TFG6800 Series

35MHz/65MHz/100MHz Arbitrary Waveform Generator, 2-CH


Overview

With frequencies up to 100 MHz, 16Bit Resolution, and arbitrary waveforms of up to 16 Mpts, the TFG6800 series products can reproduce any waveform with high quality.  The new portable design and optional power amplifier make this one of the most flexible and popular generators on the market. 

 

Product Model

TFG6803/TFG6806/TFG6810



Applications

This series of 35/65/100 MHz Function Signal Generator could be widely used in areas of Education, R&D, Industrial&Electrical Production and Test.


Design Features

1. 7 inch touchscreen display for a easier operation

100 MHz Function Signal Generator

2. 16bit vertical resolution to produce a higher quality waveform.

100 MHz Function Signal Generator

3. Sine and Square have same characteristics.

100 MHz Function Signal Generator

4. Harmonics function gives you the ability to add higher-order elements to your signal.

100 MHz Function Signal Generator

5. 8-digit hardware frequency counter with statistics function and input range of 1mHz – 350MHz.

100 MHz Function Signal Generator

6. Removable power amplifier option makes it easy to install and uninstall.

100 MHz Function Signal Generator


Questions & Answer


From TFG6810 Arbitrary Waveform Generator-100MHz, 2CH


Q: What is the bandwidth of the Suin TFG6810? How many channels does it have?

A: The Suin TFG6810 is a 100 MHz, 2 channel arbitrary waveform generator.

 

Q: What is the sample rate for TFG6810?

A: The sample rate for the TFG6810 is 250 MSa/s.

 

Q: Does the TFG6810 have a higher oscillator?

A: Yes, optional oscillator with 1ppm stability could be configured if users have a higher measurement demand.

 

Q:What’s the rise/fall time of Square for TFG6810?

A:  It’s ≤4.2ns.



TFG6803TFG6806TFG6810
Frequency
Sine/Square1μHz-35MHz1μHz-65MHz1μHz-100MHz
Pulse1μHz-25MHz
Ramp1μHz-3MHz
PRBS1kbps~60Mbps
Noise (-3dB)100MHz Width
Other1μHz~20MHz
Resolution1μHz or 12 digits
Accuracy±(20ppm + 14pHz)
Waveform
Type165   kinds include: Sine,
Square, Ramp, Pulse,   Noise, DC,
PRBS, user-defined,Arbitrary waveform,
user-defined harmonic, etc
Sample rate250MSa/s

Vertical resolution

16 bits
ArbitrarySample
Rate
1μSa/s~125MSa/s  
Length2-16Mpts
Resolution16 bits
Square

Rise/Fall

Time

≤4.2ns
Duty Cycle0.0001%~99.9999%
Pulse

Rise/Fall

Time

≥8ns
Width13ns ~ (period - 13ns)
Amplitude(High Z)
Range2mVpp~20Vpp,   frequency≤10MHz
2mVpp~10Vpp, frequency>10MHz
Resolution1mVpp or 4digits
Accuracy±(of   settings value×1%+1mV), Sine 1kHz,    
≥10mVpp, offset 0V
Offset(High Z)
Range±10Vpk(ac+dc)
Resolution1mVdc
Accuracy±(|setting   value|×1%+2mV+amplitude value ×0.5%) 
Sweep
Range1μHz ~ upper frequency   limit
TypeLinear, logarithmic
Time1ms to 500s
Modulation

FM,AM,PM,

PWM, Sum

Carrier
Waveform
Sine, Square, Ramp (only   pulse for PWM), etc.

Modulating

Waveform

Sine, Square, Ramp, etc.
Modulating
Frequency
1mHz to 100kHz

FSK,4FSK,

NFSK,PSK,

4PSK,NPSK,

ASK,OSK

Carrier

Waveform

Sine, Square, Ramp, ect

Hop

Frequency

1μHz -upper limits
Hop Rate1mHz to 1MHz
Burst
ModeTriggered, Gated
Period1μs to 600s
Count1 to 100000000 cycles
Counter
Frequency Range1mHz to 350MHz(DC Couple)
10Hz to 350MHz(AC Couple)
Resolution8 digits/s

Period and Pulse

Width Measurement

100ns to 20s
Duty Cycle
Measurement
0.1% to 99.9%
General Characteristic
PowerAC   100~240V, 50/60Hz ±10%
AC   100~120V, 400Hz ±10%
Dimension & Weight226mm×200mm×125mm, Approx. 2.9kg 

226mm×200mm×166mm, Approx. 3.3kg

(if amplifier power is selected)







Standard Accessories

Power Cord:1pcs

BNC cable:1pcs

CD(software+manual):1pcs


Options

TCXO(Temperature Compensated Crystal Osillator):±1ppm accuracy,±1ppm/year aging rate

Power Amplifer:2 times power amplifer,Max output power 8W(8Ω)

IOT interface:Based on LoRa