GW Instek GOS-6103C Portable Analog Oscilloscope with 2 Channel and 100MHz Frequency Counter, 100MHz Bandwidth, 16kV Accelerating Potential

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Price: $1,386.95    

Product Feature

• 100MHz, two-channel, portable analog oscilloscope for electronics applications such as product design, assembly lines, repair and servicing, and electrical engineering education
• Auto-measurement function with digital counter for measuring frequency, period, width, and duty
• Timebase auto-range function automatically selects the optimum sweep time for displaying waveforms
• 6" CRT display with an internal 8 x 10 division grid for viewing waveforms
• Meets EN and IEC 61010 safety standard and is rated for CAT II installations to 400V

Product Description

The Instek GOS-6103C is a 100MHz, two-channel portable analog oscilloscope and frequency counter with a timebase auto-range function, delayed sweep mode, seven cursor measurements, storage for ten user-defined settings, Z-axis input, TV synchronization capability, trigger signal output, and high- and low-frequency rejection circuits for electronics applications such as product design, assembly lines, repair and servicing, and electrical engineering education, among others. The auto-measurement function can measure frequency from 50Hz to 100MHz, period, +/- width, and +/-duty, displaying readings on a six-digit digital counter. The timebase auto-range function automatically selects the optimum sweep time for displaying waveforms. The oscilloscope has a standard sweep and a delayed sweep that can horizontally magnify any portion of a complex waveform for inspection. Seven cursor readout measurements� voltage difference, voltage difference percentage, voltage gain, time difference, time difference percentage, frequency, and phase ��allow analysis of waveforms. Ten user-defined instrument settings can be saved and recalled. The Z-axis input modulates the intensity of the waveform and the TV synchronization circuit allows triggering of TV-V and TV-H signals. The trigger signal output can be connected to a frequency counter or other device (sold separately). High- and low-frequency rejection circuits remove interference from a signal to prevent false triggering. To protect settings against inadvertent changes, the control panel can be locked. Additional specifications include a rise time of 3.5ns (17.5ns at 2mV per division) and various triggering features. The oscilloscope has a 6" CRT (cathode ray tube) display with an internal 8 x 10 division grid (each division is 1 cm) for viewing waveforms. It meets European Standard (EN) and International Electrotechnical Commission (IEC) 61010-1 safety standard, and is rated for CAT (category) II installations to 400V, which covers energy-consuming equipment connected to a fixed installation, including household, office, and laboratory appliances. It comes with two 100MHz passive voltage probes, a power cord for 100/120/230VAC, 50/60Hz, and a user manual.

Specifications

Display	6" CRT
Bandwidth	100MHz
Frequency measurement range	50Hz to 100MHz
Channels	Two
Installation rating	CAT II
Standards met	EN and IEC 61010-1 safety standard
Power source	Power cord for 100/120/230VAC, 50/60Hz
Dimensions (H x W x D)	150 x 310 x 455 mm
Weight	Approximately 9 kg

H is height, the vertical distance from lowest to highest point; W is width, the horizontal distance from left to right; D is depth, the horizontal distance from front to back.

Oscilloscopes are electrical testing devices used to verify the functionality of equipment that generates an electrical signal. Oscilloscopes measure the voltage of an electrical signal over time, and display the measurement as a waveform in a visual graph. The waveform shows the sweeps (or refresh) of voltage on a vertical (Y) axis, and the time on a horizontal (X) axis. Details of a waveform demonstrate the signal over time. Most oscilloscopes have two or four channels for inputting a signal. Some digital oscilloscopes offer more than four channels, allowing channels to be dedicated to specific signals and applications. Bandwidth is the maximum frequency of a signal that an oscilloscope can capture. A constant image will display if a signal is shown at a high frequency. Oscilloscopes may be analog, digital, or mixed signal. An analog oscilloscope directly displays an input signal as a continuous waveform, typically in a luminous phosphor on a cathode ray tube (CRT). A digital oscilloscope converts the input signal into a digital format and reassembles the waveform for display, typically on an LCD. A mixed signal oscilloscope (MSO) displays both analog and digital formats. Some oscilloscopes can display more than one channel and type of measurement simultaneously. Some oscilloscopes can capture waveform signals to memory, and recall them. They may provide real-time intensity grading, and may have the ability to adjust frequency of display. Oscilloscopes can be powered with batteries or electricity, or may have a built-in generator. They are commonly used for testing, measuring, and inspecting in science, engineering, telecommunications, automotive, and electronics applications.

GW Instek manufactures test and measurement equipment such as oscilloscopes, spectrum analyzers, signal testers, and video surveillance systems. The company, founded in 1975 and headquartered in Taipei, Taiwan, meets International Organization for Standardization (ISO) standards 9002 and 14001.

What's in the Box?

• Instek GOS-6103C analog oscilloscope
• (2) 100MHz passive voltage probes
• Power cord
• User manual

GW Instek GOS-6103C Portable Analog Oscilloscope with 2 Channel and 100MHz Frequency Counter, 100MHz Bandwidth, 16kV Accelerating Potential Review

The problem with this oscilloscope is the performance/cost ratio. It works as it should but, for about the same money, digital oscilloscopes are now available that make it look like a poor choice.

Not too long ago it was advantageous to have a true phosphor (CRT) scope. One example is that CRT scopes show more intensity on the screen for signal segments that occur more often. This is an advantage for waveforms such as amplitude modulation. Now, with digital phosphor scopes, the advantage has mostly evaporated.

Another problem is the user manual ... too brief to explain confusing issues that can occur when using the scope. As an example, the scope can become non-responsive with certain button presses. There is no troubleshooting section.

If you really need a CRT scope, a four-star rating would be appropriate.

No problems with build quality, shipping, cosmetic appearance ...

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