Infrared

This page focuses on SWIR for IC failure analysis. Note silicon bandgap is 1.14 eV => 1087 nm. General notes:

Technology	Typical um	Typical QE @ ~1087 nm	Sample cameras	Notes
InGaAs	0.9 to 1.7		SUI goodrich SU320KTSW	Very good choice, but relatively high cost
HgCdTe (MCT)			Axiom ZephIR
IR vidicon			Hamamatsu C2741-03 FJW Find-R-Scope 85700
Back illuminated CMOS			Touptek E3ISPM
Basic CMOS			Amscope MU800
Cooled CCD			Apogee U2
Basic CCD			Shitty mall camera
Microbolometer				Cuts of at around 1.4 um or something like that Not suitable for emission use

Emission microscope

Alpha Innotech FA-1000

Is there a standard microscope or is it more a camera unit + software?

Relatively compact, stand alone camera system. Comes with small rack with computer and chiller. System weighs around 250 lb.

Hypervision BEAMS

Complete probe station setup. Uses Princeton instruments cameras. For some reason I think they are MCT, but I'm not sure why I believe that.

SWIR camera

Camera Vendor	Camera Model	Sensor Technology	Typical nm	Sensor Resolution	Pixel Size (um)	Sensor Vendor	Sensor Model	Output	Notes
Allied Vision Technologies	P-008	InGaAs	900-1700
Allied Vision Technologies	P-032	InGaAs	900-1700
Alpha Innotech	FA-1000	FIXME
Axiom	ZephIR
FLIR Systems	Alpha NIR	InGaAs	900-1700	320x256	30x30
FLIR Systems	Tua SWIR			640x512
FJW	Find-R-Scope 85700
Hamamatsu	C10633-13 C10633-23			32x256				USB Analogic
Hamamatsu	C10633-34			640x512				Analogic	RS-232 control Liquid cooled
Hamamatsu	C2741-03
Hamamatsu	C5840
Princeton Instruments	OMAV		1000-2000	Linear					Spectrometer
Princeton Instruments	PloNIR	InGaAs TEC	400-1700	640x512				GigE
Sensors Unlimited / SUI Goodrich	SU320KTSW
Xenics