Lock-in amplifier DXA-003
signaldifferentialanalog

Lock-in amplifier - DXA-003 - Xiamen Dexing Magnet Tech. Co., Ltd. - signal / differential / analog
Lock-in amplifier - DXA-003 - Xiamen Dexing Magnet Tech. Co., Ltd. - signal / differential / analog
Lock-in amplifier - DXA-003 - Xiamen Dexing Magnet Tech. Co., Ltd. - signal / differential / analog - image - 2
Lock-in amplifier - DXA-003 - Xiamen Dexing Magnet Tech. Co., Ltd. - signal / differential / analog - image - 3
Lock-in amplifier - DXA-003 - Xiamen Dexing Magnet Tech. Co., Ltd. - signal / differential / analog - image - 4
Lock-in amplifier - DXA-003 - Xiamen Dexing Magnet Tech. Co., Ltd. - signal / differential / analog - image - 5
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Characteristics

Type
signal
Secondary function
differential
Other characteristics
digital, DC, low-noise, analog, lock-in
Voltage

Min.: 100 V

Max.: 240 V

Current

30 mA

Power

30 W

Frequency

Min.: 0.001 Hz

Max.: 10,000,000 Hz

Description

Frequency: DC to 10MHz; Time constants: 30ns to 4.4ks; Dynamic reserve: >120 dB; Full-scale Sensitivity: 1 nV to 1 V; Noise is low to 6nV// √Hz; Scope, Spectrum Analyzer; PID Controller, AM Modulation. Input Channel With the low-noise analog pre-amplifier, the signal input of DXA-003 can be switched to operate in the single-ended or differential voltage mode, and the input noise is 6 nV/√Hz@100 kHz. The input impedance is 50 Ω or 10 MΩ and the full-scale input voltage sensitivity ranges from 1 nV to 1V. Two line filters (50/60 Hz and 100/120 Hz) are designed to eliminate line related interference. The programmable gain amplifier is provided to adjust the dynamic reserve of the system according to the magnitude of the input signal, so that DXA-003 has an inherently large dynamic reserve up to 120dB. The sampling rate of 250MSPS is determined by a precision 14-bit A/D converter and a specific filter is designed to avoid aliasing. Reference Channel In order to provide the reference signal for DXA-003, an externally applied sine wave or square wave, or its own internally synthesized reference source could be used. When the instrument is set to internal reference mode, the internal precision stabilized oscillator and the digital synthesized algorithm are used to generate sinewave output that multiplies the input signal, there is virtually no reference phase noise when choosing internal reference mode. Taking advantage of the digital phase-shifting technique, the reference signal phase could be adjusted with 0.001° resolution.

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