GOS-6112/6103/6103C (100 MHz)

GOS-6112

Voltage Percentage Measurement

Time Percentage Measurement

Time Measurement

Phase Measurement

Voltage Measurement

Frequency Measurement

* 100MHz Bandwidth, Dual Channel, Delayed

Sweep

* Built-In 6 digits Universal Counter (GOS-6103C)

* Cursor Readout with 7 Measurements

* 10 Sets Memory for Front Panel Setting Save

& Recall (GOS-6103/GOS-6103C)

* Panel Setup Lock of Digital-Control Functions

* Time Base Auto-range (GOS-6103/GOS-6103C)

* Buzzer Alarm

* LED Indicators

* TV Synchronization

* Trigger Signal Output

* Z-Axis Modulation Input

* SMD Technology, High Stability and Reliability

FEATURES

Made to Measure.

Good Will Instrument Co., Ltd.

FUNCTIONS

CURSOR MEASUREMENT

The unique, easy-to-use cursor and numerical

readouts make waveform observation and

measurement easier, faster and more accurate.

The on-screen cursors provide seven

measurement functions (

V,

V%,

VdB,

T,

1/

T,T%,

)

A29

A30

GOS-6112

GOS-6103/6103C

100MHz CURSOR READOUT ANALOG OSCILLOSCOPE

CRT

VERTICAL SYSTEM

HORIZONTAL SYSTEM

TRIGGER

X-Y OPERATION

OUTPUT SIGNAL

6-inch rectangular type with internal graticule; 0%, 10%, 90% and 100% markers

8 x 10 div (1 div = 1 cm)

16 kV approx. (GOS-6103/GOS-6103C), 12kV approx. (GOS-6112)

Continuously adjustable (GOS-6103/GOS-6103C)

Coupling : DC

Sensitivity: 5V or more

Maximum input voltage : 30V (DC + AC peak) at 1kHz or less

Bandwidth : DC ~ 5 MHz

2mV~5V/div, 11 step in 1-2-5 sequence

3% (5div at the center of display)

Continuously variable to 1/2.5 or less of panel-indicate value

DC~100MHz(2mV/div:DC~20MHz)

Leading edge can be monitored

400V(DC+AC peak) at 1kHz or less

AC, DC, GND

1M

2% // approx. 25pF

CH1,CH2,DUAL(CHOP/ALT), ADD, CH2 INV.

20MHz

50:1 or better at 50kHz

8 div at 60MHz; 5div at 100MHz (GOS-6112)

8 div at 100MHz (GOS-6103/GOS-6103C)

3.5ns (2mV/div:17.5ns)

AUTO, NORM,TV

CH1,CH2,LINE,EXT

AC,DC,HFR,LFR

"+" or "-" polarity or TVsync polarity

Mode

Frequency

10 Hz ~ 20 MHz

20 MHz ~ 100 MHz

DC ~ 20 MHz

20 MHz ~ 100 MHz

sync signal

INT

0.35 div

1.5 div

0.35 div

1.5 div

1 div

EXT

50 mV

150 mV

50 mV

150 mV

AUTO

NORM

TV

TV-V, TV-H

400V(DC+AC

) at 1kHz

1M

5% // approx.25pF

+

_

+

_

+

_

+

_

<

_

X-axis: selectable CH1, CH2, EXT ; Y-axis: selectable CH1, CH2, CH1 and CH2

2mV~5V/div 3% ; EXT : 0.1V/div

5%

+

_

+

_

DC~500kHz(-3dB)

3 or less from DC~50kHz

MAIN(A), ALT, DELAY(B)

50ns~0.5s/div, continuously variable (UNCAL)

50ns~50ms/div

3% ( 5% at x 10 MAG)

Variable

1 s~5s

Better than 1:20000

x 10 (maximum sweep time 5nS/div)

Variable

200 mVpp

peak

W

Type

Accelerating Potential

Illumination

Z-axis input

Sensitivity

Sensitivity Accuracy

Vernier Vertical Sensitivity

Bandwidth(-3dB)

Rise Time

Signal Delay

Max. Input Voltage

Input Coupling

Input Impedance

Vertical Mode

Bandwidth Limited

Common-Mode Rejection Ratio

Dynamic Range

Horizontal Modes

A(main) Sweep Time

B(delay) Sweep Time

Accuracy

Sweep Magnification

Hold Off Time

Delay Time

Delay Jitter

Alternate Separation

Trigger Modes

Trigger Source

Trigger Coupling

Trigger Slope

Trigger Sensitivity

TV sync

Max. External Input Voltage

External Input Impedance

X-axis Bandwidth

Phase Error

Mode

Sensitivity Accuracy

Trigger Signal Output

Calibrator Output

Voltage: approx. 25mV/div into 50

; Frequency response : DC ~ 10MHz

1kHz Square wave, 2Vpp 2%

+

_

SPECIFICATIONS

CURSOR READOUT FUNCTION

SPECIAL FUNCTION

AUTO MEASUREMENT FUNCTION (GOS-6103C)

POWER SOURCE

DIMENSIONS & WEIGHT

ACCESSORIES :

Cursor Measurement Function

Cursor Resolution

Effective Cursor Range

Panel Setting Display

Panel Setting Save & Recall

Panel Setups Lock

TIME/DIV Auto Range

Parameter Function

Display Digits

Frequency Range

Accuracy

Measuring Sensitivity

V, V%, VdB, T, 1/ T, T%,

Vertical:

3div ; Horizontal:

4 div

1/100 div

Vertical: V/div(CH1,CH2),UNCAL,ALT/CHOP/ADD,INV, probe factor,AC/DC/GND

Horizontal: s/div(MTB, DTB), UNCAL, x 10MAG, delay time , Hold-off

Trigger: source, coupling, slope, level, TV-V, TV-H

Others: X-Y, lock, save/recall MEM 0-9 (GOS-6103/GOS-6103C)

Provided (GOS-6103/GOS-6103C)

FREQ, PERIOD, WIDTH, DUTY (+ or - polarity selected by trigger slope)

Max. 6-digits, decimal

50Hz ~ 100MHz

1kHz ~ 100MHz : 0.01% ; 50Hz ~ 1kHz : 0.05%

> 2 div (Measuring source selected from CH1 and CH2 as synchronous signal sources)

10 sets (GOS-6103/GOS-6103C)

Provided

+

_

+

_

+

_

+

_

+

_

+

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AC 100V/120V/230V 10% , 50/60Hz

310(W) x 150(H) x 455(D) mm ; Approx. 9kg

User manual x 1, Power cord x 1

+

_

GOS-6112

GOS-6103

GOS-6103C

100MHz, 2-channel, Analog Oscilloscope

100MHz, 2-channel, Analog Oscilloscope

100MHz, 2-channel, Analog Oscilloscope with 100MHz Frequency Counter

GTC-001 Instrument Cart, 450(W) x 430(D) mm (120V Input Socket)

GTC-002 Instrument Cart, 330(W) x 430(D) mm (120V Input Socket)

SPECIFICATIONS

GOS-6103C Without

Approval

GTL-110 Test Lead, BNC-BNC Heads

GTP-100A-2 : 100MHz ( 10 : 1/1 :1 ) Switchable Passive Probe (one per channel)

Rear Panel

ORDERING INFORMATION

OPTIONAL ACCESSORIES

The GOS-6100 Series is a 100MHz, two-channel, dual-sweep, portable oscilloscope for general purpose

use. A microprocessor-based operating system controls most of the functions of the instrument, in

cluding cursor readout and digitized panel setting.

On-screen alphanumeric readout and cursor function for voltage, time, frequency and phase

measurement provide extraordinary operational convenience. The advance Time Base Auto-rang fun

ction conveniently acquires waveforms at the push of button (GOS-6103/ 6103C). Ten different user

defined instrument settings (GOS-6103/ 6103C) can be saved and recalled without restriction.

The vertical deflection system has two input channels. Each channel has 11 basic deflection factors

from 2mV to 5V per division. The horizontal deflection system provides single, dual or delayed sweeps

from 0.5s to 50ns per division (delayed sweep, 50ms to 50ns per division). The trigger system provides

stable triggering over the full bandwidth of the vertical deflection system.