Measurably better value Sine frequency up to 240MHz with 1µHz resolution Up to 100MHz high resolution pulse generator Arbitrary waveforms up to 16bits at 800MSa/s Wideband noise generator Dual Channel Arbitrary Function Generators

EXTENSIVE FEATURES Sine frequency up to 240MHz high sine purity, THD <0.05% Two identical channels with phase control, coupling and tracking Full 10Vpp amplitude into 50Ω for sine waves up to 80MHz Up to 100MHz high resolution pulse generator Arbitrary waveforms of 16 bits at up to 800MSa/s PRBS serial patterns with eight selectable sequence lengths* Class-leading modulation set including SUM* modulation 125MHz frequency counter/timer with five measurement modes Harmonics generation using up to 16 harmonics* Wide bandwidth noise source The TGF4000 series is the latest function/arbitrary generator...

FEATURES SUMMARY ff 0.001mHz to 240MHz (TGF4242), 160MHz (TGF4162) , 80MHz (TGF4082) or 40MHz (TGF4042) sine frequency range ff High sine wave purity with low phase noise and jitter, audio band THD down to 0.05% ff Square waves up to 100MHz with variable duty cycle, edge speeds down to 3ns ff Resolution of up to 15 digits or 1µHz, high stability TCXO timebase ff Two identical channels - independent or linked with coupled and tracking modes ff Inter-channel phase offset of -3600 to +3600 with 0.0010 resolution ff 1mHz to up to 100MHz Pulse generation with 100ps width resolution, <30ps jitter,...

EXCEPTIONAL PERFORMANCE MODEL COMPARISON Max frequency (square/ pulse) Vertical bits / Sample rate Noise bandwidth HIGHER FREQUENCIES The TGF4000 Series out-performs other generators in its price range by offering high purity sine waves up to 240MHz and square waves up to 100MHz, with low harmonic distortion and low phase noise, audio band THD is significantly better than similar generators at just 0.05%. EXCEPTIONAL FREQUENCY PRECISION The frequency of these waveforms can be set with up to 15 digits or one micro hertz of resolution. The DDS based frequency generation system uses a high stability...

EXTENSIVE DIGITAL & ANALOG MODULATIONS A large set of modulation types are built-in including AM, FM, PM, FSK, ASK, BPSK, PWM and SUM. All standard and arbitrary waveforms can be modulated as the carrier, although Noise, Pulse and PRBS are limited to AM, ASK and SUM modulations plus PWM for Pulse. INTERNAL DIGITAL MODULATIONS AM, FM, PM, PWM and SUM modulations can use an internal modulation source based upon any standard or arbitrary waveform type or Noise. A very wide modulation frequency range of 1µHz to 10MHz can be used. FSK, ASK, and BPSK use a square wave modulation signal adjustable between...

EFFICIENT WORKING GRAPHIC USER INTERFACE (GUI) The TGF4000 series is equipped with a 4.3 inch high resolution colour screen, providing added efficiency and clarity when carrying out complex testing. The graphic display demonstrates a quick visual insight into the waveform through the specifically colour coded graph, ensuring accurate and reliable results. Graphs for both channels can be displayed side by side for easy comparison or alongside a detailed description of the settings selected. Each channel has a unique set colour to provide instant recognition of the output channel selected when...

TWO CHANNEL OPERATION The two channels are identical with no performance limitations giving maximum flexibility and value for money. ff INDEPENDENT CHANNEL OPERATION The two channels can be operated completely independently as if they were two separate generators. (Note that external trigger and external modulation inputs are shared). ff RELATIVE PHASE The relative phase can be set from -360 degrees to +360 degrees with 0.001o resolution. Pressing the ‘align’ key phase synchronises the two channels with the specified phase offset. ff COUPLED OPERATION The frequencies of the two channels can be...

ENHANCED CONNECTIVITY FULL REMOTE CONTROL GPIB (OPTIONAL) All functions of the generators can be controlled from the digital interfaces. Arbitrary waveform data can also be loaded using these interfaces. The GPIB interface is compliant with IEEE-488.1 and IEEE-488.2. GPIB remains a widely used interface for system applications. The TGF4000 has a built-in LXI compliant web server which provides information on the unit and allows it to be configured over the LAN, quickly allowing the unit to be controlled via PC or tablet at no extra cost. Simple command line control from the browser is also possible....

FREQUENCY REFERENCE SYNC OUTPUT The generators use a high quality TCXO crystal as the internal frequency reference providing 1ppm accuracy and stability. If a higher accuracy or stability is required, an external 10MHz reference signal (from an off-air standard for example) can be applied to the Ref. Clock input. The internal 10MHz clock is available as a rear panel output for synchronisation with external equipment. Channel 2 can be configured to be a Sync output for channel 1. Sync can be chosen to perform a variety of tasks depending upon the waveform type and the application. OTHER INPUTS...

TECHNICAL SPECIFICATIONS MODEL: WAVEFORMS: Standard waveforms: Sine, Square, Ramp (Variable Symmetry), Triangle (50% Ramp symmetry), Positive Ramp (100% Ramp symmetry), Negative Ramp (0% Ramp symmetry), Pulse, Noise (Gaussian), DC, Sin(x)/x, Exponential Rise, Exponential Fall, Logarithmic Rise, Logarithmic Fall, Haversine, Cardiac, Gaussian, Lorentz, D-Lorentz and 4 User Defined Arbitrary Waveforms. Dozens of useful pre-built arbitrary waveforms are also supplied on Website. - SINE : Frequency range: Frequency resolution: 10mVp-p to 10Vp-p Output level (into 50Ω) : Amplitude flatness (1Vp-p relative...

PULSE: Frequency range: Frequency resolution: Output level (into 50Ω) : Aberrations (typical) : ±5% of amplitude (for transition time 10ns) ±3% of amplitude (for transition time 20ns) <±2% of amplitude (for transition time >40ns) 10mVp-p to 10Vp-p 10mVp-p to 4Vp-p ±5% of amplitude (for transition time 5ns) ±3% of amplitude (for transition time 10ns) <±2% of amplitude (for transition time >20ns) <30ps (cycle to cycle) Range: ≤ 4Vp-p Rise and fall times: Rise and Fall times can be independently varied or can be varied together simultaneously. Range: ≤ 4Vp-p Width: Delay can be entered as absolute...