Signal generator

Author: L | 2025-04-25

Signal generator software creates generated waveforms for download into various signal generators like Keysight’s high-performance signal generators. What signals can you create with Signal Generation Software? Signal generation software provides a broad range of signals from custom signals to application-based signals. General Settings (Signal Generator) The signal generators that are supported are the Agilent N5182A MXG Signal Generator and the Agilent E4438C ESG signal generator. The E4438C

RF Signal Generators RF Generator, Signal Generator, and

Device that is connected to the detector and blocks the generator to prevent the abnormal generation of the musical tone signal when the misoperation condition is detected. 2. A musical tone synthesis apparatus according to claim 1, wherein the detector comprises a timer resettable every time the generator institutes periodical operation, the timer counting out and detecting the misoperation condition when the generator fails to institute the periodical operation. 3. A musical tone synthesis apparatus according to claim 1, wherein the generator comprises a tone generating circuit which operates according to the event data to generate waveform data, and a converting circuit which converts the waveform data into the musical tone signal, and wherein the blocking device comprises a switch which disconnects the converting circuit from the tone generating circuit when the misoperation condition is detected. 4. A musical tone synthesis apparatus according to claim 1, further comprising a task switch for selectively switching programs to be run by the processor so that the detector does not operate when other programs besides the generator have been selected to run. 5. A musical tone synthesis apparatus comprising:sequencer means operative to provide a sequence of event data effective to command generation of a musical tone signal; generator means operative according to the event data to generate the musical tone signal; detector means for detecting a misoperation condition of the generator means which would cause abnormal generation of the musical tone signal; and blocking means operative when the misoperation condition is detected for blocking the generator means to prevent the abnormal generation of the musical tone signal. 6. A musical tone synthesis method comprising the steps of:operating a sequencer device to provide a sequence of event data effective to command generation of a musical tone signal; operating a generator device according to the event data to generate the musical tone signal; detecting when a misoperation condition of the generator device occurs which would cause abnormal generation of the musical tone signal; and blocking the generator device to prevent the abnormal generation of the musical tone signal when the misoperation condition is detected. 7. Need to select ALC hold when using RF blanking. Limit ALC Hold to no more than 100 ms, as the ALC Level may degrade. The hold selection remains until you reconfigure it, preset the signal generator, or cycle the signal generator power. Incorrect ALC settings can cause a sudden unleveled condition to occur. An unleveled RF output can damage a DUT or connected instrument. Ensure that you set markers such that the ALC obtains a sample that accounts for the high power levels within the signal. 7. Triggers Trigger Type Choice: Continuous | Single | Gated | Segment Advance Default: Continuous Double-click or use the drop-down menu to select the triggering mode. – selects the continuous triggering mode, which enables the signal generator to repeat the modulating signal indefinitely until you turn off the modulation format, change triggers, or select another waveform. – sets up a waveform to play once after receiving a trigger. – sets the signal generator to the gated trigger mode, which causes the waveform (modulating signal) to repeatedly start and stop in response to an externally applied trigger signal. To use the gated trigger mode, you must select as the Trigger Source. – controls the way the signal generator plays segments within a sequence. This includes determining whether a segment plays once or continuously, and when the sequence advances to the next segment. See Segment Advance. For Dual Band DPD test, this is read only by setting to default value. Trigger Source Choice: Trigger Key | External | Bus Default: External Coupling: Trigger Source will be coupled to External if the Trigger Master setting in the Envelope Tracking block is set to Envelope Signal Generator, and will be coupled to Bus if the Trigger Master setting in the Envelope Tracking block is set to RF Signal Generator. Double-click or use the drop-down menu to select the triggering method. – selects the front panel hardkey as the trigger source. After making this selection, press the Trigger hardkey to trigger a waveform. – causes a waveform to trigger from an externally supplied trigger signal. – enables a command

Test-Signal Generator by Signal Perspective - Test Signal Generator

Out by actually generating a retrigger signal or by commanding generation of the retrigger signal. This retrigger process is executed everytime the tone generation program is called to perform the task to periodically output the retrigger signal. Consequently, the switch control signal SWCONT maintains the logic level "1" so that the switch 25 is controlled to pass the output DACOUT of the DAC 24 as illustrated at the left side of FIG. 5(a). the switch control signal SWCONT falls from the level "1" to the level "0" as illustrated by FIG. 5(b). the switch 25 blocks the output DACOUT from the DAC 24 and outputs the earth level. the retrigger signal may be directly written into the tone generator 11. the MPU 1 writes into an address area of the memory shared by the tone generator 11 such that the tone generator 11 treats the writing by the MPU 1 as the retrigger signal upon detection of the writing by the MPU 1. Otherwise, the automatic play program may feed a retrigger signal. occurrence of abnormality is notified to the MPU 1 by means of IRQ from the tone generator 11. the tone generator 11 may have a flag which is turned off upon the abnormality, while the MPU 1 monitors the flag to detect the abnormality. the MPU 1 commences necessary process equivalent to the NMI process. step S243 the computation process is performed to form the waveform of the musical tone. the tone generation program is executed to operate the software tone generator for computational synthesis of the musical tone waveform. the sample data of the musical tone waveform obtained by step S243 is sequentially transferred to the tone generator 11. the tone generation program may simply writes the computed sample data of the waveform into a buffer prepared on the RAM 3. a device driver (software) prepared for the tone generator 11 transfers the sample data from the buffer of the RAM 3 to the tone generator 11. Then, the routine returns after the computation process of step S243 finishes. a karaoke song voiced by the user. Signal generator software creates generated waveforms for download into various signal generators like Keysight’s high-performance signal generators. What signals can you create with Signal Generation Software? Signal generation software provides a broad range of signals from custom signals to application-based signals. General Settings (Signal Generator) The signal generators that are supported are the Agilent N5182A MXG Signal Generator and the Agilent E4438C ESG signal generator. The E4438C

Signal Generator : signal generator software - The DXZone.com

Oscilloscope with Function Generator GUIThe project features a user-friendly GUI designed with Qt C++ to visual sampled signal and the control of function generator channels.A signal sampling mechanism is achieved through the configuration of the STM32 Advanced Timer to trigger the Analog to Digital Converter (ADC).Implementation includes the use of Direct Memory Access (DMA) in double buffer mode, optimizing the reading of ADC sampled values and their smooth transfer over UART.Users can manipulate and control two channels of the function generator through the GUI. The STM32 Basic Timer is configured to trigger the DAC converter, enabling the generation of predefined signal arrays. Signal parameters are customizable through the GUI, offering flexibility in waveform selection and control.Function generator can output sine-wave, triangle-wave, saw tooth-wave, and square wave signals. Maximum frequecy for each signal is 5 KHz. In this version Duty cycle configuration is available only in square-wave.Please Note that this version is demo and may contain minor bugs.Screen Shots ofFunction GeneratorI set up the function generator as shown in the initial screenshot, followed by a verification process. I tested whether these configurations match the output by measuring it using an oscilloscope.View signal of oscilliscopeI connected the output of Channel 1 of the function generator, which is a sine wave, to be measured by this simple oscilloscope. Sent through the GPIB, LAN, or AUXILIARY IO (RS-232) input connector to trigger a waveform. For Dual Band DPD test, this is read only by setting to default value. External Source Choice: Pattern Trigger In 1 | Pattern Trigger In 2 Default: Pattern Trigger In 1 Double-click or use the drop-down menu to select the rear-panel input for the external trigger signal. must be selected as the trigger source. – selects the PATTERN TRIG IN rear-panel BNC connector – selects the AUXILIARY I/O rear panel connector External Polarity Choice: Positive | Negative Default: Positive Coupling: This setting will be coupled to Positive if the Envelope Tracking Block is set to On and the Trigger Master is set to Envelope Signal Generator. Sets the polarity of the external trigger. This parameter is active only if you select as the trigger source. – the signal generator triggers an event when it receives a negative change in the signal at the PAT TRIG IN or AUX I/O rear panel connector. – the signal generator triggers an event when it receives a positive change in the signal at the PAT TRIG IN or AUX I/O rear panel connector. External Delay Choice: On | Off Default: Off Coupling: This setting will be coupled to On if the Trigger Master in the Envelope Tracking block is set to Envelope Signal Generator, and will be coupled to Off is the Trigger Master is set to RF Signal Generator. Turns the external trigger delay off or on. This parameter is active only after selecting as the trigger source. External Delay Time Range: 5 ns to 41 s Default:1 ms Coupling: If Envelope Tracking block is set to On and the Trigger Master in Envelope Tracking block is set to Envelope Signal Generator, this setting and the I/Q Delay setting in this block will be determined by the Delay value in the Envelope Tracking block. Sets the amount of time to delay the signal generator's response to an external trigger, in 8 ns or 10 ns steps. The delay is a path (time) delay between the time the signal

Download and Generate Signals with RF Signal Generator

And every positive edge. A TRUE pulse at the Q output will be set to FALSE immediately on a negative edge. Undesirable connection of the IN input: If no further measures for exception avoidance are taken, the undesir­able connection of the IN input to a signal not designated for this purpose will cause the signal connected in error to control pulse generation. As a result, the pulse generator will be restarted on every positive edge. A TRUE pulse at the Q output will be set to FALSE immediately on a nega­tive edge. Impermissible static TRUE signal at the IN input (operating current principle): If no further measures for exception avoidance are taken, a static TRUE signal at the IN input will cause the pulse generator to run continuously and it will not be possible to stop it. Impermissible static FALSE signal at the IN input (closed-circuit current principle): If no further measures for exception avoidance are taken, a static FALSE signal at the IN input will cause the pulse generator to be idle continu­ously and it will not be possible to start it. Connection with safety-related function block SF_TestableSafety­Sensor: Impermissible FALSE signal or no connection at the IN input. If the pulse generator FB is connected to the safety-related function block SF_TestableSafetySensor (TSS) in such a way that a positive edge of its Q output signal at the StartTest input of the TSS function block will trigger the sensor test, the IN input of the pulse generator FB must always

RF Signal Generators RF Generator, Signal

Each attenuator introduces errors. While you output extremely low amplitude signals, the internally-generated system noise of a signal generator becomes critical. The lower the system noise floor, the higher the signal-to-noise ratio (SNR). Lower SNR results in a poor receiver sensitivity measurement. In addition to the system noise floor, interfering signals can be a source of errors for extremely low amplitude signals. To resolve the errors, place the device under test (DUT) in a shielded environment. Beyond the Output Range RF signal generators are capable of outputting as high as +25 dBm and as low as -120 dBm. If you need to go beyond the specified range, you can use an amplifier to increase the output power or an attenuator to decrease it. When you extend the output range of the signal generator, there are some important factors to be aware of. Amplifier gain uncertainty affects the output amplitude level Attenuator’s flatness and accuracy performance Tips for Optimizing Amplitude Accuracy There are several ways to optimize amplitude accuracy while you use an external amplifier or an attenuator (or other passive accessories) with a signal generator. The common method is to use a vector network analyzer (VNA) to measure the entire signal path and enter correction values into the signal generator. Below are 2 tips to improve amplitude accuracy easily by using the built-in capabilities of new signal generators. Tip 1: Using Flatness Correction User flatness correction allows the digital adjustment of RF output amplitude to compensate for external losses in cables, switches, or other devices. By using power meter/sensor to calibrate the measurement system, a table of power level corrections can automatically be created. The USB power sensor connects to the signal generator directly. The signal generator works as a power meter and measures the power at the test plane. The correction values can be saved in the signal generator’s memory and you can recall and apply the correction values the next time you use the same test configuration. Figure 2 below illustrates the flatness correction setup by using a signal generator and USB power sensor. Figure 2: Flatness correction by using USB power sensor Tip 2: Using External Leveling External leveling lets you move the ALC feedback source closer to the DUT so that it accounts for most of the power uncertainties inherent to the cabling and components in a test setup. Figure 3: Test setup for external leveling As the RF power level at the input of the power coupler/splitter changes, the external detector returns a compensating negative voltage. The ALC circuit uses this negative voltage to level the RF output power by raising or lowering the signal generator’s power. This ensures a constant power level at the. Signal generator software creates generated waveforms for download into various signal generators like Keysight’s high-performance signal generators. What signals can you create with Signal Generation Software? Signal generation software provides a broad range of signals from custom signals to application-based signals.

RF Signal Generators RF Generator, Signal Generator, and

Category: Developer Tools / Specialized Tools | Author: Virtins Technology It consists of a signal generator and an off-line oscilloscope. It provides sine, square, triangle, saw tooth,white noise, pink noise, multi-tones, arbitrary wave form generation including sweep function. DOWNLOAD GET FULL VER Cost: $24.95 USD License: Shareware Size: 293.0 KB Download Counter: 26 VIRTINS Pocket Signal Generator is a powerful Pocket PC based virtual instrument. It consists of a Signal Generator and an off-line Oscilloscope. 1. The dual channel Signal Generator (Sweep/Arbitrary/Function Generator) provides the following types of waveform for output: (1) Sine (2) Square (3) Triangle (4) Saw Tooth (5) White Noise (6) Pink Noise (7) Multi-tones (8) Arbitrary via user-configurable waveform library at either a fixed frequency, or a frequency that sweeps linearly or logarithmically within specified frequency range and time duration. 2. The dual-channel off-line Oscilloscope provides four types of views: (1) Waveform display of Channel A and Channel B (2) Waveform display of Channel A + Channel B (3) Waveform display of Channel A - Channel B (4) Lissajous Pattern display for Channel A and Channel B The off-line Oscilloscope can be used to view the signal generated by the Signal Generator. It can also be used to view the WAV files recorded by other sound recording software. Requirements: Pocket PC 2002 or above with ARM/XScale CPU OS Support: Pocket PC, Windows Mobile 2003,Windows Mobile 2005 Language Support: English, Chinesesimplified, Chinese Released: December 05, 2005 | Added: February 08, 2008 | Viewed: 4964