Main Page » English menu » Products » IR Detectors & Modules » Preamplifiers
Preamplifiers
Each preamplifier is carefully optimized to work with particular type of detector. The preamplifier ensures stable work in all conditions and the highest signal to noise ratio of the whole system. Application of the completely new housings integrated with heatsink results in effective cooling of the detector, provides effective EMI shielding and is more convenient for the customer (easy fastening to other equipment). The devices enforces DC bias that is required for optimized operation of a given type of infrared detector. Amplifier use involves restrictions, more...
|
More info |
|
Related documents |
MIPAC-F
MIPAC-F, MIPDC-F series
MIPAC-F is designed for use in miniature detection set applications (detector - preamplifier module). The device is dedicated for detectors with 2- or 3-staged thermoelectrical coolers. MIPAC-F is equipped with a fan, which assures efective heat dissipation from the thermoelectric cooler and efficient detector cooling.
Transimpedance preamplifier is designed to reach maximum signal at the output. Parameters of the preamplifier are optimized for maximum signal to noise ratio.
Detecting head heat sink is built based on OEM solution.
VPAC-1000F Wide Bandwidth Preamplifier
Low noise and wide bandwidth transimpedance preamplifier (10kHz to 1 GHz, in dependence on detector capacitance). The device enforces DC bias that is required for optimized operation of a given type of infrared detector. Integrated with detectors packages are available.
Stand Alone Models
AC preamplifier for use with both photoconductive (R005, PCI, PCI-L, PCL-2TE, PCI-2TE) and photovoltaic (PVI, PVI-2TE, PV-10.6, PEM) infrared detectors. (For photoconductive detectors, ultra low noise detector bias circuit included).
DC preamplifier for use only with photovoltaic infrared detectors (PVI, PVI-2TE, PV-10.6, PEM).
Preamplifiers for OEM applications
Those integrated IR detector - preamplifier modules are designed for built-in applications. Main feature is small dimensions and high performance. The devices have high-cut frequency up to 250 MHz.
Those modules are designed especially for: Contactless temperature measurement, Free space optical communication, Laser detection, Gas analysis, Fourier spectroscopy, Fire, flame and human body detection, Pyrometers, scanners, Nondestructive material testing.