Frequency

Model

FY******0M

FY******0M

FY******0M

Sine

0~*0MHz

0~*0MHz

0~*0MHz

Square

0~*0MHz

0~*5MHz

0~*5MHz

Ramp, Triangle

0~*0MHz

0~*0MHz

0~*0MHz

Pulse

0~*0MHz

0~*0MHz

0~*0MHz

TTL/CMOS

0~*0MHz

0~*0MHz

0~*0MHz

Arbitrary Waveform

0~*0MHz

0~*0MHz

0~*0MHz

Minimum pulse width

*0ns(All models of pulse wave minimum width can reach *0ns)

Min. Resolution on all frequency range

1μHz (Min. resolution can reach 1μHz on all frequency range to ensure adjusting accuracy under high frequency. For example, it can output *0.***********1MHz signal).

Accuracy

±*0ppm

Stability

±1ppm/ 3hours

Waveform Characteristics

Waveforms

Sine, Square (Duty Cycle adjustable), Pulse (Pulse width and cycle time can be set accurately), Triangle/Ramp, Sawtooth Wave, CMOS, Four channels TTL, DC, Half wave, Full wave, Positive Step, Inverse Step, Positive Exponent, Inverse Exponent, Lorenz Pulse, Multitone, Noise, ECG, Trapezoidal Pulse, Sinc Pulse, Narrow Pulse, Gauss White Noise, AM, FM, and other *4 sets customer-defined waveform.

Non-Volatile Storage

Can store *4 user-defined arbitrary waveforms, (8K *4bits) * *4

Waveform Length

***2 points * *4bits

Sampling Rate

**0MSa/s

Vertical Resolution

*4 bits

Sine

Harmonic Suppression

≥*0dBc(<1MHz); ≥*5dBc(1MHz~*0MHz);

Total Harmonic Distortion

<0.5% (*0Hz~*0kHz,0dBm)

Square

Rise/Fall Time

≤7ns (VPP<5V)

Overshoot

≤5%

Duty Cycle

0.*1%~*9.*9% (Resolution 0.*1%)

Sawtooth wave

Linearity

>*9% (0.*1Hz~*0kHz)

Output characteristics

Amplitude（VPP）

Frequency≤*0MHz: 1mVpp~*0Vpp;

*0MHz

Frequency>*0MHz: 1mVpp~5Vpp;

Resolution

1mV

Amplitude Stability

±0.5%/ 5 Hours

Amplitude flatness

±2.5%(<*0MHz);±5%(>*0MHz);

Waveform Output

Impedance

*0Ω±*0%（Typical）

Protection

All channels can work more than *0 seconds when the load is short-circuited.

DC Offset