Wavetek Model 23 12MHz Synthesized Function Generator IEEE-488 GPIB TTL ECL

Wavetek Model 23 12MHz Synthesized Function Generator IEEE-488 GPIB TTL ECL

The Wavetek Model 23 is a benchtop synthesized function generator capable of producing signals from 1 kHz up to 12 MHz. It features a digital LCD display for direct frequency and waveform readout, front-panel pushbutton control of frequency, period, mode, function, amplitude, and offset parameters, and a large rotary knob for value adjustment. The unit was manufactured in San Diego, California and is switchable for operation on line voltages from 100V to 240V.

Specifications & What's Included

• Brand: Wavetek
• Model: Model 23 – 12 MHz Synthesized Function Generator
• Frequency range: 1 kHz to 12 MHz (main outputs); 10 mHz to 32 MHz (50-ohm output port)
• Display: LCD alphanumeric readout (frequency and waveform mode shown simultaneously)
• Waveform types: Sine, and additional modes selectable via Mode-Func button
• Front-panel outputs: TTL Out, ECL Out, Func Out (50Ω), AM Out
• Front-panel inputs: VCG In (voltage-controlled generator), Trig In (TTL), AM In
• Front-panel controls: Reset, Trigger, Slope, Zero, Freq/Per, Mode-Func, Amplitude, Offset, Status, Power On/Off, rotary dial
• Max float voltage: 42V pk
• Rear interface: IEEE-488 (GPIB) connector for remote programmable control
• Rear option slots: 001–005 DIP-selectable options
• Line voltage: switchable — LO 115V (100V / 120V) or LO 230V (220V / 230V / 240V)
• Power consumption: 50 VA max
• Fuse: 3AG, 250V
• Form factor: Benchtop
• Country of manufacture: USA (San Diego, CA)

Applications

Synthesized function generators like the Wavetek Model 23 are used in electronics labs, test benches, and R&D environments to generate precise, stable waveforms for circuit testing, component characterization, calibration, and frequency response analysis. The IEEE-488 GPIB interface allows this unit to be integrated into automated test systems and controlled programmatically via a GPIB controller, which was a standard configuration in 1980s–1990s ATE setups. The TTL and ECL outputs make it compatible with digital logic testing, while the VCG and AM inputs enable voltage-controlled frequency sweeping and amplitude modulation for more advanced signal applications. This type of instrument was commonly used in semiconductor, telecommunications, and university research environments.