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GW Instek GFG-8210A User Manual

Page 4

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FUNCTION GENERATOR

USER MANUAL

5

2. INTRODUCTION

The GFG-8210A Function Generator is a stable low distortion

instrument which generate signals in the frequency range up to 10MHz.

Typical applications include a wide range of audio response testing

applications, vibration testing, servo system evaluation, ultra sound

applications, and etc.

The instrument includes the following features: logarithmic and linear

sweep capabilities, together with a built in frequency counter. The

sweep capability simplifies the task of finding resonant points of speakers,

filter networks and other networks structures. An oscilloscope may be

connected to this instrument for the response to be displayed. The

counter can be switched to measure and display the frequency of an

external signal up to 150MHz.

z ADDITIONAL FEATURES

1. Low distortion waveforms (sine, triangular and square).

2. Signal output in eight decade stages, 0.1Hz to 10MHz.

3. Adjustable sweep time and sweep width both in linear and

logarithmic modes.

4. Duty cycle control with signal inversion capability.

5. External Voltage controlled Frequency (VCF).

6. A second output for TTL or adjustable CMOS pulses.

7. 50 ohm main signal output with DC offset adjustment and 20dB

attenuation capability.

8. Supplied with two BNC test leads and AC power cord set.

FUNCTION GENERATOR

USER MANUAL

6

3. SPECIFICATION

GFG-8210A

1. Main

Frequency Range

0.1Hz~10MHz (8 Ranges)

Amplitude

≧10Vpp (into 50Ωload)

Impedance

50Ω±10%

Attenuator

-20dB±1dB×2

DC Offset

<-5V~>5V (into 50Ωload)

Duty Control

15%:85%:15% to 1MHz Continued variable(square wave only)

Display

6 digits LED display

2. Sine Wave

Distortion

1% typical , <5% max at 1kHz.

Flatness

±0.45dB (±5%)

3. Triangle Wave

Linear

≧98% to 100kHz

4. Square Wave

Symmetry

±2%, 1Hz~100kHz

Rise time

≦35ns

5. CMOS Output

Max. Frequency

2MHz

Level

≦4Vpp~14.5Vpp±0.5Vpp adjustable

Rise or Fall Time

≦120ns

6. TTL Output

Level

≧3Vpp

Rise or Fall Time

≦20ns

7. VCF

Input voltage

0V~10V (100:1)

Input Impedance

10kΩ±10%