Zurich Instruments AG
8005 Zürich, Technoparkstrasse 1 / Edison 2006
+41 44 515 04 10
info@zhinst.com
Zurich Instruments makes instrumentation for quantum computing and periodic signal measurements. Over 170 employees help to advance science by offering expert service and a wide product portfolio: Quantum computing control systems, lock-in amplifiers, phase-locked loops, arbitrary waveform generators, impedance analyzers, digitizers, and boxcar averagers. We are a part of Rohde & Schwarz company.
Zurich Instruments AG
Technoparkstrasse 1
8005 Zürich
17 Ergebnisse für "demodulator" unter Zurich Instruments AG
Product Finder | Zurich Instruments
... ) 50 kHz maximum loop filter bandwidth Phase unwrap for demodulator phase data (± 1024 π) Low-pass ... loop filter bandwidth Phase unwrap for demodulator phase data (± 1024 π) Low-pass filter for derivative ... ) 50 kHz maximum loop filter bandwidth Phase unwrap for demodulator phase data (± 1024 π) Low-pass ... Phase unwrap for demodulator phase data (± 1024 π) Low-pass filter for derivative branch Per saperne di ...
MFLI + MF-PID 500 kHz / 5 MHz Phase-Locked Loop | Zurich Instruments
... unwrap for demodulator phase data (± 1024 π) Low-pass filter for derivative branch Per saperne di più CHF ... unwrap for demodulator phase data (± 1024 π) Low-pass filter for derivative branch ... demodulator phase data (± 1024 π) Low-pass filter for derivative branch Per saperne di più Prezzo CHF 11 130 ... Phase unwrap for demodulator phase data (± 1024 π) Low-pass filter for derivative branch Per saperne di ...
ETH Zürich - Numerische Materialmodellierung
8005 Zürich, Technoparkstrasse 1 / Einstein PFA G 11 (2. OG)
ETH Zürich - Numerische Materialmodellierung
Technoparkstrasse 1
8005 Zürich
1 Ergebnisse für "demodulator" unter ETH Zürich - Numerische Materialmodellierung
Enabling Dependable Communication in Cyber-Physical Systems with a ...
Enabling Dependable Communication in Cyber-Physical Systems with a Wireless Bus, https://pub.tik.ee.ethz.ch/people/thiele/paper/diss_ferrari.pdf, Enabling Dependable Communication in Cyber-Physica...
