References

• GSC-2060G : RF Signal Generator, 9 kHz ~ 6 GHz, GPIB
• GSC-2060GA : RF Signal Generator, 9 kHz ~ 6 GHz, GPIB, OCXO
• GSC-2160G : RF Signal Generator, 9 kHz ~ 6 GHz, IQ Modulation, GPIB
• GSC-2160GA : RF Signal Generator, 9 kHz ~ 6 GHz, IQ Modulation, GPIB, OCXO

Key Features

The GSG-2000 Series RF Signal Generator delivers high spectral purity, advanced modulation capabilities, and outstanding frequency stability, making it suitable for R&D, production testing, and advanced communication system verification.

Frequency Performance

• Frequency Range: 9 kHz to 6 GHz
• Frequency Resolution: 1 mHz
• Standard Frequency Stability: 10 ppm
• Aging Rate: 2 ppm
• Optional AUX (OCXO):
  • Frequency Stability: 10 ppb
  • Aging Rate: 0.1 ppm

Amplitude Performance

• Amplitude Range: –140 dBm to +20 dBm
• Amplitude Resolution: 0.01 dBm
• Amplitude Units: dBm, dBµV, Vrms
• Phase Noise: < –117 dBc/Hz (typical) @ 1 GHz output, 20 kHz offset
• Frequency/Amplitude Switching Speed: ≤ 5 ms

Modulation Capabilities

• Built-in AM, FM, and PM analog modulation
• Built-in LF/RF signal output and pulse signal output
• Digital modulation (I/Q) sampling rate up to 180 MSa/s
• Up to 60 MHz baseband I or Q modulation bandwidth
• Up to 120 MHz RF I+Q modulation bandwidth
• Supports ASK, PSK, APSK, QAM, FSK, MSK, and user-defined IQ/FSK digital modulation
• IQ modulation output supported on GSG-2160 model only

Connectivity

• Interfaces: USB, LAN, and optional GPIB
• Remote control commands compliant with SCPI standards

The GSG-2000 Series provides a comprehensive and scalable RF signal generation platform for modern communication technologies and high-performance RF applications.

References

• MFG-2110 – 10 MHz single-channel arbitrary function generator with pulse generator.
• MFG-2120 – 20 MHz single-channel arbitrary function generator with pulse generator.
• MFG-2120MA – 20 MHz single-channel arbitrary function generator with pulse generator, modulation, and power amplifier.
• MFG-2130M – 30 MHz single-channel arbitrary function generator with pulse generator and modulation.
• MFG-2160MF – 60 MHz single-channel arbitrary function generator with pulse generator, modulation, and 160 MHz RF signal generator.
• MFG-2160MR – 60 MHz single-channel arbitrary function generator with pulse generator, modulation, and 320 MHz RF signal generator.

• MFG-2230M – 30 MHz dual-channel arbitrary function generator with pulse generator and modulation.
• MFG-2260M – 60 MHz dual-channel arbitrary function generator with pulse generator and modulation.
• MFG-2260MFA – 60 MHz dual-channel arbitrary function generator with pulse generator, modulation, 160 MHz RF signal generator, and power amplifier.
• MFG-2260MRA – 60 MHz dual-channel arbitrary function generator with pulse generator, modulation, 320 MHz RF signal generator, and power amplifier.
• MFG-2220HM – 200 MHz dual-channel arbitrary function generator with pulse generator and modulation.

MFG-2000 Series Multi-Channel Function Generator

The MFG-2000 Series is a range of high-performance multi-channel arbitrary function generators designed for testing, measurement, and electronic development applications. These instruments provide excellent signal quality, advanced modulation capabilities, and flexible output configurations suitable for laboratory and industrial environments.

Key Features

• Up to five output channels available.
• Two high-performance arbitrary waveform channels with frequency ranges from 1 µHz to 10 / 20 / 30 / 60 / 200 MHz depending on the model.
• RF channel (FG/ARB/MOD) with frequency up to 160 MHz or 320 MHz.
• Pulse generator with a maximum frequency of 25 MHz.
• Low-frequency power amplifier (up to 100 kHz) with 20 W output power.
• True point-by-point arbitrary waveform generation:
  • MFG-2220HM: 250 MSa/s sampling rate with 125 MHz repetition rate.
  • Other models: 200 MSa/s sampling rate with 100 MHz repetition rate.
• 14-bit resolution with 16k points memory depth.
• Earth ground isolation between I/O terminals and the instrument chassis (except MFG-2220HM).
• Built-in frequency counter up to 150 MHz with 8-digit frequency resolution.
• Supported modulation types: AM, FM, PM, ASK, FSK, PSK, SUM, and PWM.
• Built-in medical and automotive electronic waveforms (except MFG-2220HM).
• Communication interfaces: USB Host, USB Device, and LAN (MFG-22XX models only).

References

• AFG-2005 : Arbitrary Function Generator, 0,1 Hz à 5 MHz
• AFG-2105 : Arbitrary Function Generator, 0,1 Hz à 5 MHz, with modulation, sweep, and counter
• AFG-2012 : Arbitrary Function Generator, 0,1 Hz à 12 MHz
• AFG-2112 : Arbitrary Function Generator, 0,1 Hz à 12 MHz, with modulation, sweep, and counter
• AFG-2025 : Arbitrary Function Generator, 0,1 Hz à 25 MHz
• AFG-2125 : Arbitrary Function Generator, 0,1 Hz à 25 MHz, with modulation, sweep, and counter

Overview

The AFG-2100 / AFG-2000 Series is a range of DDS (Direct Digital Synthesis) based arbitrary function generators designed to meet the needs of educational and industrial environments. It provides a precise, stable, and cost-effective signal source capable of generating sine, square, triangle, noise, and arbitrary waveforms.

With a frequency range from 0.1 Hz up to 5 / 12 / 25 MHz, 0.1 Hz resolution, 20 MSa/s sampling rate, 10-bit vertical resolution, and 4k-point waveform memory, the series offers high flexibility for custom waveform generation.

Key Features

• Frequency range: 0.1 Hz to 5 / 12 / 25 MHz
• Frequency resolution: 0.1 Hz
• Waveforms: Sine, Square, Triangle, Noise, Arbitrary
• Sampling rate: 20 MSa/s
• Vertical resolution: 10-bit
• Waveform memory: 4k points
• Adjustable duty cycle: 1% to 99% (square wave)
• Adjustable symmetry: 0% to 100% (ramp)
• 3.5-inch LCD display
• USB interface for remote control
• PC waveform editing software

Advanced Features (AFG-2100 Series Only)

• AM / FM / FSK modulation
• Sweep function
• Built-in frequency counter up to 150 MHz

Applications

• Education and training
• Analog and digital circuit testing
• Signal simulation and prototyping
• Audio and RF testing
• Automated test systems (ATE)

References

• AFG-4225E : Dual channel, 25 MHz, 125 Mé/s, 14 bits, USB
• AFG-4235 : Dual channel, 35 MHz, 500 Mé/s, 16 bits, USB, LAN
• AFG-4260 : Dual channel, 60 MHz, 500 Mé/s, 16 bits, USB, LAN
• AFG-4280 : Dual channel, 80 MHz, 500 Mé/s, 16 bits, USB, LAN
• AFG-4210H : Dual channel, 100 MHz, 500 Mé/s, 16 bits, USB, LAN

The AFG-4000 Series Arbitrary Function Generators deliver high-performance waveform generation with flexible channel configurations, advanced modulation capabilities, and high sampling rates. The series is designed for education, R&D, production testing, and electronic system validation.

Channel Configuration

• Single Channel Models:
  • AFG-4125E / AFG-4125AE (25 MHz)
• Dual Channel Models:
  • AFG-4225E (25 MHz)
  • AFG-4235 (35 MHz)
  • AFG-4260 (60 MHz)
  • AFG-4280 (80 MHz)
  • AFG-4210H (100 MHz)
  • AFG-4225H (250 MHz)

Waveform Capabilities

• Built-in waveforms: Sine, Square, Triangle, Ramp, Pulse, Noise, Harmonic, and Arbitrary
• Minimum frequency resolution: 1 µHz

Arbitrary Waveform Performance

Sampling Rate:

• AFG-4225H: 1.25 GSa/s
• AFG-4235 / 4260 / 4280 / 4210H: 500 MSa/s
• AFG-4125E / 4125AE / 4225E: 125 MSa/s

Vertical Resolution:

• AFG-4125E / 4125AE / 4225E: 14-bit
• AFG-4235 / 4260 / 4280 / 4210H / 4225H: 16-bit

Memory Depth:

• AFG-4225E / 4235 / 4260 / 4280 / 4210H / 4225H: 10 Mpts per channel
• AFG-4125E / 4125AE: 16 kpts per channel

Modulation & Functions

Supports a wide range of modulation types:

• AM, DSB-AM, FM, PM, PWM
• ASK, PSK, BPSK, QPSK
• FSK, 3FSK, 4FSK, OSK
• SUM modulation

Additional built-in functions:

• Sweep
• Burst
• Frequency Counter

AFG-4125AE includes a built-in power amplifier function.

Interface & Display

• USB Interface: AFG-4125E / 4125AE / 4225E
• USB & LAN Interfaces: AFG-4235 / 4260 / 4280 / 4210H / 4225H

Display:

• 8-inch TFT LCD, 800 × 480 resolution
• Multi-touch display (AFG-4235 / 4260 / 4280 / 4210H / 4225H)

The AFG-4000 Series combines precision, flexibility, and user-friendly operation, making it suitable for demanding waveform generation applications.