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LIA-BV(D)-150 SINGLE-BOARD LOCK-IN AMPLIFIERS SERIES

Updated:2022-12-08

Brand name:FEMTO
Model number: LIA-BV(D)-150
Description: A PC card is exposed to electromagnetic interference in the internal computer case. Therefore, using a PC card to measure extreme sensitivity under weak signal conditions is not practical. FEMTO's LIA
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Product Details

Single and dual phase 19" boards
Working frequency 5 Hz up to 120 kHz
Phase shifter 0° ... 360°
Current and voltage input
Parameter control by local switches and opto-isolated digital inputs
Mounting kit MK-LIA-2 and reference oscillator module SOM-1 available

HIGH PERFORMANCE AT AN ATTRACTIVE PRICE

The high prices for usual desktop lock-in amplifiers often impede their use in cost sensitive applications. For this reason, FEMTO designed a complete and easy-to-use lock-in board at a very attractive price. All settings for sensitivity, time constant and phase shift can be selected either manually by front-panel switches or remotely by a PC via the digital interface. Additional signal filters can be configured by jumpers on the board to further increase the dynamic reserve in demanding applications.

19" BOARD VERSUS PC CARD

A PC card is exposed to the electromagnetic disturbed environment inside a computer case. Therefore, using a PC card for ultra-sensitive measurements of small signals is often not practical. FEMTO's Series LIA-BV(D)-150 Lock-In Amplifiers are designed as 19" boards which can operate in EMI-designed standard cases which offer best possible shielding and noise suppression. In addition, they are the perfect choice for designing high-performance multi-channel systems.

APPLICATIONS

Spectroscopy
Luminescence, fluorescence, phosphorescence measurements
Light scattering measurements
Opto-electronical quality control
Integration in industrial and scientific measurement-systems
Multi-channel-systems at an attractive price

Model	LIA-BV-150-L Single Phase	LIA-BV-150-H Single Phase	LIA-BVD-150-L Dual Phase	LIA-BVD-150-H Dual Phase
Working Frequency	5 Hz - 10 kHz	50 Hz - 120 kHz	5 Hz - 10 kHz	50 Hz - 120 kHz
Time Constants	3 ms - 10 s 6 or 12 dB/oct.	300 µs - 1 s 6 or 12 dB/oct.	3 ms - 10 s 6 or 12 dB/oct.	300 µs - 1 s 6 or 12 dB/oct.
Adjustable Signal Filter[6 dB/oct.]	Highpass 0.2 Hz - 1 kHz Lowpass 100 Hz - 1 MHz	Highpass 2 Hz - 10 kHz Lowpass 100 Hz - 1 MHz	Highpass 0.2 Hz - 1 kHz Lowpass 100 Hz - 1 MHz	Highpass 2 Hz - 10 kHz Lowpass 100 Hz - 1 MHz
Datasheet	367 kB	367 kB	369 kB	369 kB
Outputs	X = in phase, ±10 V full scale, short-circuit protected, Signal monitor output		X = in phase, Y = quadrature, R = magnitude, ±10 V full scale, short-circuit protected,Signal monitor output
Sensitivity (Full Scale)	Voltage: 3 µV - 1 V in 1-3-10 steps Current: 30 pA - 10 µA in 1-3-10 steps
Voltage Input	True-differential instrumentation amplifier, noise 12 nV/√Hz
Current Input	Transimpedance amplifier, gain 100 kV/A, noise 0.4 pA/√Hz
Reference Input	±100 mV to ±5 V, switchable to TTL
Phase	Adjustable 0° - 360°; resolution: 8-bit @ f ≤ 60 kHz, 7-bit @ f > 60 kHz Temperature drift <0.01°/K
Max. Dyn. Reserve	80 dB
Digital Control	16 TTL/CMOS inputs: 8-bit phase, 4-bit time constant, 4-bit sensitivity
Power Supply	±15 V, +120 mA / -60 mA
Dimensions	160 x 100 x 20 mm (L x W x H), weight 100 g (0.22 lbs)

The optional Reference Oscillator SOM-1 can be connected by an extension connector inside the module. Power supply via 3-pin Lemo® socket. A mating connector is provided with the device. Optional power supply PS-15 available. For further information please view the datasheet.

Block Diagram LIA-MVD-200-H