Fusion USB DVT Report April 2008 - Ealasaid's Web EmpireTP2602 R72 200 1% CRES-00160-100 1/10W 0603....

TiVo Proprietary and Confidential - Do Not Distribute!

Design Verification Tests—Hardware Consumer DesignP/N DDOC-00000-000, Rev. A1

Fusion USB DVT ReportApril 2008


Document Revision History 1

1. Update the revision number on the cover page.

REV No. Revision date Revised by Changes include

A1 4/22/2008 Ealasaid A. Haas Original document

TiVo Proprietary and Confidential - Do Not Distribute! 1

April 2008

Contents

1.0 Overview

2.0 Specifications Diagram

3.0 Drop/Droop Test3.1 Fusion Drop/Droop Test Results

4.0 Droop Test4.1 Bus-Powered Droop Test Results in Tek format

5.0 Inrush Test5.1 Inrush Test Results in Tek format

6.0 Full Speed Signal Quality Test6.1 Signal Quality Test Results in Tek format

7.0 High Speed Signal Quality Test7.1 Signal Quality Test Results in Tek format

8.0 Low Speed Signal Quality Test8.1 Signal Quality Test Results in Tek format

9.0 High Speed Chirp Test9.1 High Speed Chirp-Test Results in Tek format


Design Verification Tests—Hardware Consumer Design

1.0 OverviewThe contents of this binder are authorized for EXTERNAL use.

This report contains the DVT test results and relevant specifications for the USB components of the Fusion DVR.

The tests were conducted on the TiVo premises.

TiVo Model Number: TCD652160

Project: Fusion



2.0 Specifications DiagramThis section contains the Fusion Ethernet, USB; Base SATA Connector Specifications Diagram

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

DIFF_ENET_RX_N

DIFF_ENET_RX_P

DIFF_ENET_TX_N

DIFF_ENET_TX_P

USB0_VCC

USB0_GND

USB1_VCC

DIFF_USB1D_PUSB1_GND

ACTLED

LNKLED LED_LNK

EPHY_VCT

USB0_PWRON_N

USB1_PWRFLT_N

DIFF_USB1D_PDIFF_USB1D_NUSB1_PWRON_N

USB2_PWRON_N

DIFF_USB0D_PDIFF_USB0D_N

DIFF_ENET_TX_N

USB0_PWRFLT_N

USB2_PWRFLT_N

DIFF_USB2D_NDIFF_USB2D_P

DIFF_ENET_TX_P

DIFF_ENET_RX_NDIFF_ENET_RX_P

DIFF_SATA_TX1_PDIFF_SATA_TX1_NDIFF_SATA_RX1_PDIFF_SATA_RX1_N

EPHY_VCT

USB1_PWRFLT_N

USB0_PWRFLT_N

USB2_PWRFLT_N

USB1_GND

USB0_VCC

USB0_GND

USB1_PWRON_N

USB0_PWRON_N

USB2_PWRON_N

SATA_TXDP1

SATA_TXDN1

SATA_RXDN1

LED_ACT

DIFF_SATA_RX1_P SATA_RXDP1

DIFF_SATA_RX1_N

DIFF_SATA_TX1_N

DIFF_SATA_TX1_P

USB1_VCC

DIFF_USB0D_NDIFF_USB0D_P

DIFF_USB1D_N

V3V

V2_5V

V3V

V5V

V3V

DIFF_USB2D_N 24

SATA_TXDN1 39

SATA_TXDP1 39

SATA_RXDP1 39

SATA_RXDN1 39

DIFF_USB2D_P 24

GP_ENET_ACTIVITY12

GP_ENET_LINK12

Document Rev Sheet of

Fusion

Tivo Inc. Confidential and Proprietary. All Rights Reserved

BSCH-00048-000 F1

Ethernet, USB; Base SATA Conntector

16 56Thursday, June 28, 2007


Fusion


BSCH-00048-000 F1




Fusion


BSCH-00048-000 F1



A1.1REMOVE Y2601

Stitch GND aroundXTAL and caps insideGND layer cutout

Place 49.9 termination resistors close to BCM740X

Route TXP/M and RXP/M pairs differentially, matched short lengths, with 100 ohm differential impedance, adjacent to ground plane.

SATA & USB - Layout Guidelines & Notes

1. The Dp and Dn traces are length matched, with max differential skew, within 20mils2. Differential trace length must be less than 5 inches3. No more than 2 vias per trace, prefer zero.4. Never split the ground plane under differential pair routing5. Route differential pairs above the GND plane.6. Differential impedance is 100 Ohms for SATA and 90 ohms for USB.7. Adjacent differential pairs should be separated by at least 3 times the trace width.(e.g. 7.5 mil trace, leave >22.5mils between adjacent diff pairs)8. Stich gnd vias around each differential pair, but NOT between a given pair.9. SATA xtal +/- 50 ppm Tolerance +/- 100 ppm Stability

USB VCC and GND lines have high current(500mA). Make these traces 25 mil min.

Bottom

Dual USB Power Controller

Top

10/100 Ethernet I/O2.0 USB Port 2 I/O2.0 USB Port 1 I/O

Internal Sata, Baseline(Remove when SATA Multiplier Installed)

100 Ohm

100 Ohm

100 Ohm Differential

90 Ohm

90 Ohm

90 Ohm Differential

90 Ohm

90 Ohm


100 Ohm

100 Ohm

100 Ohm

100 Ohm

100 Ohm


Front Panel

Rear Panel, Top

Rear Panel, Bottom

Ethernet, USB, SATA Controllers

P1.05 25Dec2006- Add Transient Suppressor, D42 to Ethernet and D41 to USB differential data pairsP1.06 30Dec2006- Delete Transient Suppressors, D42 to Ethernet and D41 to USB differential data pairs- Change C2611 and C2618 From CCAP-00006-100 to CCAP-00006-200 to combine line item with tuner use- Change C463 from CCAP-00012-000 to CCAP-00012-200 to elminate single instance of 0805 package.- Change C2609 From CCAP-00091-100 to CCAP-00091-200 to combine line item.

P1.06:Single instance of0805 0.1uF eliminatedUsing 12-200

- Change C2607 and C2608 From CCAP-00098-100 to CCAP-00098-200 to combine line item.P1.06: - Change C401 100uF, 150mOhm, CCAP-00111-000 to 100uF, 60mOhm, CCAP-00034-060 to combine 100uF TANT line itemP1.064: - [BOM ONLY] Change C2611 and C2618 From 22pF CCAP-00006-200 to 27pF CCAP00021-000 for minimum in-circuit frequency ppm error, 25MHz SATA crystal Y2602.C1 22Feb07 - 16 [BOM ONLY] (DNI) CN1

D1 22Mar07 - 16 Change SATA Connector CN1 From Tyco to Molex

D01 07Mar07 - 16 Change SATA Connector CN1 From Thru-hole CCON-00067-000 to SMT CCON-00089-000

D01 07Mar07 - 16 Change SATA Connector CN1 From Thru-hole CCON-00067-000 to SMT CCON-00089-000

D1 22Mar07 - 16 Change SATA Connector CN1 From Tyco to Molex

F1 24May07 - 16 {BOM Only} ACTLED - invert BCM7401 GP_ENET_ACTIVITY output: Change U28 From non-inverting CXIC-00044-000 to inverting CXIC-00259-000; Change R72 From 100 Ohm CRES-00011-100 to 200 Ohm CRES-00160-100 to reduce "Active" LED current to 6mA.

F1 24May07 - 16 {BOM Only} LNKLED - invert BCM7401 GP_ENET_LINK output: Change U29 From non-inverting CXIC-00044-000 to inverting CXIC-00259-000; Change R71 From 100 Ohm CRES-00011-100 to 200 Ohm CRES-00160-100 to reduce "Link" LED current to 6mA.

C26050.1UF

16VCCAP-00012-100

10%X7R 0603

C26050.1UF

16VCCAP-00012-100

10%X7R 0603

R2616 (DNI)1.0K

1%CRES-00009-100

1/10W 0603

R2616 (DNI)1.0K

1%CRES-00009-100

1/10W 0603

1CT : 1

TD+

TD-

RD

+N

C4

NC

5R

D-

NC

7N

C8

12345678

1CT : 1

75 75 75

1000pF 2kV SHIELD

RJ45

LED1

75

LED2

1 2 3 4

USB 2 (TOP)

31 2 4

USB 1 (BOT)

YEL

GRN

ORG

21

12

18

1

611

RJ451

10

4

USB 1

24

17

2USB 2

2

3

7

3

5

25

8

4

1

3

20

5

23

9

7

10

1

27

8

9

262

2

Bel Fuse pin numbers within circle. USB_RJ45_INLINE symbol pin numbers above circles.

22

14

28

19

34

64

15

CN60812-1X1T-36CCON-00068-000

Ethernet

1CT : 1

TD+

TD-

RD

+N

C4

NC

5R

D-

NC

7N

C8

12345678

1CT : 1

75 75 75

1000pF 2kV SHIELD

RJ45

LED1

75

LED2

1 2 3 4

USB 2 (TOP)

31 2 4

USB 1 (BOT)

YEL

GRN

ORG

21

12

18

1

611

RJ451

10

4

USB 1

24

17

2USB 2

2

3

7

3

5

25

8

4

1

3

20

5

23

9

7

10

1

27

8

9

262

2

Bel Fuse pin numbers within circle. USB_RJ45_INLINE symbol pin numbers above circles.

22

14

28

19

34

64

15

CN60812-1X1T-36CCON-00068-000

Ethernet

V_21DM22DP23G_24

V_15DM16DP17G_18

TX+9

TXC12

TX-10

RX+11

RXC15

RX-14

LED

120

LED

119

LED

218

LED

217

MT1 25MT2 26MT3 27MT4 28SH1 21SH2 22SH3 23SH4 24

R2032.2K5%CRES-00018-100

1/10W 0603

R2032.2K5%CRES-00018-100

1/10W 0603

C2618 27PF

25VCCAP-00021-200

5%NPO 0402

C2618 27PF

25VCCAP-00021-200

5%NPO 0402

R260749.9

1%CRES-00176-100

1/10W 0603

R260749.9

1%CRES-00176-100

1/10W 0603

C4630.1UF

16VCCAP-00012-200

10%X7R 0402

C4630.1UF

16VCCAP-00012-200

10%X7R 0402

C2621 0.01UF 50V CCAP-00011-10010%X7R 0603C2621 0.01UF 50V CCAP-00011-10010%X7R 0603

L43

CIND-00010-0001.5A

HF50ACC321611-T

12060.04 OHM

L43

CIND-00010-0001.5A

HF50ACC321611-T

12060.04 OHM

R26091.0K1%CRES-00009-100

1/10W 0603

R26091.0K1%CRES-00009-100

1/10W 0603


TP2607TP2607

R261710K5%CRES-00010-100

1/10W 0603

R261710K5%CRES-00010-100

1/10W 0603

C2611 27PF

25VCCAP-00021-200

5%NPO 0402

C2611 27PF

25VCCAP-00021-200

5%NPO 0402

R2623 0

50mOHMCRES-00001-2001A 0402

R2623 0

50mOHMCRES-00001-2001A 0402

L40

CIND-00010-0001.5A

HF50ACC321611-T

12060.04 OHM

L40

CIND-00010-0001.5A

HF50ACC321611-T

12060.04 OHM

1237 6 5 4

CN1

SATACCON-00089-000

(DNI)67800-5001PCB Footprint = SATA_VERT_SMT_7P

1237 6 5 4

CN1

SATACCON-00089-000

(DNI)67800-5001PCB Footprint = SATA_VERT_SMT_7P

1234567

M1

M2

R26370

50mOHMCRES-00001-1001A 0603

R26370

50mOHMCRES-00001-1001A 0603 C277

22UF6.3V

CCAP-00102-00020%X5R 1206

C27722UF

6.3VCCAP-00102-000

20%X5R 1206

R2624 0

50mOHMCRES-00001-2001A 0402

R2624 0

50mOHMCRES-00001-2001A 0402

C26030.1UF

16VCCAP-00012-100

10%X7R 0603

C26030.1UF

16VCCAP-00012-100

10%X7R 0603

Y2601(DNI)25Mhz

CXTL-00011-000+/-50PPM+/-30PPM

Y2601(DNI)25Mhz

CXTL-00011-000+/-50PPM+/-30PPM

12

C46847UF16V ALYTICCCAP-00058-000


C260110UF

6.3VCCAP-00138-100

10%X5R 0603

C260110UF

6.3VCCAP-00138-100

10%X5R 0603

TP2608TP2608

TP2606TP2606

C26021000PF

25VCCAP-00032-100

5%NPO 0603

C26021000PF

25VCCAP-00032-100

5%NPO 0603

C2607

25VCCAP-00098-200

5%NPO 0402

(DNI)12PFC2607

25VCCAP-00098-200

5%NPO 0402

(DNI)12PF

U43MIC2026-1BMCXIC-00117-000

U43MIC2026-1BMCXIC-00117-000

ENA1 FLGA 2

FLGB 3ENB4

OUTB 5

GND 6

IN7

OUTA 8



TP2609TP2609

L42

CIND-00010-0001.5A

HF50ACC321611-T

12060.04 OHM

L42

CIND-00010-0001.5A

HF50ACC321611-T

12060.04 OHM

TP2611TP2611

C2608

25VCCAP-00098-200

5%NPO 0402

(DNI)12PFC2608

25VCCAP-00098-200

5%NPO 0402

(DNI)12PF


TP2605TP2605

C26040.1UF

16VCCAP-00012-100

10%X7R 0603

C26040.1UF

16VCCAP-00012-100

10%X7R 0603R260649.9

1%CRES-00176-100

1/10W 0603

R260649.9

1%CRES-00176-100

1/10W 0603

C401100UF16V TANT

CCAP-00034-060

10%0.060 OHM 7343

C401100UF16V TANT

CCAP-00034-060

10%0.060 OHM 7343

C260915PF

25VCCAP-00091-200

+/-.25PFNPO 0402

C260915PF

25VCCAP-00091-200

+/-.25PFNPO 0402

U29MC74VHC1GU04CXIC-00259-000

EthernetPCB Footprint = TI_DBV_SNGL_GATE_5PIN



A2 Y 4

VCC

5

GND

3

NC1

R260549.9

1%CRES-00176-100

1/10W 0603

R260549.9

1%CRES-00176-100

1/10W 0603

R2022.2K5%CRES-00018-100

1/10W 0603

R2022.2K5%CRES-00018-100

1/10W 0603


FB2601

CIND-00001-000200MA

MMZ2012S601A08050.3 Ohm

FB2601

CIND-00001-000200MA

MMZ2012S601A08050.3 Ohm

R712001%CRES-00160-100

1/10W 0603

R712001%CRES-00160-100

1/10W 0603

R2620

2001%CRES-00160-100

1/10W 0603

R2620

2001%CRES-00160-100

1/10W 0603

R2012.2K5%CRES-00018-100

1/10W 0603

R2012.2K5%CRES-00018-100

1/10W 0603

R260849.91%CRES-00176-100

1/10W 0603

R260849.91%CRES-00176-100

1/10W 0603





A2 Y 4

VCC

5

GND

3

NC1

L41

CIND-00010-0001.5A

HF50ACC321611-T

12060.04 OHM

L41

CIND-00010-0001.5A

HF50ACC321611-T

12060.04 OHM

Y260225Mhz

CXTL-00011-000+/-50PPM+/-30PPM

Y260225Mhz

CXTL-00011-000+/-50PPM+/-30PPM

12

Ethernet

USB

SATA

U100-16BCM7401Revision = C1CXIC-00248-000

CPUEthernet

USB

SATA

U100-16BCM7401Revision = C1CXIC-00248-000

CPU

USB20_DP1 AF6USB20_DN1 AE6

USB20_PWRON1 AB8USB20_PWRFLT1 AF9


USB20_PWRON2 AD9USB20_PWRFLT2 AE9

SATA_TXDP1 A6SATA_TXDN1 B6

USB_XTALIAF4

USB_XTALOAF5

USB_RREFAD6

EPHY_TDN A11EPHY_TDP B11

SATA_RXDP1 B5SATA_RXDN1 A5

EPHY_VREFC10

EPHY_RDACC11


USB11_PWRON1 AC9USB11_PWRFLT1 AA8

EPHY_RDN B10EPHY_RDP A10

SATA_FSTESTF9SATA_PLLTESTC7

SATA_CLK25_XTALIA7

SATA_CLK25_XTALOB7

USB_MONPLLAB6USB_MONCDRAC6

TP2602TP2602

R722001%CRES-00160-100

1/10W 0603

R722001%CRES-00160-100

1/10W 0603



3.0 Drop/Droop Test

3.1 Fusion Drop/Droop Test Results

Test Summary

Unit under test

Tested S/N

Test date(s) 4/23/2008

Test location TiVo, Inc.

Test Engineer Dennis Del Carlo

Conclusion Pass

Fusion Drop/Droop Test Fusion TSN 652 0001-8046-6A60 Test Equipment Tektronix TDSUSBF 071-1063-00 Multimeter Fluke Model 87 MEASURE AT Fusion Output 1. Set Load 1 Switch of TDSUSBF to center off, set Load 3 Switch to center off. (Off, no load) 2. Connect Fusion USB port to J1, with 1 meter USB cable. 3. Connect Fusion USB port to J2, with 1 meter USB cable 4. Measure VBUS at J1 and J2, no load; record as No Load Voltage. 5. Switch Load 1 and Load 3 to 500mA load position. 6. Measure VBUS at J1 and J2 each with 500mA load switched on; record as Load Voltage. Lower Upper No Load Voltage 4.96 4.96 Load Voltage 500 ma 4.77 4.77 VBUS Droop at 500ma 0.190 0.190 Pass / Fail Pass Pass



4.0 Droop Test

4.1 Bus-Powered Droop Test Results in Tek format

Test Summary

Unit under test

Tested S/N



Test Engineer

Conclusion Pass

file:///C|/TekApplications/TDSUSB2/report/TSN%20652-0001-8046-6A60-droop-tek.htm

Bus-Powered Droop Test Results in Tek format

Device ID: TSN 652-0001-8046-6A60

Device Description: High Speed , DVR MODEL TCD652160.

Date: Wed Apr 23 14:19:14 PDT 2008

Droop Test Result: Pass

Measurement Name

Measured Droop Voltage

USB Limits Status

Droop Test 28.000mV <330mV Pass Droop value measured at: Port 1 of HUT

TDSUSB2 software version: 1.9.1

file:///C|/TekApplications/TDSUSB2/report/TSN%20652-0001-8046-6A60-droop-tek.htm4/23/2008 2:22:46 PM



5.0 Inrush Test

5.1 Inrush Test Results in Tek format

Test Summary

Unit under test

Tested S/N



Test Engineer

Conclusion Pass

Inrush Test Results in Tek format

Device ID: fsfe_001

Device Description: Full Speed , Dummy Device.

Date:Tue Jan 15 14:16:56 PST 2008

Inrush Test Result: Pass

Measurement

NameCharge

Capacitance USB

Limits

Waiver

LimitsStatus

Inrush Test4.440960u

C906.3183n F

<49.0000

0u C

<196.000

0u CPass




6.0 Full Speed Signal Quality Test

6.1 Signal Quality Test Results in Tek format

Test Summary

Unit under test TCD652160

Tested S/N

Test date(s) 12/20/2007


Test Engineer Dennis Del Carlo

Conclusion Pass

Signal Quality Test Results in Tek format

Device ID: fsfe_001

Device Description: Full Speed, Far End Device, Up Stream Testing, Tier 6, Dummy Device.

Date: Thu Dec 20 15:14:26 PST 2007

Overall Result: Pass*

Waveform Plot

Eye Diagram

Results based on USB-IF / Waiver Limits :

Measurement Name Minimum Maximum Mean pk-pk Standard DeviationRMS

Population Status

Measurement Name Minimum Maximum Mean pk-pk Standard Deviation Population Status

Eye Diagram Test - - - - - - - Pass

Signal Rate 11.91556Mbps 12.08993Mbps 12.00219Mbps 0.0000bps 55.78330kbps 12.00285Mbps 31 Pass

Crossover Voltage 1.470407 V 1.606011 V 1.544779 V 135.6043mV 44.19866mV 1.545376 V 18 Pass

EOP Width - - 166.0977ns - - - 1 Pass

Consecutive Jitter -488.8744ps 476.7385ps 0.0000s 965.6129ps 278.4314ps 270.1181ps 17 Pass

Paired JK Jitter -139.9193ps 86.80902ps -57.23172ps 226.7283ps 76.24811ps 91.44683ps 8 Pass

Paired KJ Jitter -145.6585ps 19.11635ps -51.57139ps 164.7749ps 53.62642ps 71.58613ps 7 Pass

Additional Information :

Rise Time: Min: 7.2213ns Max: 8.0240ns Mean: 7.6676ns Std: 273.02ps RMS: 7.6718ns Population: 8

Fall Time: Min: 7.3805ns Max: 7.9602ns Mean: 7.6497ns Std: 158.11ps RMS: 7.6512ns Population: 9

* The Overall Result for this test is Pass, because individual status of the measurements is Pass and it is performed on Tier 6 (as per USB-IF).




7.0 High Speed Signal Quality Test


Test Summary

Unit under test

Tested S/N

Test date(s) 12/20/2007


Test Engineer

Conclusion Pass


Device ID: fsfe_001

Device Description: High Speed, Near End Device, Up Stream Testing, Tier 1, Dummy Device.

Date: Thu Dec 20 15:00:29 PST 2007


Waveform Plot

Eye Diagram



Population Status


Monotonic Property - - - - - - 0 Pass


Signal Rate 459.4871Mbps 499.6538Mbps 479.9329Mbps 0.0000bps 9.160196Mbps 480.1691Mbps 513 Pass

EOP Width - - 16.56090ns - - - 1 Pass

EOP Width (Bits) - - 7.948123 - - - 1 Pass

Rise Time 659.9592ps 803.2581ps 726.3759ps 143.2989ps 42.27301ps 727.5935ps 107 Pass

Fall Time 691.0569ps 826.2003ps 773.4787ps 135.1434ps 27.04750ps 773.9470ps 107 Pass

Monotonicity test is performed on the test limits of 15.0% and 85.0%.

Additional Information :

Consecutive Jitter range : -129.0ps to 148.7ps RMS Jitter 57.44ps

KJ Paired Jitter range : -64.00ps to 54.17ps RMS Jitter 24.27ps

JK Paired Jitter range : -53.36ps to 55.96ps RMS Jitter 24.56ps

*The Overall Result for this test is Pass, because one or more individual status of the measurements is Pass. For this test, the recommended configuration

for USB2 testing (as per USB-IF) is on Tier 1.




8.0 Low Speed Signal Quality Test


Test Summary

Unit under test

Tested S/N

Test date(s) 12/20/2007


Test Engineer

Conclusion Pass


Device ID: fsfe_001

Device Description: Low Speed, Near End Device, Up Stream Testing, Tier 6, Dummy Device.

Date: Thu Dec 20 15:23:12 PST 2007


Waveform Plot

Eye Diagram



Population Status



Signal Rate 1.492834Mbps 1.508246Mbps 1.500037Mbps 0.0000bps 4.126709kbps 1.499968Mbps 30 Pass

Crossover Voltage 1.667506 V 1.839996 V 1.759122 V 172.4896mV 50.07425mV 1.759804 V 23 Pass

EOP Width - - 1.331282us - - - 1 Pass

Consecutive Jitter -2.160031ns 2.062411ns 0.0000s 4.222442ns 1.266140ns 1.237029ns 22 Pass

Paired JK Jitter -1.811237ns 3.242755ns -89.42197ps 5.053992ns 1.580994ns 1.502526ns 10 Pass

Paired KJ Jitter -2.852340ns 1.033740ns -87.18670ps 3.886080ns 1.074808ns 1.023373ns 10 Pass

Rise Time 98.18807ns 105.9743ns 102.3523ns 7.786188ns 2.327476ns 102.3764ns 11 Pass

Fall Time 98.40769ns 106.4920ns 103.5255ns 8.084334ns 2.435308ns 103.5515ns 11 Pass

* The Overall Result for this test is Pass, because individual status of the measurements is Pass and it is performed on Tier 6 (as per USB-IF).




9.0 High Speed Chirp Test

9.1 High Speed Chirp-Test Results in Tek format

Test Summary

Unit under test

Tested S/N

Test date(s) 12/20/2007


Test Engineer

Conclusion Pass

Chirp-Test Results in Tek format

Device ID: fsfe_001

Device Description: High Speed , Host EL_33,EL_34 Testing , Dummy Device.

Date:Thu Dec 20 17:42:48 PST 2007

Chirp Test Result: Pass

Measurement

NameMeasurement Value USB Limits Status

Chirp Response Time 92.40000uS Time =100.0000uS Pass

Chirp-K&J Duration49.20008uS &

50.80270uS

40.00000uS to

60.00000uS Pass


Fusion USB DVT Report April 2008 - Ealasaid's Web EmpireTP2602 R72 200 1% CRES-00160-100 1/10W 0603....

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Transcript of Fusion USB DVT Report April 2008 - Ealasaid's Web EmpireTP2602 R72 200 1% CRES-00160-100 1/10W 0603....