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Signal integrity, in practice :a pra...

Telian, Donald,

Signal integrity, in practice :a practical handbook for hardware, SI, FPGA & layout engineers /

Record Type:	Language materials, printed : Monograph/item
Title/Author:	Signal integrity, in practice :Donald Telian.
Reminder of title:	a practical handbook for hardware, SI, FPGA & layout engineers /
remainder title:	Signal integrity, in practice :
Author:	Telian, Donald,
Published:	[Place of publication not identified] :[publisher not identified],c2023.
Description:	xvii, 216 p. :ill. (chiefly col.) ;24 cm.
Subject:	Signal integrity (Electronics)
ISBN:	9798789040362 :

Signal integrity, in practice :a practical handbook for hardware, SI, FPGA & layout engineers /
Telian, Donald,

Signal integrity, in practice :a practical handbook for hardware, SI, FPGA & layout engineers /Signal integrity, in practice :a handbook for the digital engineerDonald Telian. - Revision 2. - [Place of publication not identified] :[publisher not identified],c2023. - xvii, 216 p. :ill. (chiefly col.) ;24 cm.

Includes bibliographical references (p. 204-213).

1. Signal integrity: the basics -- 1.1. What is signal integrity? -- 1.2. Signal integrity, then and now -- 1.3. Why serial links? -- 2. The 7 steps to successful serial links -- 2.1. Step 1: minimize discontinuities -- 2.2. Step 2: manage loss -- 2.3. Step 3: route using best practices -- 2.4. Step 4: use double-digit route practices -- 2.5. Step 5: remove unacceptable stubs -- 2.6. Step 6: prevent fabrication problems -- 2.7. Step 7: engage the firmware team -- 2.8. Signal integrity cheat sheet -- 2.9. In conclusion -- 3. Serial link SI skills -- 3.1. Simulating a serial link -- 3.2. Simulating serial links compliance -- 3.3. Serial link equalization primer -- 3.4. Fixing signal integrity issues in software? -- 3.5. Managing loss and discontinuities -- 4. Interconnect and discontinuities -- 4.1. Which discontinuities are small enough to ignore? -- 4.2. Understanding trace impedance -- 4.3. Understanding via impedance -- 4.4. Understanding connector and package impedance -- 5. Signal integrity skills -- 5.1. When should I simulate? -- 5.2. DDR memory interfacing -- 5.3. Managing PCB crosstalk -- 5.4. Measurement correlation -- 5.5. Thinking about power integrity -- 6. Soft skills -- 6.1. On exercising engineering judgement -- 6.2. On working WITH your layout engineer -- 6.3. On working with simulators and models -- 7. Signal integrity history -- 7.1. The history of IBIS -- 7.2. COM's place in signal integrity -- 7.3. Frank Burge: "Life can be beautiful." -- References -- What the experts are saying.

Signal Integrity. What had been the domain of a handful of experts is now accessible to all engineers. Hardware, Layout, FPGA, Firmware, and SI Engineers will find this handbook invaluable for high-speed design. Focusing on Serial Links, this is the book digital engineers will turn to again and again. Learn: The 7 Steps to implementing serial links. Why discontinuities are the primary cause of link failure. Which PCB features matter at which data rate. How to tune your links by trading loss and discontinuities. When to simulate, and when it is not necessary. How to program your SerDes to double design margin. Why serial links are the ubiquitous solution for highest-speeds. How to use Signal Integrity to differentiate your design. Which discontinuities to optimize and which to compensate. Why Signal Integrity is all about decision making. How to simulate passive and active link compliance. Which soft skills are required for Signal Integrity. How to manage crosstalk, DDR, and power integrity.

ISBN: 9798789040362 :NT$2995Subjects--Topical Terms:

310166
Signal integrity (Electronics)

LC Class. No.: TK7867.2 / T272 2023

Signal integrity, in practice :a practical handbook for hardware, SI, FPGA & layout engineers /
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100 1 $a Telian, Donald, $e author. $3 1011743
245 1 0 $a Signal integrity, in practice : $b a practical handbook for hardware, SI, FPGA & layout engineers / $c Donald Telian.
246 1 4 $a Signal integrity, in practice : $b a handbook for the digital engineer
250 $a Revision 2.
260 $a [Place of publication not identified] : $b [publisher not identified], $c c2023.
300 $a xvii, 216 p. : $b ill. (chiefly col.) ; $c 24 cm.
504 $a Includes bibliographical references (p. 204-213).
505 0 $a 1. Signal integrity: the basics -- 1.1. What is signal integrity? -- 1.2. Signal integrity, then and now -- 1.3. Why serial links? -- 2. The 7 steps to successful serial links -- 2.1. Step 1: minimize discontinuities -- 2.2. Step 2: manage loss -- 2.3. Step 3: route using best practices -- 2.4. Step 4: use double-digit route practices -- 2.5. Step 5: remove unacceptable stubs -- 2.6. Step 6: prevent fabrication problems -- 2.7. Step 7: engage the firmware team -- 2.8. Signal integrity cheat sheet -- 2.9. In conclusion -- 3. Serial link SI skills -- 3.1. Simulating a serial link -- 3.2. Simulating serial links compliance -- 3.3. Serial link equalization primer -- 3.4. Fixing signal integrity issues in software? -- 3.5. Managing loss and discontinuities -- 4. Interconnect and discontinuities -- 4.1. Which discontinuities are small enough to ignore? -- 4.2. Understanding trace impedance -- 4.3. Understanding via impedance -- 4.4. Understanding connector and package impedance -- 5. Signal integrity skills -- 5.1. When should I simulate? -- 5.2. DDR memory interfacing -- 5.3. Managing PCB crosstalk -- 5.4. Measurement correlation -- 5.5. Thinking about power integrity -- 6. Soft skills -- 6.1. On exercising engineering judgement -- 6.2. On working WITH your layout engineer -- 6.3. On working with simulators and models -- 7. Signal integrity history -- 7.1. The history of IBIS -- 7.2. COM's place in signal integrity -- 7.3. Frank Burge: "Life can be beautiful." -- References -- What the experts are saying.
520 $a Signal Integrity. What had been the domain of a handful of experts is now accessible to all engineers. Hardware, Layout, FPGA, Firmware, and SI Engineers will find this handbook invaluable for high-speed design. Focusing on Serial Links, this is the book digital engineers will turn to again and again. Learn: The 7 Steps to implementing serial links. Why discontinuities are the primary cause of link failure. Which PCB features matter at which data rate. How to tune your links by trading loss and discontinuities. When to simulate, and when it is not necessary. How to program your SerDes to double design margin. Why serial links are the ubiquitous solution for highest-speeds. How to use Signal Integrity to differentiate your design. Which discontinuities to optimize and which to compensate. Why Signal Integrity is all about decision making. How to simulate passive and active link compliance. Which soft skills are required for Signal Integrity. How to manage crosstalk, DDR, and power integrity.
650 0 $a Signal integrity (Electronics) $3 310166
650 0 $a Electromagnetic interference. $3 182144
650 0 $a Electromagnetism. $3 190309