3D model (.stp)
Brochure
We offer three variations for our dual-channel transimpedance amplifier. The first variation is a fixed gain model, where the gain is set from factory for those who know their specific application. The second allows for selection of four gain values by button switch (per channel), covering a range of possible gains. The third is user programmable, which allows for a variety of gains from 1-400 kV/A, and allows for integration within instrument control processes.
Key Features
- Precision machined aluminum casing
- 2 Channels
- 52 x 110 x 14 mm, 0.12 kg
- Mounting M6, M4, ¼”-20, #8-20
Interface:
- Signal : SMA, inputs (x2) and outputs (x2)
- Power : USB Type-C (+5 V)
- Control : Push-button (x2) for pre-defined gains (1, 10, 100, 300 kV/A) or user programmable (1-400 kV/A)
- USB Type-C, Virtual COM port (optional)
- Software : TIA control centre demo software & Command set for USB based test automation
Specifications
- Transimpedance gain : 1,10, 100, 300 kV/A (fixed gain version), 1 – 400 kV/A (programmable gain version)
- Bandwidth (@3dB cut-off) : 1.5 MHz @400 kV/A – 10.0 MHz @1 kV/A
- Noise density, input (typ.) : 2.1 pA/√Hz @400 kV/A – 123 pA/√Hz @1 kV/A
- Output range : -2.5 V to +2.5 V
- Current consumption (typ.) : 250 mA
- Operating temperature : 0 °C to 85 °C
Primary Applications
- Two-photon and confocal microscopy sub-systems
- Photomultiplier tube (PMT) detection
- Avalanche photodiode (APD) receivers
- Optical coherence tomography (OCT)
- Time-resolved fluorescence (FLIM)
Additional Compatible Applications
- Spectroscopy and laser diagnostics
- Scanning laser systems
- Photon counting front-ends
- Current-to-voltage conversion
- Optical communication and free-space links
General laboratory instrumentation
*Each instrument comes with an individual test report, and spec values may vary slightly from those shown in the graphs above.