From: "Saved by Internet Explorer 11" Subject: Grounding of Mixes Signal Systems Date: Mon, 24 Aug 2015 15:11:14 -0700 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0007_01D0DE7F.1E636E30" X-MimeOLE: Produced By Microsoft MimeOLE V6.1.7601.17609 This is a multi-part message in MIME format. ------=_NextPart_000_0007_01D0DE7F.1E636E30 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: file://C:\Users\R&D 1\Documents\Research\Grounding, Interconnection and Wiring\Grounding\split-gnd-plane.html
=20 =20 =20
A question that I hear often is: How do I prevent digital =
logic=20
ground currents from contaminating my low level analog circuitry? =
This is=20
a good question without a simple answer. Most A/D converter =
manufacturer's=20
data books and application notes provide little if any useful =
information on the=20
subject. If they do provide information, it is usually only =
applicable to=20
a simple system containing only one A/D converter.
Some people suggest splitting the ground plane in order to isolate = the digital ground currents from the analog ground currents. Although = the=20 split plane approach can be made to work, it has many potential problems especially in large complicated systems. Can you list some of = these problems? One of the major ones is that you can not route a trace = over=20 the split in the plane (see Tech Tip Slots in Ground Planes). It is always better to have only a = single reference plane for a system.
If you do split the ground plane and run traces across the split = (left hand=20 figure below), there will be no return path near the trace and the = current will=20 have to flow in a big loop. Current flowing in big loops produce = radiation=20 and high ground inductance. If you must split = the ground=20 plane and run traces across the split, you should do it as shown = in the=20 right hand figure below. By connecting the planes together at one = point (a=20 bridge) and routing all the traces so that they cross at this bridge = point, you=20 will have provided a return path for the current directly underneath = each of the=20 traces (hence a very small loop area).
High frequency digital ground = return currents=20 want to return directly underneath the signal trace. This is the = lowest=20 impedance (lowest inductance) path. The digital ground currents = have no=20 desire to flow through the analog portion of the ground plane and = corrupt your=20 analog signal. Why then do we need to split the ground to prevent = the=20 digital current from doing something that it does not want to do = anyhow? Therefore, I prefer the approach of using only one ground plane and=20 partitioning the PCB into digital and analog routing=20 sections. Analog signals can then be routed only in the = analog=20 section of the board (on any layer), and digital signals can be = routed=20 only in the digital section of the board (on any layer). What = causes=20 problems is when a digital signal is routed in the analog section of the = board,=20 or visa versa.
A PCB with a single ground plane, partitioned = into analog=20 and digital sections, and discipline in routing = the=20 signals can usually solve an otherwise difficult layout problem, without creating the additional problems caused by a split ground = plane. If=20 the layout is done properly, the digital ground currents will remain in = the=20 digital section of the board and will not interfere with the analog signals. The routing, however, must be checked carefully to = assure that=20 the above mentioned routing restrictions are adhered to one = hundred=20 percent! The key to a successful mixed signal PCB = layout,=20 therefore, is proper partitioning and routing discipline, = not a=20 split ground plane.
Many A/D converter manufacturers, while suggesting the use of split = ground=20 planes, state the following in their data sheets or application = notes: =20 "The AGND and DGND pins must be connected together externally to the = same low=20 impedance ground plane with minimum lead length. Any extra = external=20 impedance in the DGND connection will couple more digital noise into the = analog=20 circuit through the stray capacitance internal to the IC." Their=20 recommendation is to connect both the AGND and the DGND pins of the A/D=20 converter to the analog ground plane. This approach has the = potential of=20 creating a number of additional problems. Can you list some of = these=20 problems? What do you connect the ground side of the digital power = decoupling capacitor to? The analog plane or the digital plane? =
A much better way to satisfy the requirement of connecting AGND and = DGND pins=20 together through a low impedance, and not create additional problems in = the=20 process, is to use only one ground plane to begin with.
The key to determining the optimum board layout is to think, how = and where=20 do the return currents flow?
If you are still skeptical about using a single ground plane on your = mixed=20 signal boards I suggest you do the following experiment. Layout = the board=20 with a split ground plane, but provide means for connecting the two = planes=20 together every 1/2 inch with jumpers or zero ohm resistors. Route = the=20 board properly, with no digital traces (on any layer) over the analog = plane and=20 no analog traces (on any layer) over the digital plane. Build the board = and test=20 it's functionality and EMC performance. Connect the planes = together=20 and test the board again for functionality and EMC performance. I = think=20 that you will find that in almost all cases, both the functional = performance and=20 the EMC performance of the board will be better with the single ground=20 plane. If you do the experiment send me an e-mail letting me = know of=20 your results.
It is almost always better to have only a single = reference plane for a system!
Analog ground plane noise voltages should be kept smaller than the
minimum analog signal level of concern. In the case of an =
A/D (or=20
D/A) converter the smallest resolvable signal voltage level [least =
significant=20
bit (LSB)] is a function of the number of the bits and the full scale =
reference
voltage of the A/D converter. The smaller the reference voltage and the =
larger
the number of bits, the smaller the minimum resolvable signal voltage =
will be.=20
The following table shows the resolution versus the number of bits for =
an A/D=20
converter using a one volt reference. These resolution levels can =
be=20
scaled for other reference voltages by multiplying the resolution by the =
appropriate factor. For example, if the converter uses a 5 volt =
reference=20
then multiply the resolution numbers in the table by five. =
Number of Bits | Resolution (LSB) |
8 | 4 mV |
10 | 1 mV |
12 | 240 uV |
14 | 60 uV |
16 | 15 uV |
20 | 1 uV |
|
|
The use of a single solid ground plane properly partitioned and = routed=20 (as discussed above) is usually adequate for most low to moderate = resolution A/D=20 converters (8, 10, or 12 bit). For higher resolution systems (14 = bits and=20 up) even more ground noise voltage isolation may be required for = adequate=20 performance. These converters have resolution voltages in the tens = of=20 microvolts, or less, level. In this case you might want to divide = your=20 board into separate isolated analog and digital ground plane regions, = each=20 solidly connected to the digital ground plane under each of the A/D = converters=20 as shown in the figure. This approach will provide additional ground = noise=20 isolation for the high resolution A/D converters while still maintaining = a=20 single ground plane for the system.
Notice that even in this case, the ground plane is not split -- =
it is=20
all connected together. Also remember that no traces, on any =
layer, can=20
cross over the isolating slots in the ground plane. =
= BLOCKQUOTE>Summary
=A9 2000/2003 Henry W. = Ott &nbs= p;  = ; = &= nbsp; Henry Ott Consultants, 48 Baker Road Livingston, = NJ 07039 (973) 992-1793
- Partition your PCB with separate analog and digital sections.
- Do not split the ground plane. Use one solid = ground plane under both analog and digital sections of the board.
- Route digital signals only in the digital section of the = board. This applies to all layers.
- Route analog signals only in the analog section of the = board. This applies to all layers.
- The key to a successful PCB layout is the use of routing discipline.
Bibliography
Ott, = H. W.,=20 Partitioning and Layout of a Mixed Signal PCB, Printed Circuit = Design, June=20 2001.=20
Correspondence
- Thank you, this article will assist me in a proposal I made = earlier this week in a design review on how to properly layout and partition a PCB = with analog and digital signals. As you can probably imagine I was = met with=20 major opposition when I proposed utilizing a bridge to connect the = analog and=20 digital sections. I have used this technique on other PCB's = (different=20 Business Unit) and had no problems although I never had the = opportunity to=20 conduct the experiment and analyze the data as you mention in your = article,=20 thank you very much. [e-mail from an engineer in Michigan]
- I am in the process of laying out a mixed-signal board myself and = your article has provided some useful information. Thinking of the = issue in=20 terms of return current flow makes a lot of sense. [e-mail from a RF = Engineer=20 in California]
- Your tech tip "Grounding of Mixed Signal PCBs" was the most clear = and concise presentation of the material that I found. Everyone = else=20 suggest separate planes connected at a single point but neglect to = consider "big loops" as you suggest. Since you so clearly articulated (i.e., = helped me understand the real issue), I am planning on purchasing your book to hopefully better understand EMC design issues. [e-mail from an = engineer in=20 Arizona]
- I am busy designing a mixed signal board incorporating two 16-bit = DACs and=20 a high-speed digital side, and found your website very = enlightening. It's amazing how much info there is out there by supposed "experts" = that is=20 clearly outdated or not very well thought through, and your website = provided a=20 welcome change. [e-mail from a post-graduate student in South=20 Africa]
Return=20 to top of page.=20
Henry Ott Consultants 48 Baker Road Livingston, NJ 07039 Phone: 973-992-1793, FAX: = 973-533-1442
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