Tektronix AFG1022 25MHz and AFG 1062 60MHz Arbitrary Function Generators

The Tektronix AFG1022 and AFG1062 are Arbitrary Function Generators that provide waveform generation tools with the best price performance ratio. They offer dual-channel operation with up-to 10Vp-p output amplitude and bandwidths of 25MHz (AFG1022) or 60MHz (AFG1062). The four run modes, 50 built-in frequently-used waveforms and the built-in 200MHz frequency counter cover most waveform generation needs in your experiment and test jobs. The 3.95-inch TFT LCD, short-cut buttons, USB interface and PC software provide the most intuitive ways to configure the instrument.Applications: Electric and Electronics Experiments, Communications Experiments, Sensor Simulation and Functional Test.

Dual-channel, 25MHz (AFG1022) or 60MHz (AFG1062) sine waves and 12.5MHz (AFG1022) or 30MHz (AFG1062) square/pulse wave
125MS/s (AFG1022) or 300MS/s (AFG1062) sampling rate and 14-bit vertical resolution enable great signal fidelity
1mVp-p to 10Vp-p output amplitude into 50Ω over the whole frequency range
Intuitive user interface shortens the learning curve for students and other users
14 bits, 125MS/s (AFG1022) or 300MS/s (AFG1062) arbitrary waveforms with 8k points (AFG1022) or 1M points (AFG1062) record length
64 Mbyte internal non-volatile memory for arbitrary waveform storage
Standard USB host / device for memory expansion and remote control
Continuous, sweeping, burst, and modulation modes covers most requirements for students and other users
Built-in 200MHz counter with 6-digit resolution
Compact form factor for stacking on other bench instruments to save valuable bench space
Free ArbExpress makes user defined waveform editing extremely easy
Compatible with TekSmartLab
Manufacturer's 5-year warranty
Tektronix types AFG1022 and AFG1062

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Mftrs. Part No.	AFG1022	AFG1062
Number of channels	2	2
Built-in waveforms	Sine, Square, Pulse, Ramp, Noise, and 45 frequently used arbitrary waveforms	Sine, Square, Pulse, Ramp, Noise, and 45 frequently used arbitrary waveforms
Sine wave
Range	1µHz to 25MHz	1µHz to 60MHz
Sine wave in burst mode	2mHz to 25MHz	2mHz to 30MHz
Effective maximum frequency out	25MHz	60MHz
Amplitude flatness (1V p-p)
<10 MHz	±0.4dB	±0.5dB
≥10MHz and ≤25MHz	±0.7dB
≥10MHz and ≤60MHz		±0.9dB
Harmonic distortion (1V p-p)
≤10MHz	<-50dBc	<-60dBc
>10MHz	<-50dBc	<-47dBc
Total harmonic distortion	<0.2% (10Hz to 20kHz, 1V p-p)	<0.2% (10Hz to 20kHz, 1V p-p)
Spurious (1V p-p) typical	<-45dBc	<-45dBc
Phase noise, typical	1 MHz: <-110 dBc/Hz at 10 kHz offset, 1 Vp-p	1 MHz: <-110 dBc/Hz at 10 kHz offset, 1 Vp-p
Residual clock noise, typical	-57dBm	-57dBm
Square wave
Range	1µHz to 12.5MHz	1µHz to 30MHz
Rise/fall time, typical	<12ns	<10ns
Jitter (rms), typical	<1ns	<500ps
Overshoot	<5%	<5%
Ramp wave
Range	1µHz to 1MHz	1µHz to 2MHz
Linearity, typical	≤0.1% of peak output at 10% - 90% of amplitude range, at 1kHz, 1V p-p, 50% symmetry	≤0.1% of peak output at 10% - 90% of amplitude range, at 1kHz, 1V p-p, 50% symmetry
Symmetry	0.01% to 100.0%
Pulse wave
Range	1µHz to 12.5MHz	1µHz to 30MHz
Pulse width range	40ns to 999ks	17ns to 999ks
Pulse width resolution	1ns or 4 digits	1ns or 4 digits
Pulse duty	<1MHz, 0.1% to 99.9% (limitations of pulse duty width apply)	<1MHz, 0.1% to 99.9% (limitations of pulse duty width apply)
	≤1MHz, 50% fixed	≤1MHz, 50% fixed
Edge transition time	<12ns, fixed	<10ns, fixed
Overshoot, typical	<5%	<5%
Jitter (rms), typical	<1ns	<500ps
Noise
Noise bandwidth (-3dB)	25MHz	50MHz
Noise type	White Gausian	White Gausian
DC
Range	-5V to +5V, 50Ω load	-5V to +5V, 50Ω load
	-10V to + 10V, open circuit or high Z load	-10V to + 10V, open circuit or high Z load
Arbitrary waveform
Range	1µHz to 10MHz	1µHz to 30MHz
Arbitrary waveform in burst mode	2MHz to 10MHz	2MHz to 30MHz
Effective analogue bandwidth (-3dB)	30MHz	60MHz
Non-volatile memory	64 Mbyte	64 Mbyte
Memory
Length	2 to 8192 points	2 to 1M-point
Sampling rate	125MS/s	300MS/s
Vertical resolution	14 bits	14 bits
Rise and fall time	<10ns	<8ns
Jitter (rms), typical	<6ns	<6ns
Frequency
Resolution	1µHz or 12 digits	1µHz or 12 digits
Internal reference stability	±1ppm at 0°C to 40°C	±1ppm at 0°C to 40°C
Internal reference aging	±1ppm per year	±1ppm per year