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History
Response Rate
100.0%
Response Time
31.6hours
Relatively Fast Response
Product
Electrical measuring instrument 1mHz to 4MHz New generation lock-in amplifier 4MHz lock-in amplifier SR865A typeHandling Company
Tokyo Instruments, IncCategories
Image | Part Number | Price (excluding tax) | Reference signal channel Harmonic detection | Reference signal channel Frequency range | Reference signal channel input impedance | Reference signal channel Phase setting resolution | Reference signal channel phase noise-2 | Reference signal channel phase noise-1 | Reference signal channel phase drift (typical value) | Reference signal channel Dual F reference | Reference signal channel chopper reference | Reference signal channel Time base | Internal oscillator frequency | Signal channel harmonic distortion | Signal channel Current input range | Signal channel Voltage input range | Signal channel voltage input | Signal channel maximum input (OVLD not lit) | Signal Channel Sensitivity (Output Scale) | Signal Channel Input Impedance Current Input | Signal Channel Input Impedance Voltage Input | Signal channel noise | Signal Channel Dynamic Reserve | Signal channel gain accuracy | Signal channel CMRR | Demodulator harmonic removal | Demodulator time constant | Demodulator low latency output | Demodulator low pass filter | Demodulator filter slope | Demodulator Synchronous filter | Demodulator DC stability |
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SR865A |
Available upon quote |
Detect N × fref where N<99 and (N × fref) < 4 MHz |
1mHz~4MHz |
1 MΩ or 50 Ω |
(360/232) ° |
External reference signal (typical value) |
Internal reference signal |
Sine Out to signal In (200 mVrms) |
Fdual =│fint - detect fext│ |
Frequency lockable for SR540 optical chopper (using Aux Out 4, synchronized with internal reference signal) |
10 MHz In/Out (Lock phase of internal frequency of other SR865A) |
1mHz~4MHz |
-80 dB (<100 kHz) , -60 dB (>100 kHz) |
1 μA or 10 nA (peak) |
10 mV~1 V (peak). |
Single-ended (A) or differential (A-B) |
1 V (peak) or 1 μA (peak) |
1 nV~1 V (voltage input) |
1 kΩ or 100 Ω to virtual ground |
10 MΩ + 25 pF, AC (>1 Hz) or DC coupled |
2.5 nV/√Hz at 1 kHz (10 mV range, typical) |
120 dB (typical) |
±1% (<200 kHz), ±2% (to 2 MHz). |
90 dB at 1 kHz (DC coupled) |
-80dB |
1μs~30ks |
Rear panel BlazeX output Output delay <2 μs (+LPF rise/fall times) |
RC filter or Gaussian, phase linear filter |
6, 12, 18 or 24 dB/oct rolloff |
Valid below 4 kHz |
No offset drift in digital output values |
Reviews shown here are reviews of companies.
Reviews shown here are reviews of companies.