Wavetek MC

The Wavetek MC is a versatile signal generation and measurement instrument engineered for precision testing, calibration, and waveform synthesis across diverse electronic applications. Built on proven Wavetek architecture, it delivers accurate frequency synthesis, multiple waveform outputs, and flexible amplitude control—essential capabilities for development labs, service facilities, and production test environments.

– Technical Specifications

Frequency Range: 0.002 Hz to 20 MHz, with select models extending to 2 MHz or 12 MHz depending on configuration.

Waveform Outputs: Sine, square, and triangle waves. Models support variable square wave configurations (balanced, positive, negative), DC levels, pulses, and arbitrary waveforms.

Amplitude Control:
• Output amplitude: up to 30 Vp-p (open circuit) or 20 Vp-p (open circuit)
• Attenuation: up to 80 dB or 70 dB in 10 dB steps with 10 dB vernier
• DC offset: ±15 Vdc (open circuit) or ±7.5 Vdc into 50 Ω load

Pulse Generation:
• Pulse width: adjustable from 20 ns to 100 ms across multiple ranges
• Rise/fall times: less than 75 ns or 15 ns terminated into 50 Ω load (model dependent)
• Synchronization outputs provided

Waveform Symmetry: Adjustable time symmetry enables variable duty cycle and asymmetrical waveform generation, with ranges such as 19:1 to 1:19.

Modulation & Sweep:
• Voltage Controlled Generator (VCG) input for external frequency control with ratios up to 1000:1
• VCG slew rate: 2% of range per microsecond
• Linear and logarithmic sweep modes with selectable sweep times and widths

Output Impedance: 50 Ω standard; 600 Ω selectable on certain models.

– Key Features

• Precise frequency synthesis across ultra-low to high-frequency bands
• Multi-waveform capability with duty cycle control
• Programmable attenuation and DC offset
• Fast pulse generation with sub-nanosecond transition times
• External modulation via VCG input
• Swept-frequency operation for frequency response testing

– Typical Applications

• Signal generation for analog and digital circuit testing
• Frequency response and bandwidth characterization
• Pulse train generation for timing analysis
• Audio and RF equipment calibration
• Component validation across wide frequency ranges

– Compatibility & Integration

Standard 50 Ω output impedance ensures compatibility with most test equipment and cable assemblies. VCG input accepts external control signals for integration into automated test systems.