.7 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 80% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 23 ns. Less | 1 295€ | Today | |||
| FSAOM Model 17 (1550 nm - high speed) PN : 1550FSAOM-200-0.3 | Free Space Acousto Optic Modulator for 1400-1700 nm laser light (optimized for 1550 nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 60% ; Typical… Read more Free Space Acousto Optic Modulator for 1400-1700 nm laser light (optimized for 1550 nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 60% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 10 ns. Less | 1 495€ | Today | |||
| FSAOM Model 18 (1650 nm) PN : 1650FSAOM-80-0.7 | Free Space Acousto Optic Modulator for 1400-1700 nm laser light (optimized for 1650 nm light). RF frequency : 80 MHz ; Aperture 0.7 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 80% ; Typical… Read more Free Space Acousto Optic Modulator for 1400-1700 nm laser light (optimized for 1650 nm light). RF frequency : 80 MHz ; Aperture 0.7 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 80% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 23 ns. Less | 1 295€ | Today | |||
| FSAOM Model 19 (1650 nm - high speed) PN : 1650FSAOM-200-0.3 | Free Space Acousto Optic Modulator for 1400-1700 nm laser light (optimized for 1650 nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 55% ; Typical… Read more Free Space Acousto Optic Modulator for 1400-1700 nm laser light (optimized for 1650 nm light). RF frequency : 200 MHz ; Aperture 0.3 mm ; Typical RF power : 2.5 W ; Typical diffraction efficiency with optimized beam : 55% ; Typical rise/fall time performance with an optical beam of 20% of the aperture diameter : 10 ns. Less | 1 495€ | Today | |||
Picture | ShortPN | Description | Docs | Price | Avalaible | Qty | |
 | RF Driver Model 1 (standard - TTL input) PN : RFAOM-T-80/100/or 200 | RF Driver with TTL digital input. We will select the RF frequency (80, 100 or 200 MHz) compatible with the AOM model you purchase . In case you need a driver alone, please specify… Read more RF Driver with TTL digital input. We will select the RF frequency (80, 100 or 200 MHz) compatible with the AOM model you purchase . In case you need a driver alone, please specify the RF frequency (80, 100 or 200 MHz) in the "comments" part at the end of the purchasing process. 24 V powered device. contact us if you need us to advise a compatible power supply. AeroDIODE RF drivers are compatible with AeroDIODE AOMs only. Less | 695€ | Today | |||
| RF Driver Model 2 (standard - Analog input) PN : RFAOM-A-80/100/or 200 | RF Driver with Analog (0-5V) input synchronization signal. We will select the RF frequency (80, 100 or 200 MHz) compatible with the AOM model you purchase. In case you need a driver… Read more RF Driver with Analog (0-5V) input synchronization signal. We will select the RF frequency (80, 100 or 200 MHz) compatible with the AOM model you purchase. In case you need a driver alone, please specify the RF frequency (80, 100 or 200 MHz) in the "comments" part at the end of the purchasing process. 24 V powered device. contact us if you need us to advise a compatible power supply. AeroDIODE RF drivers are compatible with AeroDIODE AOMs only. Less | 695€ | Today | |||
 | RF Driver model 3 (special version) PN : RFAOM-AT-200 | RF Driver for 200 MHz AOM only (model 2, 4, 6 , 8, 10 or 12). Compatible with 4 Input trigger modes : TTL high ; TTL low ; Analog 0-1V ; Analog 0-5V. Possibility to combine TTL and analog inputs. 24… Read more RF Driver for 200 MHz AOM only (model 2, 4, 6 , 8, 10 or 12). Compatible with 4 Input trigger modes : TTL high ; TTL low ; Analog 0-1V ; Analog 0-5V. Possibility to combine TTL and analog inputs. 24 V powered device. contact us if you need us to advise a compatible power supply. AeroDIODE RF drivers are compatible with AeroDIODE AOMs only. Less | 1 395€ | Today | |||
Picture | ShortPN | Description | Docs | Price | Avalaible | Qty | |
 | OPTION-1 - TOMBAK Synchronization Tool PN : TOMBAK | TOMBAK is an optional pulse delay generator (with a photodiode compatible input). It is ideal for complex synchronization needs like pulse-picking a mode-locked laser. Look at the dedicated product page… Read more TOMBAK is an optional pulse delay generator (with a photodiode compatible input). It is ideal for complex synchronization needs like pulse-picking a mode-locked laser. Look at the dedicated product page with detailed specifications in the "synchronization tools" product category of this website. Less | 1 545€ | Today |
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