Summary of available types
Key to Type names:
LT - Lithium Tantalate, LiTaO3
Q - Quadrat - indicates a square element
G - with low cost internal construction, not suitable
for windows with wavelength below 1µm
A - indicates sensor with increased absorption
1, 2 etc - number indicates dimension in mm
D - Diameter - denotes a circular element
I - Ion Beam Milled - which gives increased
detectivity
S - Schwartz - signifies Schwartz black coating
PC - with thermal compensation
Type |
Element Size |
Additional Black Coating |
Increased Detectivity |
Data Sheet |
|
LT Q2 |
2 mm x 2 mm |
|
|

|
pdf (83K) |
|
LT Q1.2 |
1.2 mm x 1.2 mm |
|
|

|
pdf (83K) |
|
LT Q1 |
1 mm x 1 mm |
|
|

|
pdf (83K) |
|
LT Q0.5 |
0.5 mm x 0.5 mm |
|
|

|
pdf (83K) |
|
NEW LT G2 |
2 mm x 2 mm |
|
|

|
pdf (82K) |
|
NEW LT G2PC |
2 mm x 2 mm |
|
|

|
pdf (83K) |
|
NEW LT G1.2 |
1.2 mm x 1.2 mm |
|
|

|
pdf (89K) |
|
LT D2.5 |
Ø 2.5 mm |
|
|

|
pdf (83K) |
|
LT D2 |
Ø 2 mm |
|
|

|
pdf (83K) |
|
LT D1 |
Ø 1 mm |
|
|

|
pdf (83K) |
|
LTI Q2 |
2 mm x 2 mm |
|
x |

|
pdf (83K) |
|
LTI Q1.2 |
1.2 mm x 1.2 mm |
|
x |

|
pdf (83K) |
|
LTI Q1 |
1 mm x 1 mm |
|
x |

|
pdf (83K) |
|
LTI Q0.5 |
0.5 mm x 0.5 mm |
|
x |

|
pdf (83K) |
|
LTI D2 |
Ø 2 mm |
|
x |

|
pdf (83K) |
|
LTI D1 |
Ø 1 mm |
|
x |

|
pdf (83K) |
|
NEW LTA G2 |
2 mm x 2 mm |
|
|

|
pdf (83K) |
|
NEW LTA G2PC |
2 mm x 2 mm |
|
|

|
pdf (83K) |
|
NEW LTA G1.2 |
1.2 mm x 1.2 mm |
|
|

|
pdf (83K) |
|
NEW LTAI G2 |
2 mm x 2 mm |
|
x |

|
pdf (83K) |
|
LTS Q2 |
2 mm x 2 mm |
x |
|

|
pdf (83K) |
|
LTS Q1.2 |
1.2 mm x 1.2 mm |
x |
|

|
pdf (83K) |
|
LTS Q1 |
1 mm x 1 mm |
x |
|

|
pdf (83K) |
|
LTS D2.5 |
Ø 2.5 mm |
x |
|

|
pdf (83K) |
|
LTS D2 |
Ø 2 mm |
x |
|

|
pdf (83K) |
|
LTS D1 |
Ø 1 mm |
x |
|

|
pdf (83K) |
|
NEW LTSI Q3 |
3 mm x 3 mm |
x |
x |

|
pdf (90K) |
|
LTSI Q2 |
2 mm x 2 mm |
x |
x |

|
pdf (83K) |
|
LTSI Q1.2 |
1.2 mm x 1.2 mm |
x |
x |

|
pdf (83K) |
|
LTSI Q1 |
1 mm x 1 mm |
x |
x |

|
pdf (83K) |
|
LTSI D2 |
Ø 2 mm |
x |
x |

|
pdf (83K) |
|
LTSI D1 |
Ø 1 mm |
x |
x |

|
pdf (83K) |
|
|