公司简介
ISOMET成立至今已经超过60年，是世界上最早研发和专业生产声光调制器的厂商。拥有技术领先的工程师队伍，能自主控制从产品原型设计、研发测试到生产制造的全过程。声光调制器所有关键部件的制造与集成都在美国工厂完成，并提供流程对产品的可靠性及稳定性进行控制。ISOMET能够制造生产各种不同领域用途的AO产品和器件，满足科研和工业领域用户对声光调制器及配套设备的需求。
产品列表
Acousto-Optics
All AO devices feature a piezo-electric transducer bonded to one face of a crystal material. When an RF drive signal is applied to this transducer, a travelling acoustic wave is generated in the crystal. Due to the photo-elastic effect the acoustic column produces a periodic change in the refractive index, similar in effect to the slits of a diffraction grating. Practical AO devices are designed such that a high proportion of the incident laser light is diffracted into a single output order. This is operation in the Bragg regime.
Bragg diffraction requires a defined interaction length (L), and the laser light to be input at a specific angle. The Bragg and separation angles are a function of the optical wavelength, the RF drive frequency and the crystal acoustic velocity (V). Some AO crystal types require the input beam to be polarized.
The RF drive frequency determines the output angle of the diffracted beam and the RF power determines the beam intensity. These are the basic control mechanisms of AO modulators and deflectors.
Modulators NIR
| Model | Std A/R | Crystal Material | Active Aperture (mm) | Typical Risetime (ns) | Typical Modulation Freq. (MHz) | Centre Freq. (MHz) | Suggested Driver Fixed or Variable Frequency | Feature |
| M1312-T80L | NIR | TeO2 | 6 | 700 | 0.5 | 80 | Hi Pwr | |
| 1202-4 | NIR | Glass | 4 x 14(W) | 350 | 1 | 40 | ||
| 1203-3 | NIR | Fused Silica | 3 x 14(W) | 350 | 1 | 60 | ||
| M1099-T80L | NIR | TeO2 | 3 | 300 | 1.2 | 80 | ||
| M1135-T80L | NIR | TeO2 | 3 | 300 | 1.2 | 80 | Hi Pwr | |
| M1137-SF40L | NIR | Glass | 1.5 | 191 | 2 | 40 | ||
| M1133-aQ80L | NIR | Quartz | 1.0 | 114 | 3 | 80 | ||
| M1201E-SF40-1.7 | NIR | Glass | 1.7 | 90 | 4 | 40 | ||
| M1080-T80L | NIR | TeO2 | 1.5 | 80 | 4 | 80 | ||
| 1205C-1023 | NIR | PbMo04 | 0.6 | 50 | 7 | 80 | ||
| M1142-SF80L | NIR | Glass | 0.5 | 40 | 10 | 80 | ||
| 1205C-x-NIR | NIR | PbMo04 | 1 / 2 | 30 | 12 | 80 | ||
| 1205C-843 | NIR | PbMo04 | 0.5 | 25 | 15 | 80 | ||
| 1206C-NIR | NIR | PbMo04 | 1 | 20 | 18 | 110 | ||
| 1250C-868 | NIR | TeO2 | 0.5 | 15 | 23 | 150 | ||
| 1250C-NIR | NIR | PbMo04 | 0.75 | 12 | 30 | 200 | ||
Frequency Shifters
All AO devices apply a frequency shift to the diffracted output beams. Acousto-optic frequency shifters (AOFS) are compact devices designed specifically for this task. Depending on the selected Bragg angle, these devices will either up-shift or down-shift the laser light by the frequency of the applied RF signal. Two or more devices can be cascaded in order to achieve sum or difference frequency combinations. Compound absorber angles are incorporated to minimize acoustic reflections.
Model | Std | Crystal Material | Active App | Centre Freq | Tuning BW (MHz) | Suggested Driver Fixed or Variable Frequency | Feature |
| OAM1059-V31 | 633nm | TeO2 (S) | 1.5 | +/-10 | +/- 0.5 | + and - shift | |
| OAM1059A | 633nm | TeO2 (S) | 1.5 | 15 | +/- 1.0 | ||
| FS1303-TxxxR-J2 | NIR | TeO2 (S) | 2 | xxx | +/- 1.0 | ||
| OAM1141-TxxS-2 | 633nm | TeO2 (S) | 2 | 40 / 80 | +/- 1.0 | ||
| M1136A-FS40S-1 | UV | FS (S) | 1 | 40 | +/- 5 | ||
| 1205C-1-869 | 633nm | PbMo04 | 0.7 | 80 | +/- 15 | ||
| 1205-1054 | VIS | PbMo04 | 1 | 80 | +/- 5 | ||
| M1141-P80-1 | VIS | PbMo04 | 1 | 80 | +/- 5 | ||
| 1205-1118 | VIS,NIR | PbMo04 | 2 | 80 | +/- 5 | ||
| M1136B-FS80L-H | UV | FS (L) | 1/2/3 | 80 | +/- 5 | ||
| 1206C | VIS,NIR | PbMo04 | 1 | 110 | +/- 25 | ||
| 1205-1069 | VIS | PbMo04 | 1 | 160 | +/- 5 | ||
| 1250C | VIS,NIR | PbMo04 | 0.75 | 200 | +/- 50 | ||
| 1250C-829A | NUV,VIS | TeO2 | 0.45 | 260 | +/- 50 | ||
| OPP-1 | VIS | PbMoO4 | 1.5 | 300 | +/- 100 | ||
| 1260C | NUV,VIS | TeO2 | 0.2 | 350 | +/- 100 | ||
| 1209-7-1064M | IR | Ge | 6 | 40 | +/- 10 | ||
| 1210-G-(fc)-H-MIR | Mid-IR | Ge | 2,4 | 60 / 105 | +/- 10 | ||
| M1208-G80-3 | IR | Ge | 3 | 80 | +/- 2.5 | ||
Note that all of our Modulators can be used as frequency shifters | |||||||
Deflectors Blue - Red
| Model | A/R Coating | Material | Rayleigh Res'n 1 2 | Aperture (mm) | Sweep BW (MHz) | Center Freq. (MHz) | Driver | Feature |
| 1205C-2-804B | VIS | PbMoO4 | 66 | 2 x 6 | 30 | 80 | Here | |
| LS55-V | VIS | TeO2 (S) | 450 | 2 x 7 | 40 | 80 | Here | |
| LS110A-VIS | VIS | TeO2 (S) | 1100 | 4 x 14 | 50 | 100 | Here | |
| LS110A-VIS-XY | VIS | TeO2 (S) | 750x750 | 9 x 9 | 50 | 100 | Here | Dual Axis |
| OAD948 | 488nm | TeO2 (S) | 600 | 3 x 8 | 50 | 100 | Here | |
| OAD1020 | 532nm | TeO2 (S) | 600 | 2 x 8 | 50 | 100 | Here | |
| 1206C-2-1002 | NUV, VIS | TeO2 | 77 | 2 x 8 | 50 | 110 | Here | |
| OPP834 | VIS | PbMoO4 | 520 | 0.7 x 19 | 100 | 200 | Here | |
| 1250C-BS-960A | VIS | PbMoO4 | 160 | 1.5 x 6 | 120 | 190 | Here | |
| D1365-aQ180 | 532nm | Quartz | 60 | 3 x 6 | 60 | 180 | RFA5180-4 | |
| D1370-aQ110-7 | 515nm | Quartz | 25 | 7 | 30 | 110 | ||
| D1372-XY-aQ110-7_515nm | 515nm | Quartz | 25 x 25 | 7 x 7 | 30 | 110 |
1 Rayleigh Resolution equates to the maximum number of optically resolvable spots (angles) alone a scan line.
2 Incremental resolution is infinite, limited only by the frequency resolution of the RF driver.
Q-Switches
Q-switches are intracavity devices used to generate very high peak power, short duration laser pulses. These are typically loss modulators operating on the zero order beam. The goal of a Q-switch is to diffract as much power from the zero order as possible to increase the cavity loss and extinguish the laser output. When the RF drive to the Q-switch is momentarily turned off, the optical power built up in the laser is emitted as a short pulse. The process may be repeated at rates in excess of 100KHz. Depending on the frequency and interaction length, AO Q-switches either operate in the Bragg regime, just like an AOM, with predominately a single diffracted beam or in the Raman-Nath regime with multiple diffracted beams.
| Model | Cooling | Centre Frequency (MHz) | Material | Active Aperture (mm) | Max Power (W) | Damage Thresh (MW/cm^2) | Driver |
| Q1072-SF24L | Conduction | 24 | SF10 | 1.5 | 5 | >300 | AQS |
| Q1058C-SFxxL-H | Conduction | 24/27 | SF10 | 1.0/1.5 | 5 | >300 | AQS |
| Q1025-TxxL-H | Conduction | 27/80 | TeO2 | 1 | 3 | >250 | AQS |
| Q1025-SFxxL-H | Conduction | 41/80 | SF10 | 1 | 3 | >300 | AQS |
| Q1080C-TxxL-H | Conduction | 41/ 68 / 80 | TeO2 | 1.5 | 4 | >250 | AQS |
| Q1087-aQ80L | Conduction | 80 | Quartz | 1 | 6 | >500 | AQS |
| Q1137-SFxxL-H | Conduction | 41/80 | SF57 | 1.0 / 1.5 | 6 | >300 | AQS |
| Q1162-SFxxL-H | Conduction | 41/80 | SF10 | 1 | 6 | >300 | AQS |
| Q1119-aQxxL-H | Conduction | 41/ 80 | Quartz | 1.0 / 1.5 | 10 | >500 | AQS |
| Q1119-FSxxL-H | Conduction | 41/ 80 | Fused Silica | 1.0 / 1.5 | 10 | >500 | AQS |
| Q1133-aQxxL-H | Conduction | 41/ 68 / 80 | Quartz | 1.0 to 2.0 | 10 | >500 | AQS |
| Q1133-FSxxL-H | Conduction | 41/ 68 / 80 | Fused Silica | 1.0 / 1.5 | 10 | >500 | AQS |
| Q1062-FSxxL-H | Water | 24/ 27 | Fused Silica | 1.5 to 6.0 | 60 | >500 | AQS |
| Q1062-FSxxS-H | Water | 24/ 27 | F.Silica (Shear) | 1.5 to 5.5 | 60 | >500 | AQS |
| Q1083-FSxxL-H | Water | 24/ 27 / 41 | Fused Silica | 1.5 to 6.0 | 60 | >500 | AQS |
| Q1083-FSxxS-H | Water | 24/ 27 / 41 | F.Silica (Shear) | 1.5 to 5.5 | 60 | >500 | AQS |
Electronics
Isomet produces a comprehensive range of frequency sources, RF
drivers, power amplifiers and control electronics. These range from simple
fixed frequency AOM drivers to complex microcontroller based high speed
digital synthesizers.
Custom designs are our speciality.
Please select the driver type you are interested in from the menu on the left
Modulator Drivers
| Center Freq (MHz) | Risetime (n sec) | Digital Modulation | Analog Modulation | Power | Feature | ||
| SMA | BNC | SMA | BNC | ||||
| 10 | <15 | 831C | up to 0.3W | ||||
| 27 | <10 | 521C-27 | 521B-27 | 531C-27 | 531B-27 | up to 6W | Photo |
| 40 | <8 | 521C | 521B | 531C | 531B | up to 6W | Photo |
| 45 | <8 | 521C-45 | 521B-45 | 531C-45 | 531B-45 | up to 6W | Photo |
| 80 | <6 | 522C | 522B | 532C | 532B | up to 7W | Photo |
| 80 | <6 | 822C | 832C | up to 2W | Low voltage, compact | ||
| 110 | <5 | 523C | 523B | 533C | 533B | up to 6W | Photo |
| 150 | <5 | 524C | 524B | 534C | 534B | up to 3W | Photo |
| 175 | <5 | 525C-175 | 525B-175 | 535C-175 | 535B-175 | up to 2W | Photo |
| 200 | <5 | 525C | 525B | 535C | 535B | up to 2W | Photo |
| 250 (260) | <5 | 526C | 536C | up to 2W | Photo | ||
| 350 | <5 | 537C | up to 1.5W | Photo | |||
| 80 | <6 | 752C-x | 752B-x | 752C-x | 752B-x | up to 7W | Dual Modulation |
| 80 | <6 | 722C-x | 722B-x | na | na | up to 6W | >60dB RF Contrast |
| 110 | <5 | 723C-x | 723Bx | na | na | up to 6W | >60dB RF Contrast |
| Options for the above: | |||||||
| -B | BIAS control option (Analog driver only) | ||||||
| -LH | Low harmonic version < 30dBc at 1W | ||||||
| -HS | High stability +/-2ppm (+/-50ppm Std) | ||||||
| -fff | Non standard frequency (where fff = desired freq MHz) | ||||||
| -W | Water cooled back plate | ||||||
Frequency Sources
| Model | Controls Functions | Max tuning range (MHz) | Resolution | Outputs | RF Power | Feature |
| Frequency Synthesizer Source ** | ||||||
| iMS4-P | Yes | 20-200 | 32bit | 4 | 1mW | USB programmable |
| iMS4-L | Yes | 20-200 | 32bit | 4 | 1mW | USB programmable |
| iMS4-P-Fx2 | Yes | 150-400 | 32bit | 4 | 50mW | USB programmable |
| iMS4-L-Fx2 | Yes | 150-400 | 32bit | 4 | 50mW | USB programmable |
| iSA-SF2 | Yes | 20-200 | 32bit | 2 | 1mW | USB programmable |
| Synthesizer with Integrated Amplifier(s) | ||||||
| iSPA-SF1-X | Yes | 20-250 | 32bit | 1 | 1W to 4W | High power |
| iSPA-SF2 | Yes | 20-200 | 32bit | 2 | 1W | Differential frequency |
| iSPA-MF4 | Yes | 20-200 | 32bit | 1 | 1W total | Mixed frequency |
| Crystal Based, low frequency | ||||||
| 811C-L-10 | 10 | 50ppm | 1 | 300mW | ||
| 811C-L-15 | 15 | 50ppm | 1 | 300mW | ||
** Please note that these devices require an amplifier to drive an AO device
技术优势
ISOMET是声光调制器产品的垂直产业链生产商，所有关键过程如晶体生长和加工、真空粘结、镀膜等生产工艺都是in-house完成。拥有基于声光晶体材料对通信固件的原型设计、生产制造能力；同时也提供AOM的光纤耦合产品，对可见光/近红外的AOM和频移器进行光耦合。
ISOMET’s technical foundation is in the design, development and production of acousto-optic devices, RF electronics and optical sub-systems. The company began in 1956 growing and processing exotic crystal materials. We were one of the first to offer commercial AO modulators into the laser market. Our high volume production facility has a well-earned reputation for supplying on time, cost effective products of consistent and excellent quality. Customers range from basic research establishments to global OEM system manufacturers. Non-disclosure agreements restrict publication of our OEM partners. Many ultimate end-users are world renowned. In the scientific community ISOMET devices are found across a wide range of disciplines. A notable example is the pioneering research by the 2001 Nobel Prize winner Dr. Wolfgang Ketterle.
Special Devices
Our engineers have broad based experience in acousto-optics, electronics, opto-mechanical design and applied laser technology. ISOMET has introduced many novel AO devices to the market and has received several patents for innovations in the field of acousto-optics.
Contemporary designs include:
•High resolution XY deflector :
LS110A XY
•Variable bandwidth tuneable filter :
AOTF1110-VB
• Dual beam modulator with fast switching between +1 or -1 output beams : DBM1186
• AO frequency shifters with simultaneous up and down shifted outputs :
OAM1059-V31
• Compact single package integrated AO modulator with RF driver :
IMAD-P80
| Crystal | Transmission* | Polarization | Main Feature | Main Use | Optical Damage |
| PbMoO4 | 440nm to NIR | Any | High efficiency | AOM, AOD,AOFS, | Moderate |
| TeO2 (L) | 360nm to NIR | Vertical Preferred (Insensitive NIR) | High efficiency | AOM, AOD, AOFS, AOQ (LP) | Moderate |
| TeO2 (S) (off-axis) | 360nm to NIR | Circular (Linear) | Very High efficiency Slow acoustic velocity | AOD,AOTF | Moderate |
| Glass SF4, SF6, SF10, SF57 | 400nm to NIR | Any Vertical Preferred | Lower cost,Robust. Moderate performance | AOM | Good |
| Quartz | 200nm to NIR | Vertical | High damage threshold | UV AOM,AOQ | High |
| Fused Silica (L) | 200nm to NIR | Vertical | High damage threshold | UV AOM,AOQ | High |
| Fused Silica (S) | 200nm to NIR | Random | High damage threshold Poor efficiency | UV AOM,AOQ, | High |
| Germanium | 2 – 20um | Horizontal | High Power | AOM, AOD,AOFS | Good |
| * Operating range specified by A/R coating |
ISOMET提供客户化产品定制、抛光，并掌握大多数光材料抗反射镀膜工艺，尤其专长对PbMoO4的镀膜工艺，可提供24小时轮回镀膜作业。
Acousto-Optics
Modulators
M1136-FS80L-1,2,3 UV
M1340-FS150L-3, -5 UV
M1133-aQ110L-2,3,5 UV
M1340-aQ120-3,5,7 UV
M1212-aQ150-2 UV
M1212-aQ175-1 UV
M1212-aQ200-0.8 UV
M1362-aQ160-10 266nm
M1365-aQ215-3 266nm
M1002-T110L-2 360-420nm
M1205C-T110L-1 360-420nm
M1250-T250L-0.45 360-420nm
M600-G50L-7,-8,-9 9.3um
M1199-G50-7,-8,-9 9.3um
DBM1186-G54-9 9.3um
M1404-T200L-0.15 (1064nm)
M1429-T200L-0.2 (633-830nm)
IMAD-P80L-1p5 488-633nm
IMDD-P80L-1p5 488-633nm
IMAD-T110L-1p5 400-440nm
IMDD-T110L-1p5 400-440nm
IMAA-P80L-1p5 488-633nm
M1201E-SF40-1p7 VIS / NIR
M1407-SF80L-0p5 VIS / NIR
M1133-aQ80L-1,2,3 VIS
M1365-aQ215L-3 VIS
M1340-aQ110-3, 5 VIS
M1406-aQ175L-0p5 470-540nm
M1418-aQ150L-1 470-800nm
M1205-P80L-1,2,3 VIS
M1206-P110L-1 VIS
M1250-P200L-0.75 VIS
M1205-T80L-1,-2 VIS
M1099-T80L-3 532
M1206-T110L-1 NUV, VIS
M1002-T110L-2 NUV, VIS
M1250-T200L-0.5 NUV, VIS
M1250-T250L-0.45 NUV, VIS
M1430-T350L-0.2 NUV, VIS
OAM1060-T80S-2 VIS
OAM1020-T100S-3 VIS
M600-G50L-7,-8,-9 9.3um
M1199-G50-7,-8,-9 9.3um
DBM1186-G54-9 9.3um
M1404-T200L-0.15 (1064nm)
M1429-T200L-0.2 (633-830nm)
IMAD-P80L-1p5 488-633nm
IMDD-P80L-1p5 488-633nm
IMAD-T110L-1p5 400-440nm
IMDD-T110L-1p5 400-440nm
IMAA-P80L-1p5 488-633nm
M1201E-SF40-1.7 VIS / 1u
M1137-SF50L-1.5 0.7-0.9u, 1u
M1142-SF80L-0.5 0.7-0.9u, 1u
M1377-aQ41-1,2 0.7-0.9u, 1u
M1346-aQ50-3 2u
M1346-aQ(xx)-3,4,5 0.7-0.9u, 1u
M1377-aQ80-1,2 0.7-0.9u, 1u
M1377-aQ80-1 1.55u
M1431-aQ80-9 1u
M1362-aQ110-6 800nm
M1099-T40L-2 1.9, 2u
M1080-T80L-1.5 0.7-0.9u, 1u
M1099-T80L-3 1u
M1135-T80L-4 1u
M1312-T80L-6 1u
M1404-T200L-0.15 1u
M1429-T200L-0.25 633-830nm
M1430-T350L-0.2 633-830nm
M1205 80MHz NIR
M1206 110MHz NIR
M1250 150MHz NIR
M1250 200MHz NIR
M1250 260MHz NIR
M600-G50L-7,-8,-9 9.3um
M1199-G50-7,-8,-9 9.3um
DBM1186-G54-9 9.3um
M1404-T200L-0.15 (1064nm)
M1429-T200L-0.2 (633-830nm)
IMAD-P80L-1p5 488-633nm
IMDD-P80L-1p5 488-633nm
IMAD-T110L-1p5 400-440nm
IMDD-T110L-1p5 400-440nm
IMAA-P80L-1p5 488-633nm
M1210-G(xx)-2,-4 2, 2.5-5um
M1208-G80-4 2.5-5um
M1208-G13L-8 5-6um
M1153-G68S-4 2.5-5um
M1189-G40-4 9.3/10.6um
M1208-G40-3,-4 9.3/10.6um
M1396-G40L-7 9.3/10.6um
M1315-G40-7,-8,-9 9.3/10.6um
M700-G40-7,-8,-9 9.3/10.6um
M1199-G40-7,-8,-9 9.3/10.6um
M1378-G40-12 9.3/10.6um
M600-G50L-7,-8,-9 9.3um
M1199-G50-7,-8,-9 9.3um
DBM1186-G54-9 9.3um
M1404-T200L-0.15 (1064nm)
M1429-T200L-0.2 (633-830nm)
IMAD-P80L-1p5 488-633nm
IMDD-P80L-1p5 488-633nm
IMAD-T110L-1p5 400-440nm
IMDD-T110L-1p5 400-440nm
IMAA-P80L-1p5 488-633nm
Frequency Shifters
M1136-FS40L-1 UV
M1136-FS60S-1 UV
M1141-P80-1_-2 VIS
FS1118-P80L-2 VIS,NIR
FS1118-T80L-1 VIS
FS1389-T80L-1 VIS,NIR
OAM1059B-T10S-1p5 633nm
OAM1059A-T15S-1p5 633nm
OAM1415-T40S-2 VIS,NIR
FS1402-T60S-2 1550nm
OAM1415-T80S-2 VIS,NIR
FS1333-G200-1p2 MIR/ IR
FS1373-G190-1p2 MIR/ IR
M1210-Gxx-2_-4 Mid-IR
M1208-G80-3 IR
Deflectors
D1393-T75S-8 400-500nm
D1319-T220L-1p5 390-440nm
D1340-aQ120-5 343/355nm
D1384-aQ120-9 343/355nm
D1340-aQ130-5 280nm
D1384-aQ170-7 343/355nm
D1365-aQ180-4 266nm
D1319-XY-T220L-2 405nm
M1340-XY-aQ120-5 343/355nm
D1340-XY-aQ120-5 343/355nm
D1384-XY-aQ120-9 343/355nm
D1384-XY-aQ170-7 248nm
D55-T80S-2 VIS
D110-T120S-4 442-476
D110-T120S-9 442-476
D110-T100S-4 VIS
D110-T100S-9 VIS
OAD948-T70S-3 633
OAD948-T100S-3 488
OAD1020-T100S-2 532
D1319-T180L-1p5 532
D1340-aQ110-5 515/532
D1365-aQ180-4 515/532
D1384-aQ110-7 515/532
ODXY1020-T100S-2 532
DXY110-T100S-9 VIS
D1384-XY-aQ110-7 515/532
D110-T50S-4 NIR
D110-T50S-9 NIR
D110-T70S-6 1um
OAD1343-T70S-9 0.7-0.9um
OAD1344-T70S-9 0.8-1.0um
D55-T80S-2 NIR
D804-P80L-2 0.7-0.9um
D926-P145L-0.5 1um
D943-P185L-2 0.7-0.9um
D1312-T80L-6 NIR
D1412-T80L-3 NIR
D1422-T85L-4 1um
D1135-T110L-4 1um
D1346-aQ80L-4,-6 1um
OAD1550-XY-T40S-7 1.55um
DXY110-T50S-9 NIR
OAD1343-XY-T70S-9 0.7-0.9um
OAD1344-XY-T70S-9 0.8-1.0um
D1422-XY-T85L-4 1um
D1153-G60S-4 2.05
D600-G40L-7, 8 ,9 9.4/10.6
D1315-G50-7. 8, 9 9.4/10.6
D600-G50L-7, 8, 9 9.4/10.6
D1199-G50L-7, 8, 9 9.4/10.6
D1378-G50L-12 9.4/10.6
D1011-G70L-10 9.4/10.6
D1208-XY-G50L-3 9.4/10.6
Tunable Filters
AOTF1049-2 0.45-0.7um
AOTF1082-2 0.45-0.7um
AOTF614-08-5(A) 0.45-0.7um
AOTF614-08-5(B) 0.6-1um
AOTF614-08-5(C) 0.7-1.3um
AOTF614-16-5(A) 0.45-0.7um
AOTF614-16-5(B) 0.6-1um
AOTF614-16-5(C) 0.7-1.3um
AOTF614-24-5(A) 0.45-0.7um
AOTF614-24-5(B) 0.6-1um
AOTF614-24-5(C) 0.7-1.3um
AOTF1110-VB VIS,NIR
AOTF920-14-5(A) 0.7-1.3um
AOTF920-14-5(B) 1.2-2um
AOTF920-14-5(C) 1.5-2.5um
AOTF920-20-5(A) 0.7-1.3um
AOTF920-20-5(B) 1.2-2um
AOTF920-20-5(C) 1.5-2.5um
AOTF920-24-5(A) 0.7-1.3um
AOTF920-24-5(B) 1.2-2um
AOTF920-24-5(C) 1.5-2.5um
AOTF1421-7 2.5-4um
AOTF1423-7 2-3um
AOTF1424-5 2.1-2.5um
Q-Switches
Q1420-T80L-1 1um
Q1162-SFxxL-1 1um
M1377-aQ41L-1_2 0.7-1um
M1377-aQ80L-1_2 0.7-1um
Q1392-aQ80L-0p8 0.64 - 0.72um
Q1405-aQ80L-0p7 1um
Q1062-FSxxL-H 1um
Q1062-FSxxS-H 1um
Q1083-FSxxL-H 1um
Q1083-FSxxS-H 1um
Q1337-G13L-3 10.6um
Special Function Devices
D1345-aQ120-5UV NIR
SLM16-P125-0p7 NIR
SLM5-P200-0p75 VIS
OP5-P300-1p5 VIS
OP50-T45S-4 VIS
OP100-T75S-4 VIS
OAM1343-T100S-9 730-820nm
OAM1344-T100S-9 830-920nm
D1109-G75-10 2.6 - 9um
Fiber Optic Couplers
FOA1065 Visible and NIR
FOA1084 NIR
FCM1550-P50L 1550nm
FCM1550-P80L 1550nm
Modulator Drivers
RFJ040-1-15 RFJ041-1-25 RFJ050-1-15
RFJ080-2-2 RFJ080-1-15 RFJ080-1-25 RFJ120-1-15
RFA141 RFA151 RFA168 RFA181
RFA2110 RFA2120 RFA241 RFA251
RFA261 RFA281 RFA441 RFA641
RFA240-2 RFA250-2 RFA450-2
RFA450-2 RFA3050-2 RFA741 RFA4060-2
iSPA241 iSPA641 iSPA4060-2 iSA254B-4
Deflector Drivers
620C_630C-27 620C_630C-40 620C_630C-80 620C_630C-100
620C_630C-110 620C_630C-150 620C_630C-200 620C_630C-250
620C_630C-350 RFA3110-4-CC RFA3100-2-2 RFA3200-2-2
RFA3040-1-70 RFA3040-2-30 RFA3050-2-60 RFA3080-2-5-BR
RFA3080-1-25 RFA3080-2-25 RFA3085-2-5-BR RFA3110-4-BR
RFA3120-2-10
iMS4-L iMS4-P iMS2-HF
iSK3-xxT-1-1,2,4,6 iSK3-100T-2-1 iSK3-MF4-1-1 iSPA240-1-70
iSPA280-1-60
AG0 Series AGM-CC/FC AF0 Series AFM-CC/FC AF0-100T-SD-2-2 AJ0 Series
RFA050-2-70 RFA050-4-40 RFA080-1-25 RFA080-2-25
RFA080-4-5 RFA0110-1-20 RFA0110-2-20 RFA0110-4-20
RFA0120-1-15 RFA0120-2-15 RFA0120-4-15 RFA0170-2-10
RFA180-4-3 iMSL-RFA1170-4 RFA1170-4-ZP
AOTF Drivers
iMS4-L iMS4-P iMS2-HF
iSK3-xxT-1-1,2,4,6 iSK3-100T-2-1 iSK3-MF4-1-1 iSPA240-1-70 iSPA280-1-60
AG0 Series AGM-CC/FC AF0 Series AFM-CC/FC AF0-100T-SD-2-2 AJ0 Series
RFA050-2-70 RFA050-4-40 RFA080-1-25 RFA080-2-25 RFA080-4-5
RFA0110-1-20 RFA0110-2-20 RFA0110-4-20 RFA0120-1-15 RFA0120-2-15 RFA0120-4-15 RFA0170-2-10 RFA180-4-3 iMSL-RFA1170-4 RFA1170-4-ZP
Q-Switch Drivers
AQS1060-27 RFJ041-1-15 RFJ041-1-25 AQS1010-41
762C-x RFJ080-1-15 AQS1004-80 AQS1010-80
Freq Source/Amps
iMS4-L iMS4-P iMS2-HF
iSK3-xxT-1-1,2,4,6 iSK3-100T-2-1 iSK3-MF4-1-1 iSPA240-1-70 iSPA280-1-60
AG0 Series AGM-CC/FC AF0 Series AFM-CC/FC AF0-100T-SD-2-2 AJ0 Series
RFA050-2-70 RFA050-4-40 RFA080-1-25 RFA080-2-25 RFA080-4-5
RFA0110-1-20 RFA0110-2-20 RFA0110-4-20 RFA0120-1-15 RFA0120-2-15 RFA0120-4-15 RFA0170-2-10 RFA180-4-3 iMSL-RFA1170-4 RFA1170-4-ZP
