Electronics/HM203-7: Difference between revisions
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(Created page with "== Hameg HM203-7 == * Analogue Cathode ray tube (CRT) * Bandwidth: 20MHz * 2 channel + Ext trigger (2.5:1 to 12.5v/div) * 5v to 5mv vertical (x5 giving 1mv sensitivity) * 100...") |
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== Hameg HM203-7 == | [[Category:Tools_and_Equipment]] | ||
[[Category:Electronics]] | |||
{{Equipment | |||
| title = Oscilloscope | |||
| description = Analogue oscilloscope | |||
| manufacturer = Hameg | |||
| model = HM203-7 | |||
| image = HamegHM203-7.JPG | |||
| owner = Hackspace & Members & Fligg | |||
| induction = TBD | |||
| rfid = No | |||
| more_link = http://bama.edebris.com/manuals/hameg/hm203-7 | |||
}} | |||
== The Basics == | |||
An oscilloscope is a piece of electrical test equipment which allows you to visually see an electrical signal shown on a display. We have two Hameg HM203-7 oscilloscopes at the hackspace. | |||
== Specification == | |||
A basic oscilloscope specification is given below: | |||
* Analogue Cathode ray tube (CRT) | * Analogue Cathode ray tube (CRT) | ||
* Bandwidth: 20MHz | * Bandwidth: 20MHz | ||
| Line 7: | Line 26: | ||
* 100ms to 0.2us horizontal (x10 to give 20ns/div) | * 100ms to 0.2us horizontal (x10 to give 20ns/div) | ||
* Component tester | * Component tester | ||
* Scope 1 issues: [31 March 2016] CH1 10% low on vertical, CH2 10% low on vertical, Horizontal about 5% high, confirmed against cal point and a precision v ref. | [[File:HamegHM203-7-x-y-Pattern.JPG|250px|thumb|right|Pattern created using X-Y mode using 2 signal generator inputs]] | ||
* Scope 2 Issues: [31 March 2016] CH1 10% low on vertical, CH2 10% low on vertical, Horizontal about 5% low, confirmed against cal point and a precision v ref. | * X-Y mode for Lissajous figure and drawing [https://www.youtube.com/watch?v=rtR63-ecUNo funny images with audio!] | ||
* Scope 1 issues: [31 March 2016] Functional. CH1 10% low on vertical, CH2 10% low on vertical, Horizontal about 5% high, confirmed against cal point and a precision v ref. | |||
* Scope 2 Issues: [31 March 2016] Functional. CH1 10% low on vertical, CH2 10% low on vertical, Horizontal about 5% low, confirmed against cal point and a precision v ref. | |||
* Manual TBD | * Manual TBD | ||
* Owner: Fligg, labelled scope 1 | * Owner: Fligg, labelled scope 1 | ||
* Owner: TBD, labelled scope 2 | * Owner: TBD, labelled scope 2 | ||
== Calibration == | |||
The spaces oscilloscopes will NOT normally have a calibration certificate. Most will be well outside their calibration date. Having said that it is common to perform a basic oscilloscopes calibration check before each use against a known calibration source to confirm it is suitable for use. Most oscilloscopes have a calibration signal output point on the front panel. Some have rear panel outputs. | |||
== Induction == | |||
Ask on the mailing list for volunteers to demonstrate the use of any of the test equipment. | |||
== Safety == | |||
[[Electronics/safety|You must read the safety documentation in this link before using this equipment.]] | |||
== Useful References == | |||
* [http://www.tek.com/learning/oscilloscope-tutorial Tektronix oscilloscope tutorials] | |||
* [https://www.youtube.com/watch?v=xaELqAo4kkQ EEVblog #279 - How NOT To Blow Up Your Oscilloscope!] | |||
Latest revision as of 11:07, 19 June 2017
 | |
| Analogue oscilloscope | |
| Equipment Information | |
|---|---|
| Status | Unknown |
| Manufacturer | Hameg |
| Model | HM203-7 |
| Hackspace Information | |
| Induction Required | Yes |
| Induction Information | Here |
| Card RFID Enabled | No |
| Owner | Hackspace & Members & Fligg |
| [More Info] | |
The Basics
An oscilloscope is a piece of electrical test equipment which allows you to visually see an electrical signal shown on a display. We have two Hameg HM203-7 oscilloscopes at the hackspace.
Specification
A basic oscilloscope specification is given below:
- Analogue Cathode ray tube (CRT)
- Bandwidth: 20MHz
- 2 channel + Ext trigger (2.5:1 to 12.5v/div)
- 5v to 5mv vertical (x5 giving 1mv sensitivity)
- 100ms to 0.2us horizontal (x10 to give 20ns/div)
- Component tester
- X-Y mode for Lissajous figure and drawing funny images with audio!
- Scope 1 issues: [31 March 2016] Functional. CH1 10% low on vertical, CH2 10% low on vertical, Horizontal about 5% high, confirmed against cal point and a precision v ref.
- Scope 2 Issues: [31 March 2016] Functional. CH1 10% low on vertical, CH2 10% low on vertical, Horizontal about 5% low, confirmed against cal point and a precision v ref.
- Manual TBD
- Owner: Fligg, labelled scope 1
- Owner: TBD, labelled scope 2
Calibration
The spaces oscilloscopes will NOT normally have a calibration certificate. Most will be well outside their calibration date. Having said that it is common to perform a basic oscilloscopes calibration check before each use against a known calibration source to confirm it is suitable for use. Most oscilloscopes have a calibration signal output point on the front panel. Some have rear panel outputs.
Induction
Ask on the mailing list for volunteers to demonstrate the use of any of the test equipment.
Safety
You must read the safety documentation in this link before using this equipment.