YOUR ULTRALOW NOISE SYSTEMS.

SILENTSYS develops, produces, and commercializes solutions in photonics, microwave/THz, and electronics. With patented designs and extensive expertise, the products are compact and user-friendly. SILENTSYS targets emerging industrial and lab needs, especially in quantum technologies, metrology, sensing, and communications, offering cutting-edge performance tailored to modern applications.

FIL-01: Ultralow Noise Voltage Amplifier

from €790

Measuring Ultralow voltage noise can be a nightmare…
Easily explore the nanovolt level with fil-01!

The FIL-01 is an electronic high-pass filter and amplifier module developed to offer the best performances in terms of voltage noise characterization. FIL-01 acts as an AC coupling filter by removing the DC component of the input signal with a cut-off frequency of 600 mHz. The output signal is also amplified by a factor of 2000 (66 dB amplification) with a 3MHz bandwidth and an input voltage noise of 0.6 nV/√(Hz).

SPECIFICATIONS

Number of outputs 1
Number of inputs 1
Input voltage noise 0.6 nV/√Hz
Input AC voltage saturation amplitude ±2.25 mV
Input voltage range max (AC+DC) ±15 V
Output voltage range max ±4.5 V
Output/input connectors SMA female
Bandwidth 3 MHz
Amplifier gain 2000 (66 dB)
High-pass filter cutoff frequency 600 mHz
Power supply input plug P1J
Provided power supply Triad Magnetics WSX060-4000
Product dimensions 125 x 80 x 35 mm3
Product weight approx. 400 g
Temperature 0°C to +40°C
Aluminum case Yes
Price €790
Datasheet
User guide

PERFORMANCES

Typical voltage noise power spectral density of the output when a 50-ohm termination is connected at the input.

FUNCTIONAL DIAGRAM

The functional diagram is a simple view of what the instrument does. It enables a fast and simple understanding of the internal functionalities in respect to the system inputs and outputs.

DRAWINGS

The dimensions of the device are presented here with a simplified view. It also shows the connections from the front and back view of the instrument.

Dimensions are in [mm]

Related Application Notes.

Gallery.

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