A fiber coupled AOM (Acousto-Optic 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 mode locked lasers. Scroll down to see all available options like “down-shifted modules”, “dual output” or “special RF frequency”.
Scroll down to order online our AO modulators, drivers and synchronization solutions.
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Fiber coupled AOM (Acousto-Optic Modulators) key features (Scroll-down to see all models, options and prices) :
14 Fiber AOM versions from 680 to 1850 nm covering the full spectrum
Depending on your country, AeroDIODE will ship your order from Europe or from the USA.
These AO modulators are designed and optimized to modulate the intensity of light down to the nanosecond timing range.
FIBER COUPLED AOM’S:
| AOM model | Datasheets : | Nominal wavelength | Reference | Wavelength range | Insertion Loss (typ) | Rising time (ns) | RF Frequency / max RF Power | Max optical input power | Fiber (eq.) / connector | Dimensions | Price |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Model 1 | Datasheet | 780 nm | 780AOM_1 (standard) | 750-810 nm | 1.4 dB | < 60 ns | 100 MHz / 2.0 W | 3 W | PM780 / FC-APC / 900 µm fiber buffer | 60*25*12.5 | Scroll down ! |
| Model 2 | Datasheet | 780 nm | 780AOM_2 (high speed) | 750-810 nm | 2.2 dB | < 10 ns | 200 MHz / 2.0 W | 3 W | PM780 / FC-APC / 900 µm fiber buffer | 45*28*12 | |
| Model 3 | Datasheet | 850 nm | 850AOM-1 (standard) | 820-880 nm | 1.4 dB | < 60 ns | 100 MHz / 2.0 W | 3 W | PM780 / FC-APC / 900 µm fiber buffer | 60*25*12.5 | |
| Model 4 | Datasheet | 850 nm | 850AOM-2 (high-speed) | 820-880 nm | 2.2 dB | < 10 ns | 200 MHz / 2.5 W | 3 W | PM780 / FC-APC / 900 µm fiber buffer | 45*28*12 | |
| Model 5 | Datasheet | 940 nm | 940AOM_1 (standard) | 900-980 nm | 1.2 dB | < 50 ns | 100 MHz / 2.0 W | 3 W | PM980 / FC-APC / 900 µm fiber buffer | 60*25*12.5 | |
| Model 6 | Datasheet | 940 nm | 940AOM_2 (high speed) | 900-980 nm | 2.5 dB | < 10 ns | 200 MHz / 2.5 W | 3 W | PM980 / FC-APC / 900 µm fiber buffer | 67*23*15 | |
| Model 7 | Datasheet | 1064 nm | 1064AOM-1 (standard) | 1000-1090 nm | 1.2 dB | < 50 ns | 100 MHz / 2.0 W | 3 W | PM980 / FC-APC / 900 µm fiber buffer | 60*25*12.5 | |
| Model 8 | Datasheet | 1064 nm | 1064AOM-2 (high speed) | 1000-1090 nm | 2.5 dB | < 10 ns | 200 MHz / 2.5 W | 3 W | PM980 / FC-APC / 900 µm fiber buffer | 67*23*15 | |
| Model 9 | Datasheet | 1310 nm | 1310AOM_1 (standard) | 1240-1380 nm | 1.8 dB | < 50 ns | 80 MHz / 2.5 W | 0.5 W | PM1550/ FC-APC / 900 µm fiber buffer | 60*25*12.5 | |
| Model 10 | Datasheet | 1310 nm | 1310AOM_2 (high speed) | 1240-1380 nm | 4.5 dB | < 10 ns | 200 MHz / 2.5 W | 0.5 W | PM1550 / FC-APC / 900 µm fiber buffer | 45*28*12 | |
| Model 11 | Datasheet | 1550 nm | 1550AOM-1 (standard) | 1470-1630 nm | 1.5 dB | < 50 ns | 80 MHz / 2.5 W | 0.5 W | PM1550 / FC-APC / 900 µm fiber buffer | 60*25*12.5 | |
| Model 12 | Datasheet | 1550 nm | 1550AOM-2 (high speed) | 1470-1630 nm | 4.5 dB | < 10 ns | 200 MHz / 2.5 W | 0.5 W | PM1550 / FC-APC / 900 µm fiber buffer | 45*28*12 | |
| Model 13 | Datasheet | 1650 nm | 1650AOM_1 (standard) | 1580-1720 nm | 2.0 dB | < 50 ns | 80 MHz / 2.5 W | 0.5 W | PM1550 / FC-APC / 900 µm fiber buffer | 60*25*12.5 | |
| Model 14 | Datasheet | 1650 nm | 1650AOM_2 (high speed) | 1580-1720 nm | 4.5 dB | < 10 ns | 200 MHz / 2.5 W | 0.5 W | PM1550 / FC-APC / 900 µm fiber buffer | 45*28*12 |
COMPATIBLE RF DRIVERS FOR AOM’S: (acousto-optic modulators require a compatible RF driver)
| 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 fiber coupled AOM’s (Acoustic Optic Modulators) are used in fiber laser Q-switching and pulse picking applications, narrow line width laser measurements and many other applications related to precision fiber-coupled systems operating in the nanosecond range.
These fiber AOM’s are also used as a fixed frequency shifter. They have the ability to slightly shift positively or negatively 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 fiber Acousto Optic Modulators are used as stand-alone products as well as with other products in the AeroDIODE portfolio like :
These acoustic optical modulators are a high performance alternative to other fiber modulator solutions such as Lithium Niobate Electro-Optic Modulators (offered by companies such as iXBlue or Thorlabs). They also offer an alternative to the SOA/SOM semiconductor based fiber optic modulators offered by AeroDIODE. Please refer to our detailed tutorials on high speed fiber modulation to compare the various commercially available solutions: Fiber modulator basics.
AeroDIODE is a member of EPIC European industry association and “Route des Lasers” cluster .
| AOM model | Datasheet : | Reference | Wavelength range | Insertion Loss (typ) | Rising time (ns) | RF Frequency | Max average power | Fiber (eq)/ connector | Dimensions |
|---|---|---|---|---|---|---|---|---|---|
| Model 1 | Datasheet | 780AOM-1 (standard) | 750-810 nm | 1.2 dB | < 60 ns | 100 MHz | 3 W | PM780 / FC-APC | 60*25*12.5 |
| Model 2 | Datasheet | 780AOM-2 (high speed) | 750-810 nm | 2.2 dB | < 10 ns | 200 MHz | 3 W | PM780 / FC-APC | 45*28*12 |
| Model 3 | Datasheet | 850AOM-1 (standard) | 820-880 nm | 1.2 dB | < 60 ns | 100 MHz | 3 W | PM780 / FC-APC | 60*25*12.5 |
| Model 4 | Datasheet | 850AOM-2 (high-speed) | 820-880 nm | 2.2 dB | < 10 ns | 200 MHz | 3 W | PM780 / FC-APC | 45*28*12 |
| Model 5 | Datasheet | 940AOM-1 (standard) | 900-980 nm | 1.2 dB | < 50 ns | 100 MHz | 3 W | PM980 / FC-APC | 60*25*12.5 |
| Model 6 | Datasheet | 940AOM-2 (high speed) | 900-980 nm | 2.5 dB | < 10 ns | 200 MHz | 3 W | PM980 / FC-APC | 67*23*15 |
| Model 7 | Datasheet | 1064AOM-1 (standard) | 1000-1090 nm | 1.2 dB | < 50 ns | 100 MHz | 3 W | PM980 / FC-APC | 60*25*12.5 |
| Model 8 | Datasheet | 1064AOM-2 (high speed) | 1000-1090 nm | 2.5 dB | < 10 ns | 200 MHz | 3 W | PM980 / FC-APC | 67*23*15 |
| Model 9 | Datasheet | 1310AOM-1 (standard) | 1240-1380 nm | 1.8 dB | < 50 ns | 80 MHz | 0.5 W | PM1550 / FC-APC | 60*25*12.5 |
| Model 10 | Datasheet | 1310AOM-2 (high speed) | 1240-1380 nm | 4.5 dB | < 10 ns | 200 MHz | 0.5 W | PM1550 / FC-APC | 45*28*12 |
| Model 11 | Datasheet | 1550AOM-1 (standard) | 1470-1630 nm | 1.5 dB | < 50 ns | 80 MHz | 0.5 W | PM1550 / FC-APC | 60*25*12.5 |
| Model 12 | Datasheet | 1550AOM-2 (high speed) | 1470-1630 nm | 4.5 dB | < 10 ns | 200 MHz | 0.5 W | PM1550 / FC-APC | 45*28*12 |
| Model 13 | Datasheet | 1650AOM-1 (standard) | 1580-1720 nm | 2.0 dB | < 50 ns | 80 MHz | 0.5 W | PM1550 / FC-APC | 60*25*12.5 |
| Model 14 | Datasheet | 1650AOM-2 (high speed) | 1580-1720 nm | 4.5 dB | < 10 ns | 200 MHz | 0.5 W | PM1550 / FC-APC | 45*28*12 |
| RF Driver Model | Datasheets : | Reference | Output RF Frequency | Output RF power (typ) | Synchro Input | Isolation | Working voltage | Dimensions | |
| Model 1 | 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 | |
| Model 2 | 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 | Datasheet | RFAOM-AT-200 | 200 MHz (for AOM model 2 or 4) | 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 |
Picture | Short descritption / PN | Description | Documents | Price (ex VAT) | Avalaible | Qty | |
|---|---|---|---|---|---|---|---|
 | AOM Model 1 (780 nm) PN : 780AOM-1 | Fiber coupled AOM for 750-810 nm laser light. PM780 fiber and FC/APC connectors. Low loss (1.4 dB Typ.) and high input power (3 W) version. RF frequency : 100 MHz ; rise/fall time &… Read more Fiber coupled AOM for 750-810 nm laser light. PM780 fiber and FC/APC connectors. Low loss (1.4 dB Typ.) and high input power (3 W) version. RF frequency : 100 MHz ; rise/fall time < 60 ns Less | 3 995 USD | Today | |||
 | AOM Model 2 (780 nm - high speed) PN : 780AOM-2 | Fiber coupled AOM for 750-810 nm laser light. PM780 fiber and FC/APC connectors. high speed (<10 ns) and high input power (3 W) version. RF frequency : 200 MHz ; Read more Fiber coupled AOM for 750-810 nm laser light. PM780 fiber and FC/APC connectors. high speed (<10 ns) and high input power (3 W) version. RF frequency : 200 MHz ; Less | 4 195 USD | Today | |||
| AOM Model 3 (850 nm) PN : 850AOM-1 | Fiber coupled AOM for 820-880 nm laser light. PM780 fiber and FC/APC connectors. Low loss (1.4 dB Typ.) and high input power (3 W) version. RF frequency : 100 MHz ; rise/fall time &… Read more Fiber coupled AOM for 820-880 nm laser light. PM780 fiber and FC/APC connectors. Low loss (1.4 dB Typ.) and high input power (3 W) version. RF frequency : 100 MHz ; rise/fall time < 60 ns Less | 3 995 USD | Today | |||
| AOM Model 4 (850 nm - high speed) PN : 850AOM-2 | Fiber coupled AOM for 820-880 nm laser light. PM780 fiber and FC/APC connectors. high speed (<10 ns) and high input power (3 W) version. RF frequency : 200 MHz ; Read more Fiber coupled AOM for 820-880 nm laser light. PM780 fiber and FC/APC connectors. high speed (<10 ns) and high input power (3 W) version. RF frequency : 200 MHz ; Less | 4 195 USD | Today | |||
| AOM Model 5 (940 nm) PN : 940AOM-1 | Fiber coupled AOM for 900-980 nm laser light. PM980 fiber and FC/APC connectors. Low loss (1.2 dB Typ.) and high input power (3 W) version. RF frequency : 100 MHz ; rise/fall time &… Read more Fiber coupled AOM for 900-980 nm laser light. PM980 fiber and FC/APC connectors. Low loss (1.2 dB Typ.) and high input power (3 W) version. RF frequency : 100 MHz ; rise/fall time < 50 ns Less | 2 195 USD | Today | |||
| AOM Model 6 (940 nm - high speed) PN : 940AOM-2 | Fiber coupled AOM for 900 - 980 nm laser light. PM980 fiber and FC/APC connectors. high speed (<10 ns) and high input power (3 W) version. RF frequency : 200 MHz ; Insertion loss : 2.5 dB (… Read more Fiber coupled AOM for 900 - 980 nm laser light. PM980 fiber and FC/APC connectors. high speed (<10 ns) and high input power (3 W) version. RF frequency : 200 MHz ; Insertion loss : 2.5 dB (typ.) Less | 3 395 USD | Today | |||
| AOM Model 7 (1030/1064 nm) PN : 1064AOM-1 | Fiber coupled AOM for 1000-1090 nm laser light. PM980 fiber and FC/APC connectors. Low loss (1.2 dB Typ.) and high input power (3 W) version. RF frequency : 100 MHz ; rise/fall time &… Read more Fiber coupled AOM for 1000-1090 nm laser light. PM980 fiber and FC/APC connectors. Low loss (1.2 dB Typ.) and high input power (3 W) version. RF frequency : 100 MHz ; rise/fall time < 50 ns Less | 2 195 USD | Today | |||
| AOM Model 8 (1030/1064 nm - high speed) PN : 1064AOM-2 | Fiber coupled AOM for 1000-1090 nm laser light. PM980 fiber and FC/APC connectors. high speed (<10 ns) and high input power (3 W) version. RF frequency : 200 MHz ; Insertion loss : 2.5 dB (… Read more Fiber coupled AOM for 1000-1090 nm laser light. PM980 fiber and FC/APC connectors. high speed (<10 ns) and high input power (3 W) version. RF frequency : 200 MHz ; Insertion loss : 2.5 dB (typ.) Less | 3 395 USD | Today | |||
| AOM Model 9 (1310 nm) PN : 1310AOM-1 | Fiber coupled AOM for 1240-1380 nm laser light. PM1550 fiber and FC/APC connectors. Low loss (1.8 dB Typ.) version. RF frequency : 80 MHz ; rise/fall time < 50 ns Read more Fiber coupled AOM for 1240-1380 nm laser light. PM1550 fiber and FC/APC connectors. Low loss (1.8 dB Typ.) version. RF frequency : 80 MHz ; rise/fall time < 50 ns Less | 2 795 USD | Today | |||
 | AOM Model 10 (1310 nm - high speed) PN : 1310AOM-2 | Fiber coupled AOM for 1240-1380 nm laser light. PM1550 fiber and FC/APC connectors. high speed (<10 ns) version. RF frequency : 200 MHz ; Insertion loss : 4.5 dB (typ.) Read more Fiber coupled AOM for 1240-1380 nm laser light. PM1550 fiber and FC/APC connectors. high speed (<10 ns) version. RF frequency : 200 MHz ; Insertion loss : 4.5 dB (typ.) Less | 3 395 USD | Today | |||
| AOM Model 11 (1550 nm) PN : 1550AOM-1 | Fiber coupled AOM for 1470-1630 nm laser light. PM1550 fiber and FC/APC connectors. Low loss (1.5 dB Typ.) version. RF frequency : 80 MHz ; rise/fall time < 50 ns Read more Fiber coupled AOM for 1470-1630 nm laser light. PM1550 fiber and FC/APC connectors. Low loss (1.5 dB Typ.) version. RF frequency : 80 MHz ; rise/fall time < 50 ns Less | 2 795 USD | Today | |||
| AOM Model 12 (1550 nm - high speed) PN : 1550AOM-2 | Fiber coupled AOM for 1470-1630 nm laser light. PM1550 fiber and FC/APC connectors. high speed (<10 ns) version. RF frequency : 200 MHz ; Insertion loss : 4.5 dB (typ.) Read more Fiber coupled AOM for 1470-1630 nm laser light. PM1550 fiber and FC/APC connectors. high speed (<10 ns) version. RF frequency : 200 MHz ; Insertion loss : 4.5 dB (typ.) Less | 3 395 USD | Today | |||
| AOM Model 13 (1650 nm) PN : 1650AOM-1 | Fiber coupled AOM for 1580-1720 nm laser light. PM1550 fiber and FC/APC connectors. Low loss (2.0 dB Typ.) version. RF frequency : 80 MHz ; rise/fall time < 50 ns Read more Fiber coupled AOM for 1580-1720 nm laser light. PM1550 fiber and FC/APC connectors. Low loss (2.0 dB Typ.) version. RF frequency : 80 MHz ; rise/fall time < 50 ns Less | 2 795 USD | Today | |||
| AOM Model 14 (1650 nm - high speed) PN : 1650AOM-2 | Fiber coupled AOM for 1580-1720 nm laser light. PM1550 fiber and FC/APC connectors. high speed (<10 ns) version. RF frequency : 200 MHz ; Insertion loss : 4.5 dB (typ.) Read more Fiber coupled AOM for 1580-1720 nm laser light. PM1550 fiber and FC/APC connectors. high speed (<10 ns) version. RF frequency : 200 MHz ; Insertion loss : 4.5 dB (typ.) Less | 3 395 USD | 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 | 1 045 USD | 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 | 1 045 USD | Today | |||
 | RF Driver model 3 (special version) PN : RFAOM-TA-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 | 1 695 USD | 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 | 1 795 USD | Today | |||
 | OPTION-2 - SMF fiber instead of PMF PN : AOM-SMF | All our AOM stock items have PM fibers. AOMs with PM fibers work fine with polarized or unpolarized light. If an adapted SMF fiber is connected to the AOM PM… Read more All our AOM stock items have PM fibers. AOMs with PM fibers work fine with polarized or unpolarized light. If an adapted SMF fiber is connected to the AOM PM fiber connector, the results is OK and the insertion loss is not significantly higher. However, if the AOM with SMF fiber is mandatory for the customer, this can be done as a special request. Select this option in such case. Less | 195 USD | 3 - 4 weeks | |||
 | OPTION-3 - Special Down shifted module PN : AOM-Down Shift | All our AOM stock items are up-shifted. It means the RF frequency adds to the laser frequency and the output light frequency is very slightly higher than the input light… Read more All our AOM stock items are up-shifted. It means the RF frequency adds to the laser frequency and the output light frequency is very slightly higher than the input light frequency (the output wavelength is lower than the input wavelength). It is possible to request a down-shifted module, meaning that the output light frequency is slightly lower than the input frequency (the wavelength is slightly higher). Select this option if you want a down shifted AOM. Note : this option needs to be selected only once (qty -1) whatever the number of down-shifted AOM units needed of a given AOM model. This option is compatible with all AOM models described above. Less | 795 USD | 3 - 4 weeks | |||
| OPTION-4 - Specific RF frequency optimization PN : AOM- RF freq | All our AOMs stock items are made for a given RF frequency : either +80 MHz, +100 MHz or +200 MHz. It is possible to request that the AOM is optimized for another RF… Read more All our AOMs stock items are made for a given RF frequency : either +80 MHz, +100 MHz or +200 MHz. It is possible to request that the AOM is optimized for another RF frequency between -250 and +250 MHz (negative means down-shifted AOM, positive means up-shifted AOM). The 0-170 MHz absolute RF frequency range requires that a low loss/low speed AOM model is selected (models with odd numbers : models 1, 3, 5 etc.). The 175-250 MHz absolute frequency range requires that a high speed AOM model is selected (models with even numbers : models 2, 4, 6 etc.). Select this option if you want your AOM to be set for a different RF frequency (for example 45 MHz, 160 MHz or 215 MHz etc.) and indicate the exact RF frequency you want in the comments part. Note : this option must be selected with the same quantity than the number of AOM units needed of a given AOM model. This option is available for all AOM models described above. Less | 795 USD | 3 - 4 weeks | |||
 | OPTION-5 - Dual output (3-fibers) AOM PN : AOM- DualOutput | This option adds a third fiber to the AOM output to get the output light of "zeroth" order, i.e. the light going through the crystal without being deviated when… Read more This option adds a third fiber to the AOM output to get the output light of "zeroth" order, i.e. the light going through the crystal without being deviated when no RF power is applied. Typical insertion loss performances are the following : Less | 1 095 USD | 5 - 8 weeks |
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