Pre-amplifier suits photodiode duties

Applications requiring a pre-amplifier with high bandwidth, fast rise time, low noise and excellent DC accuracy need the Stanford Research SIM 914, recently introduced by Lambda Photometrics.

Applications requiring a pre-amplifier with high bandwidth, fast rise time, low noise and excellent DC accuracy need the Stanford Research SIM 914, recently introduced by distributor Lambda Photometrics.

A wide bandwidth and linear response across the entire frequency range, preserves the pulse shape and makes the unit ideal for high speed applications such as amplifying signal from photomultiplier tubes and photodiodes.

The unit has two independent channels, each with a gain of 5.

The gain stages of several SIM914 can be cascaded without creating oscillation problems.

The SIM914 can be controlled independently or as part of the well established Small Instrument Module series (SIM).

Up to eight different units can be integrated using a single compact platform - maximising user flexibility.

The new SIM range, along with other scientific and engineering instruments is detailed in the new Stanford Research 25th Anniversary catalogue.

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