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Signal generators, function generators
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Function generator / programmable - PBZ series
The PBZ series is a bipolar type DC regulated power source that can continuously change both + and polarities passing through 0 without changing the output terminal.
By adopting a Switching + Linear system, the PBZ is able to realize both drastic weight reduction as well as high speed and low noise operation. Since operation covers 4...
By adopting a Switching + Linear system, the PBZ is able to realize both drastic weight reduction as well as high speed and low noise operation. Since operation covers 4...
Function generator / programmable - PBZ series
The PBZ series is a bipolar type DC regulated power source that can continuously change both + and polarities passing through 0 without changing the output terminal.
By adopting a Switching + Linear system, the PBZ is able to realize both drastic weight reduction as well as high speed and low noise operation. Since operation covers 4 quadrants, power can be both supplied (source) and absorbed (sink). The PBZ can also drive inductive or capacitive loads. The unit also equips a signal generator function which enables waveform and sequence creation. The PBZ is also capable of synchronized operation which is required for voltage variation tests, and it can also be expanded for large current applications through master-slave parallel operation.
Waveform generation function
In addition to the basic sine, square and triangular waveforms, the PBZ series is equipped with a user-defined waveform generating function that can register up to 16 waveforms. It allows the amplitude, frequency, start phase, frequency sweep and square wave duty to be set as needed.
The 16 user-defined waveforms can be freely edited, and the original created and edited waveforms can be registered and easily recalled for use. The sequence function allows each waveform to be set as a single step, and a maximum of 1024 steps can be set in the 16 programs.
By adopting a Switching + Linear system, the PBZ is able to realize both drastic weight reduction as well as high speed and low noise operation. Since operation covers 4 quadrants, power can be both supplied (source) and absorbed (sink). The PBZ can also drive inductive or capacitive loads. The unit also equips a signal generator function which enables waveform and sequence creation. The PBZ is also capable of synchronized operation which is required for voltage variation tests, and it can also be expanded for large current applications through master-slave parallel operation.
Waveform generation function
In addition to the basic sine, square and triangular waveforms, the PBZ series is equipped with a user-defined waveform generating function that can register up to 16 waveforms. It allows the amplitude, frequency, start phase, frequency sweep and square wave duty to be set as needed.
The 16 user-defined waveforms can be freely edited, and the original created and edited waveforms can be registered and easily recalled for use. The sequence function allows each waveform to be set as a single step, and a maximum of 1024 steps can be set in the 16 programs.
Broadcast signal generator - 10 kHz - 280 MHz | KSG4310
Model KSG4310 is FM/AM stereo signal generator that cover a frequency range of 10 kHz to 280 MHz. Incorporating FM stereo and AM stereo (Motorola C-QUAM(TM...
Broadcast signal generator - 10 kHz - 280 MHz | KSG4310
Model KSG4310 is FM/AM stereo signal generator that cover a frequency range of 10 kHz to 280 MHz. Incorporating FM stereo and AM stereo (Motorola C-QUAM(TM )system) modulators, model KSG4310 is also highly desirable for their compact and labor-saving design.
It also incorporates several features and improvements, such as electronic attenuators for improved reliability, a variable AF generator, and a memory scan function, all added while keeping costs at low levels. As a result, the KSG4310 has become the standard in signal generators while at the same time offering superior cost performance.
It also incorporates several features and improvements, such as electronic attenuators for improved reliability, a variable AF generator, and a memory scan function, all added while keeping costs at low levels. As a result, the KSG4310 has become the standard in signal generators while at the same time offering superior cost performance.
Function generator / arbitrary waveform - 50 MHz | FGA5050
The FGA5050 is a function generator that equips with the arbitrary waveform function. In addition to Sine waveform, Square waveform, Ramp waveform of those custom waveform generation function, the...
Function generator / arbitrary waveform - 50 MHz | FGA5050
The FGA5050 is a function generator that equips with the arbitrary waveform function. In addition to Sine waveform, Square waveform, Ramp waveform of those custom waveform generation function, the FGA5050 offers to realize high precision waveform with 1 μHz of resolution and 50MHz of wideband frequency. The FGA5050 can be used in wide application such as "Voltage variation test for Automotive Electronic Components", "ECU false signal source", "Charge-Discharge test for the rechargeable battery", "Ripple super-impose test" and it can be used as the trigger signal for the various type of test system.
Further more, three types of interface, LAN / USB / GPIB* are equipped with the FGA5050 as standard feature, it applies for automated test along with manual operation.
Further more, three types of interface, LAN / USB / GPIB* are equipped with the FGA5050 as standard feature, it applies for automated test along with manual operation.
Noise generator - 10 Hz - 40 GHz | UFX7000 Series
The UFX7000A Series instruments provide Broadband Gaussian noise with superior flatness. The output power can be attenuated up to 127 dB in 1 dB steps, and several connector types are available. In standby mode, the output RF switch is terminated into a 50-ohm load, while in the "on" state...
Noise generator - 10 Hz - 40 GHz | UFX7000 Series
The UFX7000A Series instruments provide Broadband Gaussian noise with superior flatness. The output power can be attenuated up to 127 dB in 1 dB steps, and several connector types are available. In standby mode, the output RF switch is terminated into a 50-ohm load, while in the "on" state it is directed to the output connector. The UFX7000A Series flexible architecture allows several options, including an internal combiner, 0.1 dB attenuation steps, and internal switches for up to 4 filter paths. Standard units can be modified for specific customer requirements. Please consult the factory for pricing and availability of these requests.
Quick Features
Type N, BNC, or SMA connectors available
127 dB attenuation in 1 dB, or optional 0.1 dB steps*
Optional signal path attenuators
SP6T switch allows four internal/external filter paths
Band pass, low pass, high pass, or notch filters **
Standard Ethernet, or optional GPIB remote control
Optional rear panel connectors
* Units above 2 GHz have 79.9 dB attenuation
** Consult factory for all filter options
Quick Features
Type N, BNC, or SMA connectors available
127 dB attenuation in 1 dB, or optional 0.1 dB steps*
Optional signal path attenuators
SP6T switch allows four internal/external filter paths
Band pass, low pass, high pass, or notch filters **
Standard Ethernet, or optional GPIB remote control
Optional rear panel connectors
* Units above 2 GHz have 79.9 dB attenuation
** Consult factory for all filter options
Noise generator - 10 MHz - 2 GHz | PNG7000A Series
The PNG7000A Series instruments generate white Gaussian noise and provide a summing input to control signal-to-noise (SNR) or carrier-to-noise (CNR) for bit-error-ratio (BER) testing. The output can also be used as a source for Jitter applications....
Noise generator - 10 MHz - 2 GHz | PNG7000A Series
The PNG7000A Series instruments generate white Gaussian noise and provide a summing input to control signal-to-noise (SNR) or carrier-to-noise (CNR) for bit-error-ratio (BER) testing. The output can also be used as a source for Jitter applications. A key feature of this instrument is its low distortion signal path that sums the user-supplied signal with the internal precision white noise source. Standard units can be modified for specific customer requirements. Please consult the factory for pricing and availability of these requests.
- Type N, BNC, or SMA connectors available
- 127 dB attenuation in 1 dB, or optional 0.1 dB steps*
- Summing input for CNR, or Eb/No measurements
- 0 dB signal path insertion loss
- +/- 0.25 dB per 40 MHz noise band smoothing
- SP6T switch allows four internal/external filter paths
- Standard Ethernet, or optional GPIB remote control
- Optional rear panel connectors
- Type N, BNC, or SMA connectors available
- 127 dB attenuation in 1 dB, or optional 0.1 dB steps*
- Summing input for CNR, or Eb/No measurements
- 0 dB signal path insertion loss
- +/- 0.25 dB per 40 MHz noise band smoothing
- SP6T switch allows four internal/external filter paths
- Standard Ethernet, or optional GPIB remote control
- Optional rear panel connectors
Noise generator - 1 MHz - 5 GHz | J7000 series
The J7000A Series instruments high crest factor output is used as a random jitter source for serial data bus applications, including PCI Express Gen I & II, Serial ATA, and Fiber Channel. The noise source is designed for the PCI-SIG total jitter (Tj) model serial data application, but can be used for...
Noise generator - 1 MHz - 5 GHz | J7000 series
The J7000A Series instruments high crest factor output is used as a random jitter source for serial data bus applications, including PCI Express Gen I & II, Serial ATA, and Fiber Channel. The noise source is designed for the PCI-SIG total jitter (Tj) model serial data application, but can be used for any random jitter noise application. The random nature of this output is designed to model real world electrical noise commonly found in digital electrical circuits. The summing input can control signal-to-noise (SNR) or carrier-to-noise (CNR) for bit-error-ratio (BER) testing similar to other Noisecom instruments. The signal path has a nominal insertion gain of 0 dB, with very low amplitude and phase ripple. Standard units can be modified for specific customer requirements. Please consult the factory for pricing and availability of these requests.
Quick Features
Serial Data sources and specialized filters **
Provides > 18 dB crest factor
127 dB attenuation in 1 dB, or optional 0.1 dB steps*
Summing input for CNR, or Eb/No measurements
Standard Ethernet, or optional GPIB remote control
Optional rear panel connectors
* Units above 2 GHz have 79.9 dB attenuation
Quick Features
Serial Data sources and specialized filters **
Provides > 18 dB crest factor
127 dB attenuation in 1 dB, or optional 0.1 dB steps*
Summing input for CNR, or Eb/No measurements
Standard Ethernet, or optional GPIB remote control
Optional rear panel connectors
* Units above 2 GHz have 79.9 dB attenuation
Noise generator - 500 Hz - 2 GHz | JV9000
Noise on Ground and Vcc traces is becoming an increasing concern of component designers, manufacturers and system users. Whether developing or operating highly accurate PLL or clock circuits, A/D D/A converters and other linear analog circuits for precision operations or such that are reliant on precise threshold functions, Ground and VCC noise...
Noise generator - 500 Hz - 2 GHz | JV9000
Noise on Ground and Vcc traces is becoming an increasing concern of component designers, manufacturers and system users. Whether developing or operating highly accurate PLL or clock circuits, A/D D/A converters and other linear analog circuits for precision operations or such that are reliant on precise threshold functions, Ground and VCC noise can significantly influence overall system functionality. Even high-speed digital circuits are not immune against this kind of noise and should be tested for Ground and VCC noise related effects on data jitter and data integrity.
Switched power supplies are a key cause of ground and Vcc noise, but other sources, like digital output switching, can also have significantly influence the quality of GND and VCC. Noisecoms JV9000 is a generator specifically designed to test components that need to be qualified for immunity to specific interference levels. The instrument has the capability to inject noise and deterministic jitter (DJ) signals into Vcc lines. JV9000 is a very useful instrument to analyze Power Supply Rejection Ratio.
Quick Features
VCC Noise Generator 500 Hz to 2 GHz, 0dBm
Deterministic Jitter Signal Generator 1kHz to 1GHz in steps (optional)
Customized inputs, outputs and signal levels possible
Manual versions and computerized versions available
Switched power supplies are a key cause of ground and Vcc noise, but other sources, like digital output switching, can also have significantly influence the quality of GND and VCC. Noisecoms JV9000 is a generator specifically designed to test components that need to be qualified for immunity to specific interference levels. The instrument has the capability to inject noise and deterministic jitter (DJ) signals into Vcc lines. JV9000 is a very useful instrument to analyze Power Supply Rejection Ratio.
Quick Features
VCC Noise Generator 500 Hz to 2 GHz, 0dBm
Deterministic Jitter Signal Generator 1kHz to 1GHz in steps (optional)
Customized inputs, outputs and signal levels possible
Manual versions and computerized versions available
Noise generator - - 55 dBm ... +5 dBm | CNG-EbNo SNR
The CNG-EbNo is a fully automated precision signal to noise generator that sets, and maintains a highly accurate ratio between a user supplied carrier and internally generated noise, over a wide range of signal power levels and frequencies. The internal power meter provides repeatable SNR waveforms for accurate signal generation.
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Noise generator - - 55 dBm ... +5 dBm | CNG-EbNo SNR
The CNG-EbNo is a fully automated precision signal to noise generator that sets, and maintains a highly accurate ratio between a user supplied carrier and internally generated noise, over a wide range of signal power levels and frequencies. The internal power meter provides repeatable SNR waveforms for accurate signal generation.
The instrument gives system, design, and test engineers in the telecommunications industry a single tool to generate precision signal to noise ratios. These signals are used to compare theoretical BER to SNR ratios, found in "waterfall" type graphs, with measured values from the DUT to evaluate different modulation schemes. Users can obtain higher yield through automated testing, plus increased confidence from repeatable, accurate test results. Standard units can be modified for specific customer requirements. Please consult the factory for pricing and availability of these requests.
Quick Features
* C/N carrier to noise ratio
* C/I carrier to interferer ration
* C/No carrier to noise density ratio
* Eb/No bit energy to noise density ratio
* Custom configurations
* 6.25" color TFT touch screen
* Accuracy of 0.2 dB RSS
* Bit Rates from 1 bps to 1 Gbs
* Variable Output Power from -55 dBm to +5 dBm
The instrument gives system, design, and test engineers in the telecommunications industry a single tool to generate precision signal to noise ratios. These signals are used to compare theoretical BER to SNR ratios, found in "waterfall" type graphs, with measured values from the DUT to evaluate different modulation schemes. Users can obtain higher yield through automated testing, plus increased confidence from repeatable, accurate test results. Standard units can be modified for specific customer requirements. Please consult the factory for pricing and availability of these requests.
Quick Features
* C/N carrier to noise ratio
* C/I carrier to interferer ration
* C/No carrier to noise density ratio
* Eb/No bit energy to noise density ratio
* Custom configurations
* 6.25" color TFT touch screen
* Accuracy of 0.2 dB RSS
* Bit Rates from 1 bps to 1 Gbs
* Variable Output Power from -55 dBm to +5 dBm