Modulators & Fixed Frequency Shifters

Acousto-optic modulators are used to vary and control laser beam intensity. They can also be used as fixed frequency shifters due to fact that the diffracted order is frequency shifted by the amount of the carrier frequency.

Modulators

An Acousto Optic Modulator is intended to vary the intensity of the incoming laser beam. Also known as Amplitude Modulation (AM), it can be either digital (ON/OFF) or analog (sine, sawtooth, random…). The key parameter of a modulator is its rise/fall time, which defines the achievable « speed » of the modulation. The rise/fall time is directly proportional to the beam diameter inside the modulator.

Fixed Frequency Shifters

The Acousto Optic interaction inherently introduces a frequency shift in the diffracted order. The amount of the frequency shift equals to the injected carrier frequency and it can be upshifted or downshifted depending on the selected input Bragg angle. A Modulator shares the same properties as a Fixed Frequency Shifter.

Our models of Modulators & Fixed Frequency Shifters

Reset

32 of 44 results 44 results 1 result No results found

	Model	Wavelength (nm)	Aperture/mm²	Frequency Shift (MHz)	Rise Time (ns)	Add to quote
	MT200-A0.2-1064	980-1100	0 ⋅ 2 x 1	200	8	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 80 Associated RF driver MODAxx PDF Datasheet
	MT200-A0.5-1064	980-1100	0 ⋅ 4 x 2	200	8	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 80 Associated RF driver MODAxx PDF Datasheet
	MT110-A1.5-IR	700-950 (1100)	1 ⋅ 5 x 2	110	50	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 85 Associated RF driver MODAxx PDF Datasheet
	MT80-A1-IR	700-950 (1100)	1 x 2	80	23	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 85 Associated RF driver MODAxx PDF Datasheet
	MT80-A1.5-IR	700-950 (1100)	1 ⋅ 5 x 2	80	50	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 85 Associated RF driver MODAxx PDF Datasheet
	MT110-A1-IR	700-950 (1100)	1 x 2	110	15	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 85 Associated RF driver MODAxx PDF Datasheet
	MT200-A0.5-800	750-950	0 ⋅ 5 x 2	200	8	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 85 Associated RF driver MODAxx PDF Datasheet
	MT250-A0.5-800	700-950	0 ⋅ 5 x 2	250	30	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 80 Associated RF driver MODAxx PDF Datasheet
	MT350-A0.12-800	700-950	0 ⋅ 12 x 1	350	6	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 80 Associated RF driver MODAxx PDF Datasheet
	MT110-B50A1.5-IR-Hk	690-1064	1 ⋅ 5 x 2	F(λ)	50	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 80 Associated RF driver MPDSnCxx PDF Datasheet
	MT110-B69A1.5-680.1300-Lfv-Hk	680-1300	1 ⋅ 5 x 2	F(λ)	50	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 80 Associated RF driver MPDSnCxx PDF Datasheet
	MTS110-A3-VIS	458-633	3 x 3	110	1000	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 85 Associated RF driver MODAxx PDF Datasheet
	MTS40-A2-532.700-M002	532-700	2 x 2	40	1000	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 85 Associated RF driver MODAxx PDF Datasheet
	MTS40-A3-750.850	750-850	3 x 3	40	1000	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 85 Associated RF driver MODAxx PDF Datasheet
	MT80-A1-VIS	450-700	1 x 2	80	23	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 85 Associated RF driver MODAxx PDF Datasheet
	MT80-A1.5-VIS	450-700	1 ⋅ 5 x 2	80	50	ADD ADD Product added
Material TeO2 Polarisation Linear Diffraction Efficiency 85 Associated RF driver MODAxx PDF Datasheet