DO-160: Difference between revisions
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Testing in accordance with Section 18 can be performed by using {{RadiMation}}. | Testing in accordance with Section 18 can be performed by using {{RadiMation}}. | ||
= Section 19 = | |||
Title of section 19: Induced Signal Susceptibility | |||
* Chapter 19.0: Induced Signal Susceptibility. | |||
Several test procedures are described in Section 19. Of those tests, the following can be performed by using {{RadiMation}} in accordance with Section 19: | |||
* Magnetic fields induced into the equipment | |||
* Magnetic fields induced into interconnecting cables | |||
* Electric fields induced into interconnecting cables | |||
Section 19 also contains a test procedure which cannot be performed by {{RadiMation}} yet: | |||
* Spikes induced into interconnecting cables | |||
= Section 20 = | = Section 20 = | ||
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* Section 16.0 - Power input | * Section 16.0 - Power input | ||
* Section 17.0 - Voltage spike | * Section 17.0 - Voltage spike | ||
* Section 22.0 - Lightning induced Transient susceptibility | * Section 22.0 - Lightning induced Transient susceptibility | ||
* Section 23.0 - Lightning Direct effects | * Section 23.0 - Lightning Direct effects | ||
Latest revision as of 12:07, 4 April 2022
The RTCA DO-160G is also known as ISO 7137. It is also the same as EUROCAE ED-14G.
RTCA DO-357 is the userguide that provides additional explanations regarding the contents of DO-160G.
The DO-160 revision G is released at December 8, 2010. It consists of several sections, numbered from 4.0 to 26.0.
RadiMation® also does support the 1 Hz on/off modulation. The 'Software Pulse modulation' setting can be used for such low frequency pulse modulations.
Section 18[edit]
Title of section 18: Audio Frequency Conducted Susceptibility
- Chapter 18.0: Audio Frequency Conducted Susceptibility - Power Inputs.
Testing in accordance with Section 18 can be performed by using RadiMation®.
Section 19[edit]
Title of section 19: Induced Signal Susceptibility
- Chapter 19.0: Induced Signal Susceptibility.
Several test procedures are described in Section 19. Of those tests, the following can be performed by using RadiMation® in accordance with Section 19:
- Magnetic fields induced into the equipment
- Magnetic fields induced into interconnecting cables
- Electric fields induced into interconnecting cables
Section 19 also contains a test procedure which cannot be performed by RadiMation® yet:
- Spikes induced into interconnecting cables
Section 20[edit]
Title of section 20: Radio Frequency Susceptibility
- Conducted Susceptibility is similar to MIL-STD CS114
- Radiated Susceptibility is similar to MIL-STD RS103
Testing in accordance with Section 20 can be performed by using RadiMation®. However the reverberation chamber procedure as described in chapter 20.6 is not yet fully supported by RadiMation®.
Section 21[edit]
Title of section 21: Emission of Radio Frequency Energy
- Chapter 21.4: Conducted RF emissions
- Chapter 21.5: Radiated RF emissions
Testing in accordance with Section 21 can be performed by using RadiMation®. However the reverberation chamber procedure as described in chapter 21.6 is not yet fully supported by RadiMation®.
Other sections[edit]
The following sections are also EMC related, but have not yet been evaluated
- Section 15.0 - Magnetic effect
- Section 16.0 - Power input
- Section 17.0 - Voltage spike
- Section 22.0 - Lightning induced Transient susceptibility
- Section 23.0 - Lightning Direct effects
- Section 25.0 - Electrostatic discharge
Links[edit]
- Wikipedia: DO-160