Moku:Lab Взлом 1.9.9 + Чит Коды

What's new in 1.9.9:
- The PLL in the Lock-In Amplifier now works at frequencies down to 100 Hz.
- The filter in the Laser Lock Box can now be configured as a bandstop (notch) filter or with custom coefficients.
- Added output channel settings when saving data in the Oscilloscope and Data Logger
- Fixed a bug in saving math channel phase data in the Frequency Response Analyzer
- Fixed a bug with displaying reference traces on the math channel in the Frequency Response Analyzer
- Minor bug fixes, performance enhancements and interface improvements.
If updating from version 1.9.3 or newer, this version will not require a firmware update.

What's new in 1.9.8:
- The PLL in the Lock-In Amplifier now works at frequencies down to 100 Hz.
- The filter in the Laser Lock Box can now be configured as a bandstop (notch) filter or with custom coefficients.
- Added output channel settings when saving data in the Oscilloscope and Data Logger
- Fixed a bug in saving math channel phase data in the Frequency Response Analyzer
- Fixed a bug with displaying reference traces on the math channel in the Frequency Response Analyzer
- Minor bug fixes, performance enhancements and interface improvements.
If updating from version 1.9.3 or newer, this version will not require a firmware update.

- The local oscillator in the Lock-In Amplifier and Laser Lock Box can now be disabled, allowing the input signal to be passed to the filters with no demodulation at all. This enables new modulation-free locking techniques such as DC locking, fringe-side locking and tilt locking.
- There is a new Phase measurement in the Oscilloscope, which measures the phase of the strongest frequency component of a signal with respect to the phase of a perfect sine wave.
- The Oscilloscope and Spectrum Analyzer now support difference measurements to record the difference between the frequency, amplitude, phase, etc. of two signals.
- In the Oscilloscope, both channels can now use any of the input or output signals as their source, so you can look at e.g. both Input 1 and Output 1 simultaneously.
- The filter in the Laser Lock Box can now be configured as a bandstop (notch) filter or with custom coefficients.
- The Data Logger preview graph now shows higher resolution data.
- The app preferences dialog is now accessible via the main menu.
- You can now change the colors associated with the input, output and math channels. This is useful for e.g. laser labs where safety goggles can make some colors hard to distinguish.
- There is a new option to disable automatic checking for updates.
- Minor bug fixes, performance enhancements and interface improvements.
If updating from version 1.9.3 or newer, this version will not require a firmware update.

• New look for block diagrams in Moku:PIDController, Moku:DigitalFilterBox and Moku:FIRFilterBuilder.
• Measurements in Moku:Oscilloscope and Moku:SpectrumAnalyzer now include statistics including min/max/mean/stddev.
• The PID controllers in Moku:LockInAmplifier, Moku:LaserLockBox and Moku:PIDController can now be configured while using the embedded oscilloscope, making it easier to see the effect of the changing controller parameters on a signal.
• Maximum logging duration increased to 10,000 hours.
• Improved support for larger iPad Pro screens.
• New Italian localization.
• Minor bug fixes, performance enhancements and interface improvements.

• New look for block diagrams in Moku:PIDController, Moku:DigitalFilterBox and Moku:FIRFilterBuilder.
• Measurements in Moku:Oscilloscope and Moku:SpectrumAnalyzer now include statistics including min/max/mean/stddev.
• The PID controllers in Moku:LockInAmplifier, Moku:LaserLockBox and Moku:PIDController can now be configured while using the embedded oscilloscope, making it easier to see the effect of the changing controller parameters on a signal.
• Maximum logging duration increased to 10,000 hours.
• Improved support for larger iPad Pro screens.
• New Italian localization.
• Minor bug fixes, performance enhancements and interface improvements.

• New look for block diagrams in Moku:PIDController, Moku:DigitalFilterBox and Moku:FIRFilterBuilder.
• Measurements in Moku:Oscilloscope and Moku:SpectrumAnalyzer now include statistics including min/max/mean/stddev.
• The PID controllers in Moku:LockInAmplifier, Moku:LaserLockBox and Moku:PIDController can now be configured while using the embedded oscilloscope, making it easier to see the effect of the changing controller parameters on a signal.
• Maximum logging duration increased to 10,000 hours.
• Improved support for larger iPad Pro screens.
• New Italian localization.
• Minor bug fixes, performance enhancements and interface improvements.

• Updated French localization
• Minor bug fixes, performance improvements and interface enhancements

***Note to Moku:LockInAmplifier users***: the input gain setting is no longer necessary and has been removed. If you were previously using the +24 or +48 dB input gain settings, you can now achieve the same result by increasing the output gain. For more information visit www.liquidinstruments.com/application-notes

What's new in version 1.9.1:
• Moku:LockInAmplifier now has 100x higher sensitivity (dynamic reserve up to 120 dB), making it easier to recover very small signals buried in noise
• The PLL in Moku:LockInAmplifier and Moku:LaserLockBox can now be configured to track signals down to 10 kHz with variable bandwidth
• Moku:SpectrumAnalyzer can now plot data with a logarithmic frequency axis, and display signals in dBm, Vrms, Vpp and dBV (plus corresponding PSD units)
• Improved support for iPadOS 13
• New Korean localization
• Minor bug fixes, performance improvements and interface enhancements

***Note to Moku:LockInAmplifier users***: the input gain setting is no longer necessary and has been removed. If you were previously using the +24 or +48 dB input gain settings, you can now achieve the same result by increasing the output gain. For more information visit www.liquidinstruments.com/application-notes

What's new in version 1.9.1:
• Moku:LockInAmplifier now has 100x higher sensitivity (dynamic reserve up to 120 dB), making it easier to recover very small signals buried in noise
• The PLL in Moku:LockInAmplifier and Moku:LaserLockBox can now be configured to track signals down to 10 kHz with variable bandwidth
• Moku:SpectrumAnalyzer can now plot data with a logarithmic frequency axis, and display signals in dBm, Vrms, Vpp and dBV (plus corresponding PSD units)
• Improved support for iPadOS 13
• New Korean localization
• Minor bug fixes, performance improvements and interface enhancements

• You can now sort, filter, and mark devices as favorites on the device selection screen
• Reference traces can now be displayed in Moku:Phasemeter and embedded oscilloscopes
• Signal fidelity improvements in Moku:SpectrumAnalyzer and Moku:FrequencyResponseAnalyzer
• The Moku:Phasemeter interface has had a refresh, and can now show both frequency and amplitude simultaneously
• Optimizations to improve performance and make the app more responsive on older iPad models
• Minor bug fixes, stability enhancements and interface improvements

• New features in Moku:FrequencyResponseAnalyzer (formerly Moku:BodeAnalyzer):
- can set phase difference between outputs
- can demodulate at up to 15th harmonic
- can measure input as well as input/output
- can specify output amplitude in dBm

• New features in Moku:WaveformGenerator:
- ramp and pulse waveforms can now be modulated using FM, PM, burst or sweep mode
- phase of pulse waveforms can be changed
- new duty cycle option for square waves
- waveform phase can now be changed in sweep mode
- can select 50 Ohm or 1 MOhm output load
- can modulate and trigger from either input channel

• Improvements to data logging capabilities:
- can now log data in Moku:PIDController, Moku:DigitalFilterBox, Moku:FIRFilterBuilder and Moku:LaserLockBox
- can change logging rate directly in logging panel
- can edit log file name (a timestamp will be appended to ensure filename is unique)

• The embedded waveform generators in Moku:Oscilloscope and Moku:DataLogger also have some new features:
- can select 50 Ohm or 1 MOhm output load
- new duty cycle option for square waves
- new sync phase option

• New floating drawer sections
- tap-and-hold on any section in a settings drawer to detach it and drag it anywhere on the screen
- double-tap the title bar to choose which rows are displayed and which are hidden
- great for saving screen real estate

• General improvements
- New-look block diagrams in Moku:LockInAmplifier and Moku:LaserLockBox
- New buttons to quickly adjust phase parameters by +/- 90 degrees in numpad
- New autoscale option in Moku:Phasemeter's timeseries graph
- Transients in Moku:Phasemeter's timeseries are automatically removed on reacquire
- New cascaded first-order filter type for smooth time-domain response in Moku:DigitalFilterBox
- Filter corner frequency can now be changed to time constant in Moku:LockInAmplifier
- Equation waveforms in Moku:ArbitraryWaveformGenerator are now restored when connecting to a running instrument
- Input range can now be set in volts instead of as an attenuation in Moku:SpectrumAnalyzer and Moku:FrequencyResponseAnalyzer
- Improvements to triggering on high-frequency signals in Moku:Oscilloscope when using Gaussian interpolation
- Fixed a problem which could cause error 103 when deploying an instrument for the first time after a reboot
- Moku:FrequencyResponseAnalyzer no longer clears the frame when saving data or at the end of a sweep with fewer than 512 points
- Minor bugfixes, interface improvements and performance enhancements

We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

New in version 1.8:
• The embedded oscilloscopes in Moku:LockInAmplifier, Moku:PIDController, Moku:DigitalFilterBox, Moku:FIRFilterBuilder and Moku:LaserLockBox now have an FFT option for the math channel
• It's now even easier to switch between your devices from the "My devices" option in the main menu
• New option in the main menu to view, copy and save the current instrument settings
• The sampling rate is displayed in the drawer of Moku:Oscilloscope
• Improvements to WiFi network stability
• Minor bugfixes, interface improvements and performance enhancements

We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

New in version 1.8:

• The embedded oscilloscopes in Moku:LockInAmplifier, Moku:PIDController, Moku:DigitalFilterBox, Moku:FIRFilterBuilder and Moku:LaserLockBox now have an FFT option for the math channel
• It's now even easier to switch between your devices from the "My devices" option in the main menu
• New option in the main menu to view, copy and save the current instrument settings
• The sampling rate is displayed in the drawer of Moku:Oscilloscope
• Improvements to WiFi network stability
• Minor bugfixes, interface improvements and performance enhancements

We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

We are pleased to announce the release of our latest instrument! Moku:LaserLockBox can be used to stabilize a laser's frequency to a reference cavity or atomic transition using high-performance modulation locking techniques.
Features:
• Generate and output modulation signals at up to 200 MHz
• Demodulate the input signal with an internal or external local oscillator including a phase-locked loop option
• Scan across resonances with sawtooth or triangle waveforms at up to 1 MHz
• Quickly lock to any zero-crossing in the error signal using the 'tap-to-lock' feature
• Filter the demodulated input signal with up to fourth order infinite-impulse response filters
• Individually configure fast and slow PID controllers
• Observe signals at different stages in the signal processing chain using an in-built oscilloscope

Other improvements in this version include:

• Moku:ArbitraryWaveformGenerator now supports triggering, with N-cycle and Start burst modes which can be triggered using an external trigger signal. In addition, Moku:ArbitraryWaveformGenerator now gives you full control over the number of points, update rate and interpolation of waveforms. There is also a new cardiac waveform for simulating ECG patterns, and a new graphical piecewise equation editor which makes building custom waveforms easier than ever.

• Moku:DigitalFilterBox adds extended ranges for lowpass, highpass and bandstop filters, allowing corner frequencies up to six orders of magnitude below the sampling rate.

• New-look main menu with options to connect to a recently-used device, switch instruments directly or open the file manager to view, upload and share data files on your device.

• Minor bugfixes, interface improvements and performance enhancements.

We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

We are pleased to announce the release of our latest instrument! Moku:LaserLockBox can be used to stabilize a laser's frequency to a reference cavity or atomic transition using high-performance modulation locking techniques.

Features:
• Generate and output modulation signals at up to 200 MHz
• Demodulate the input signal with an internal or external local oscillator including a phase-locked loop option
• Scan across resonances with sawtooth or triangle waveforms at up to 1 MHz
• Quickly lock to any zero-crossing in the error signal using the 'tap-to-lock' feature
• Filter the demodulated input signal with up to fourth order infinite-impulse response filters
• Individually configure fast and slow PID controllers
• Observe signals at different stages in the signal processing chain using an in-built oscilloscope

Other improvements in this version include:

• Moku:ArbitraryWaveformGenerator now supports triggering, with N-cycle and Start burst modes which can be triggered using an external trigger signal. In addition, Moku:ArbitraryWaveformGenerator now gives you full control over the number of points, update rate and interpolation of waveforms. There is also a new cardiac waveform for simulating ECG patterns, and a new graphical piecewise equation editor which makes building custom waveforms easier than ever.

• Moku:DigitalFilterBox adds extended ranges for lowpass, highpass and bandstop filters, allowing corner frequencies up to six orders of magnitude below the sampling rate.

• New-look main menu with options to connect to a recently-used device, switch instruments directly or open the file manager to view, upload and share data files on your device.

• Minor bugfixes, interface improvements and performance enhancements.

We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

Minor bugfixes and performance enhancements.
What's new in version 1.7:

Liquid Instruments is pleased to announce the release of our latest instrument, Moku:FIRFilterBuilder!

Features:
• Build finite-impulse-response (FIR) filters at sampling rates of up to 15 MS/s. • Create arbitrary impulse responses with over 14,000 coefficients. • Design filters in the time domain or in the frequency domain, choosing from common impulse responses and window functions. • Load your own filter coefficients or enter an equation to create a customized impulse response. • Visualize the filter's transfer function, impulse and step response, or group and phase delay. • Block diagram view of the digital signal processing with built-in probe points for signal monitoring. • 2 input channels, 2 output channels with control matrix for blending inputs.

Other improvements include:

• Advanced triggering settings in Moku:Oscilloscope including Pulse mode, holdoff time and Nth event trigger.

• New min hold, max hold and user-defined equation options for the Moku:Oscilloscope math channel.

• The built-in monitor oscilloscopes in Moku:LockInAmplifier, Moku:PIDController, Moku:DigitalFilterBox and Moku:FIRFilterBuilder now also have a math channel, complete with user-defined equation mode.

• New custom equation editor makes enterin equations much easier and more intuitive. Available when defining custom waveforms in Moku:ArbitraryWaveformGenerator, custom impulse responses in Moku:FIRFilterBuilder, and equations in the Moku:Oscilloscope math channel.

• Data logging improvements: it is now possible to schedule a log to start after a delay of up to 10 days. The maximum logging rate to CSV file in RAM has also been increased to 20 kHz.

• New advanced configuration mode for Moku:PIDController.

• New Bessel, Gaussian and Legendre filter types in Moku:DigitalFilterBox, giving superior time domain performance.

• Minor bugfixes, interface improvements and performance enhancements.

We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

Minor bugfixes and performance enhancements.

What's new in version 1.7:

Liquid Instruments is pleased to announce the release of our latest instrument, Moku:FIRFilterBuilder!

Features:
• Build finite-impulse-response (FIR) filters at sampling rates of up to 15 MS/s. • Create arbitrary impulse responses with over 14,000 coefficients. • Design filters in the time domain or in the frequency domain, choosing from common impulse responses and window functions. • Load your own filter coefficients or enter an equation to create a customized impulse response. • Visualize the filter's transfer function, impulse and step response, or group and phase delay. • Block diagram view of the digital signal processing with built-in probe points for signal monitoring. • 2 input channels, 2 output channels with control matrix for blending inputs.

Other improvements include:

• Advanced triggering settings in Moku:Oscilloscope including Pulse mode, holdoff time and Nth event trigger.

• New min hold, max hold and user-defined equation options for the Moku:Oscilloscope math channel.

• The built-in monitor oscilloscopes in Moku:LockInAmplifier, Moku:PIDController, Moku:DigitalFilterBox and Moku:FIRFilterBuilder now also have a math channel, complete with user-defined equation mode.

• New custom equation editor makes enterin equations much easier and more intuitive. Available when defining custom waveforms in Moku:ArbitraryWaveformGenerator, custom impulse responses in Moku:FIRFilterBuilder, and equations in the Moku:Oscilloscope math channel.

• Data logging improvements: it is now possible to schedule a log to start after a delay of up to 10 days. The maximum logging rate to CSV file in RAM has also been increased to 20 kHz.

• New advanced configuration mode for Moku:PIDController.

• New Bessel, Gaussian and Legendre filter types in Moku:DigitalFilterBox, giving superior time domain performance.

• Minor bugfixes, interface improvements and performance enhancements.

We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

Minor bugfixes and performance enhancements.

What's new in version 1.7:

Liquid Instruments is pleased to announce the release of our latest instrument, Moku:FIRFilterBuilder!

Features:
• Build finite-impulse-response (FIR) filters at sampling rates of up to 15 MS/s.
• Create arbitrary impulse responses with over 14,000 coefficients.
• Design filters in the time domain or in the frequency domain, choosing from common impulse responses and window functions.
• Load your own filter coefficients or enter an equation to create a customized impulse response.
• Visualize the filter's transfer function, impulse and step response, or group and phase delay.
• Block diagram view of the digital signal processing with built-in probe points for signal monitoring.
• 2 input channels, 2 output channels with control matrix for blending inputs.

Other improvements include:

• Advanced triggering settings in Moku:Oscilloscope including Pulse mode, holdoff time and Nth event trigger.

• New min hold, max hold and user-defined equation options for the Moku:Oscilloscope math channel.

• The built-in monitor oscilloscopes in Moku:LockInAmplifier, Moku:PIDController, Moku:DigitalFilterBox and Moku:FIRFilterBuilder now also have a math channel, complete with user-defined equation mode.

• New custom equation editor makes enterin equations much easier and more intuitive. Available when defining custom waveforms in Moku:ArbitraryWaveformGenerator, custom impulse responses in Moku:FIRFilterBuilder, and equations in the Moku:Oscilloscope math channel.

• Data logging improvements: it is now possible to schedule a log to start after a delay of up to 10 days. The maximum logging rate to CSV file in RAM has also been increased to 20 kHz.

• New advanced configuration mode for Moku:PIDController.

• New Bessel, Gaussian and Legendre filter types in Moku:DigitalFilterBox, giving superior time domain performance.

• Minor bugfixes, interface improvements and performance enhancements.


We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

Liquid Instruments is pleased to announce the release of our latest instrument, Moku:FIRFilterBuilder!

Features:
• Build finite-impulse-response (FIR) filters at sampling rates of up to 15 MS/s.
• Create arbitrary impulse responses with over 14,000 coefficients.
• Design filters in the time domain or in the frequency domain, choosing from common impulse responses and window functions.
• Load your own filter coefficients or enter an equation to create a customized impulse response.
• Visualize the filter's transfer function, impulse and step response, or group and phase delay.
• Block diagram view of the digital signal processing with built-in probe points for signal monitoring.
• 2 input channels, 2 output channels with control matrix for blending inputs.

Other improvements include:

• Advanced triggering settings in Moku:Oscilloscope including Pulse mode, holdoff time and Nth event trigger.

• New min hold, max hold and user-defined equation options for the Moku:Oscilloscope math channel.

• The built-in monitor oscilloscopes in Moku:LockInAmplifier, Moku:PIDController, Moku:DigitalFilterBox and Moku:FIRFilterBuilder now also have a math channel, complete with user-defined equation mode.

• New custom equation editor makes enterin equations much easier and more intuitive. Available when defining custom waveforms in Moku:ArbitraryWaveformGenerator, custom impulse responses in Moku:FIRFilterBuilder, and equations in the Moku:Oscilloscope math channel.

• Data logging improvements: it is now possible to schedule a log to start after a delay of up to 10 days. The maximum logging rate to CSV file in RAM has also been increased to 20 kHz.

• New advanced configuration mode for Moku:PIDController.

• New Bessel, Gaussian and Legendre filter types in Moku:DigitalFilterBox, giving superior time domain performance.

• Minor bugfixes, interface improvements and performance enhancements.


We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

This version includes new features, performance enhancements, and full support for Python, LabVIEW and Matlab APIs.


INSTRUMENTS

• Moku:Oscilloscope now has XY mode as an option in the math channel, and a new Gaussian interpolation mode, which reduces ringing artefacts on non-band-limited signals.

• Moku:Phasemeter has a new option to change the phase of output signals, and can plot phase timeseries and spectra in units of cycles, degrees or radians.

• The monitor graphs in Moku:LockInAmplifier, Moku:PIDController and Moku:DigitalFilterBox now support cursors and measurements, and have an improved min-max rendering display.

• Moku:DigitalFilterBox has an improved signal-to-noise ratio (SNR), and improved calculation of filter coefficients to avoid saturation.

• You can now set the voltage threshold for triggering from inputs and outputs in burst and sweep mode in Moku:WaveformGenerator.

• Improved stability and reliability of data logging.


GENERAL

• WiFi connectivity: Moku:Lab can now create and wireless access point and connect to an external WiFi network simultaneously. Choose your WiFi network from a list of available networks instead of having to type in the name manually. Connecting to a network is also faster and the connection stability has been improved.

• USB connectivity: you can now connect to your Moku:Lab to a PC via USB, or to your iPad using an iPad camera adapter.

• iOS Files integration: the Moku:Lab app is now fully integrated with Apple's Files app on iOS 11. Save data and log files on your iPad, then upload them to your computer or send them to third-party cloud services like Google Drive, Baidu, Microsoft One Drive, Amazon Drive, or Box.

• Minor bugfixes, interface improvements and performance enhancements.


We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

This version includes new features, performance enhancements, and full support for Python, LabVIEW and Matlab APIs.


INSTRUMENTS

• Moku:Oscilloscope now has XY mode as an option in the math channel, and a new Gaussian interpolation mode, which reduces ringing artefacts on non-band-limited signals.

• Moku:Phasemeter has a new option to change the phase of output signals, and can plot phase timeseries and spectra in units of cycles, degrees or radians.

• The monitor graphs in Moku:LockInAmplifier, Moku:PIDController and Moku:DigitalFilterBox now support cursors and measurements, and have an improved min-max rendering display.

• Moku:DigitalFilterBox has an improved signal-to-noise ratio (SNR), and improved calculation of filter coefficients to avoid saturation.

• You can now set the voltage threshold for triggering from inputs and outputs in burst and sweep mode in Moku:WaveformGenerator.

• Improved stability and reliability of data logging.


GENERAL

• WiFi connectivity: Moku:Lab can now create and wireless access point and connect to an external WiFi network simultaneously. Choose your WiFi network from a list of available networks instead of having to type in the name manually. Connecting to a network is also faster and the connection stability has been improved.

• USB connectivity: you can now connect to your Moku:Lab to a PC via USB, or to your iPad using an iPad camera adapter.

• iOS Files integration: the Moku:Lab app is now fully integrated with Apple's Files app on iOS 11. Save data and log files on your iPad, then upload them to your computer or send them to third-party cloud services like Google Drive, Baidu, Microsoft One Drive, Amazon Drive, or Box.

• Minor bugfixes, interface improvements and performance enhancements.


We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

This version adds the ability to place a DC offset on the output of Moku:BodeAnalyzer, and also includes bugfixes and performance enhancements.

What's new in version 1.5.3:

This version brings major upgrades to Moku:LockInAmplifier, Moku:Phasemeter and Moku:WaveformGenerator.

LOCK-IN AMPLIFIER
• Demodulate using an external signal with optional phase-locked loop (PLL)
• Amplify small input signals by up to 48 dB before demodulation
• Output a second filtered signal or an independent local oscillator
• Convert demodulation output from XY to polar coordinates
• Add a PID controller to the output signal
• Log data to SD card or RAM

PHASEMETER
• Extended frequency range down to 1 kHz
• New advanced spectral analysis tools (PSD, coherence, Allan Variance and more)
• Increased sample rates up to 125 kHz
• Free-wheeling: loop 'free-wheels' at the last known good frequency when the input signal is lost, improving reacquisition time and providing clock recovery functionality for communications systems
• Improved gain scaling with selectable unity gain frequencies from 10 Hz to 10 kHz
• Improved lock consistency at high gain settings
• Phase-locked outputs: output a sine wave that is phase-locked to the input signal

WAVEFORM GENERATOR
• Added burst mode (N cycle, Gated or Start) triggered from internal or external source
• Added sweep mode triggered from internal or external source

GENERAL
• iOS 11 compatibility
• Select interface language independently from the iPad default
• Display reference traces in Moku:BodeAnalyzer
• New options to save waveform data in multiple different formats
• Transfer log files directly from device RAM to SD card
• Fixed localization issues
• Minor bugfixes and performance enhancements

We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

This version brings major upgrades to Moku:LockInAmplifier, Moku:Phasemeter and Moku:WaveformGenerator.

LOCK-IN AMPLIFIER
• Demodulate using an external signal with optional phase-locked loop (PLL)
• Amplify small input signals by up to 48 dB before demodulation
• Output a second filtered signal or an independent local oscillator
• Convert demodulation output from XY to polar coordinates
• Add a PID controller to the output signal
• Log data to SD card or RAM

PHASEMETER
• Extended frequency range down to 1 kHz
• New advanced spectral analysis tools (PSD, coherence, Allan Variance and more)
• Increased sample rates up to 125 kHz
• Free-wheeling: loop 'free-wheels' at the last known good frequency when the input signal is lost, improving reacquisition time and providing clock recovery functionality for communications systems
• Improved gain scaling with selectable unity gain frequencies from 10 Hz to 10 kHz
• Improved lock consistency at high gain settings
• Phase-locked outputs: output a sine wave that is phase-locked to the input signal

WAVEFORM GENERATOR
• Added burst mode (N cycle, Gated or Start) triggered from internal or external source
• Added sweep mode triggered from internal or external source

GENERAL
• iOS 11 compatibility
• Display reference traces in Moku:BodeAnalyzer
• New options to save waveform data in multiple different formats
• Transfer log files directly from device RAM to SD card
• Fixed localization issues
• Minor bugfixes and performance enhancements

We want to hear from you! If you have feedback, bug reports or feature requests, please send them to [email protected]

Minor bugfixes and performance improvements.

What's new in version 1.5

* NEW INSTRUMENTS – DIGITAL FILTER BOX and ARBITRARY WAVEFORM GENERATOR *
We are pleased to announce the release of two new instruments! Use Moku:DigitalFilterBox to make eighth order lowpass, highpass, bandpass and bandstop filters with adjustable parameters, or load your own coefficients to build a customized response. Moku:ArbitraryWaveformGenerator allows you to generate custom waveforms with up to 65k points and an update rate of 1 GS/s, load waveform points from a file or input an equation directly.

Other improvements include:

OSCILLOSCOPE
• settings in drawer are now hidden when unavailable
• fixed a problem with unwanted triggering in single mode

DATA LOGGER
• added a warning for files over 4 GB (FAT32 filesystem limit)

BODE ANALYZER
• new option to disable output
• math channel now respects calibration
• math channel now works with fewer than 512 points

GENERAL
• new French localization
• new app-wide preferences dialog
• connecting to a device is now much faster
• new option to password-protect a device
• you can now connect directly to a Moku if you know its IP address
• fixed issue where the run button was not hidden in screenshots
• improved color contrast in dark mode
• minor bugfixes and performance enhancements

We want to hear from you! Please send feedback, bug reports or feature requests to [email protected]

Minor bug fixes and performance enhancements.

What's new in version 1.5:
* NEW INSTRUMENTS – DIGITAL FILTER BOX and ARBITRARY WAVEFORM GENERATOR *
We are pleased to announce the release of two new instruments! Use Moku:DigitalFilterBox to make eighth order lowpass, highpass, bandpass and bandstop filters with adjustable parameters, or load your own coefficients to build a customized response. Moku:ArbitraryWaveformGenerator allows you to generate custom waveforms with up to 65k points and an update rate of 1 GS/s, load waveform points from a file or input an equation directly.

Other improvements include:

OSCILLOSCOPE
• settings in drawer are now hidden when unavailable
• fixed a problem with unwanted triggering in single mode

DATA LOGGER
• added a warning for files over 4 GB (FAT32 filesystem limit)

BODE ANALYZER
• new option to disable output
• math channel now respects calibration
• math channel now works with fewer than 512 points

GENERAL
• new French localization
• new app-wide preferences dialog
• connecting to a device is now much faster
• new option to password-protect a device
• you can now connect directly to a Moku if you know its IP address
• fixed issue where the run button was not hidden in screenshots
• improved color contrast in dark mode
• minor bugfixes and performance enhancements

We want to hear from you! Please send feedback, bug reports or feature requests to [email protected]