Rev. 0.3 4/14 Copyright © 2014 by Silicon Laboratories Si5xx/514/570-PROG-EVB

Si5xx/514/570-PROG-EVB

Si514/570/571/598/599 ANY-FREQUENCY I2CPROGRAMMABLE XO/VCXO EVALUATION BOARD

Description

The Silicon Laboratories Si514/570/571/598/599evaluation kit contains the hardware and softwareneeded for evaluation of the Si514/570/571/598/599Any-Frequency I2C programmable XO/VCXO and canbe run on a USB-equipped PC.

Features

Evaluation of Silicon Laboratories' Si514/570/571/

598/599 Any-Frequency I2C programmable XO/VCXO

Windows-compatible software control and device programming

Voltage regulator supports device operation of the Si5xx at +1.8, +2.5, or +3.3 V

I2C communication options are jumper configurable

Voltage control (VC) input port (Si571/Si599)

Functional Block Diagram

LevelTranslator

J16

VDD

OutputConditioner

J14

J18GND

CLKP

CLKN

SDA (VC)

SCL (OE)

1

2

3

6

5

4

CLKP

CLKN

8

7

TP4

J13

LevelTranslator

OutputEnable

VDDREG

J11

TP3(VDD_DUT)

Manual VDDVoltage Select

4-3=2.5V2-1=3.3V OPEN=1.8V

1

3

2

4

USB

C8051F342MCU

TP2(VBUS_5V)

J2

OptionalPower In

J5

1 2 3

RE

GIN

TP1(EXT3P3V)

Filter

J12

J1

TP10

1

2

3TP6

(SCL)TP7

(SDA)

J19

J17

J20

1

2

1

2

1

2

3

1

2

3

VCO In

DUT

NC

(S

CL

)N

C (

SD

A)

2 Rev. 0.3

1. Introduction

This document describes the operation of the Silicon Laboratories Si514/570/571/598/599 evaluation kit. TheSi5xx-PROG-EVB kit refers to the evaluation board hardware and software intended for customer evaluation of theSi514/570/571/598/599 Any-Frequency I2C programmable XO/VCXO. The Si5xx-EVB kit contains the following:

Si5xx-PROG-EVB Hardware

Programmable Oscillator Software

EVB Driver (USBXpress®)

The software components run on a USB-equipped PC and are described in detail in Section “5. Software Guide”

The Si5xx-PROG-EVB evaluation board can be used to evaluate the Si514, Si570, Si571, Si598, and Si599 I2Cprogrammable XOs or VCXOs as shown in Table 1. The Si514-PROG-EVB evaluation board can be used toevaluate the Si514 I2C-programmable XO as shown in Table 1. This evaluation board functions and performssimilar to the Si5xx-PROG-EVB evaluation board.

Table 1. Si5xx XO and VCXO Device Evaluation Board Selector Guide

Ordering Part # Type Devices Supported

Packages Supported

Output Format, Temp Stability, Tuning Slope

Supported Frequency

Range

Si5xx-EVB Single/Dual Frequency XO/VCXO Eval Board

Si510/511 Si512/513 Si515/516 Si530/531 Si532/533 Si550/552Si590/591

5 x 7 mm, 6-pin 3.2 x 5 mm, 6-pin 3.2 x 5 mm, 4-pin

Any 100 kHz to1417 MHz

Si5xx-PROG-EVB I2C Programmable XO/VCXO Eval Board

Si514Si570/571Si598/599

5 x 7 mm, 8-pin 5 x 7 mm 6-pin

3.2 x 5 mm, 6-pin

Any 100 kHz to1417 MHz

Si514-PROG-EVB I2C Programmable XO Eval Board with sol-

dered Si514

Si514 5 x 7 mm 6-pin Any 100 kHz to250 MHz

Si5xx5x7-EVB Quad Frequency XO/VCXO Eval Board

Si534Si554

5 x 7 mm, 8-pin Any 10 to 1417 MHz

Si570-PROG-EVB I2C Programmable XO Eval Board with

soldered Si570

Si570 5x7 mm 8-pin Any 10 to 1417 MHz

Notes:1. Si5xx samples must be ordered separately from the Si5xx-PROG-EVB.2. Board must be modified to be consistent with the ordered part. See "3.10. Output Terminations" on page 8.3. Si514-PROG-EVB comes with an Si514 preinstalled.

Rev. 0.3 3

1.1. Quick Start1. Install an Si514, Si570, Si571, Si598, or Si599 device on the board (Si514-PROG-EVB comes with an Si514

preinstalled; the Si570-PROG-EVB also comes with an Si570 installed).

2. Verify that the jumper settings are correct.

3. Connect the USB cable from the EVB to the host PC.

4. Install the Programmable Oscillator Software and driver.

5. Launch the Programmable Oscillator Software by clicking Start Programs Silicon Laboratories Programmable Oscillator Software. Click on one of the shortcuts in the group.

4 Rev. 0.3

2. Top/Bottom Views of Board

Figure 1. Board Views (a) Top; (b) Bottom

(a)

DefaultJumperSettings

HW control ofVDD_DUT voltagevia jumpers

(b)

StatusLEDs

Rev. 0.3 5

3. Functional Description

The Si5xx-PROG-EVB is the evaluation board assembly for the Si514/570/571/598/599 Any-Frequency I2CProgrammable XO/VCO. This evaluation board assembly provides access to all signals for programming andoperating the device. The Si5xx-PROG-EVB schematics, bill of materials, and PCB layouts are included assections 6, 7, and 8, respectively. Figure 2 provides a block diagram for the board.

Figure 2. Si5xx-PROG-EVB Functional Block Diagram

LevelTranslator

J16

VDD

OutputConditioner

J14

J18GND

CLKP

CLKN

SDA (VC)

SCL (OE)

1

2

3

6

5

4

CLKP

CLKN

8

7

TP4

J13

LevelTranslator

OutputEnable

VDDREG

J11

TP3(VDD_DUT)

Manual VDDVoltage Select

4-3=2.5V2-1=3.3V OPEN=1.8V

1

3

2

4

USB

C8051F342MCU

TP2(VBUS_5V)

J2

OptionalPower In

J5

1 2 3

RE

GIN

TP1(EXT3P3V)

Filter

J12

J1

TP10

1

2

3TP6

(SCL)TP7

(SDA)

J19

J17

J20

1

2

1

2

1

2

3

1

2

3

VCO In

DUT

NC

(S

CL)

NC

(S

DA

)

6 Rev. 0.3

3.1. Power SupplyThe Si5xx-PROG-EVB is pre-configured to accept 5 V from the USB connector at J2. The DUT is powered fromthe VDD regulator by default, but could be changed to an external supply introduced through J1. To do this, simplymove jumper J11 from pins 2-3 to 1-2 and apply power to J1. (Ensure the voltage range of the DUT is obeyed, andit is also good practice to set a current limit on the power supply).

It is also possible for the microcontroller (U9) to adjust the VDD regulator through the software. The microcontrollerhas pull-downs configured at P0.0 and P0.1 that grounds R18 and R19, respectively, adjusting VDD_DUT to 1.8,2.5, or 3.3 V. It is also possible to install jumpers in J5 to manually force a VDD_DUT voltage. Table 2 illustrates thesettings of J5:

3.2. Reset CircuitThe Si5xx-PROG-EVB MCU may be reset by momentarily pressing pushbutton SW1.

3.3. USBA 4-pin USB receptacle is provided at location J2. The Si5xx-PROG-EVB is compatible with USB Specification 2.0.When the USB link is in use, the MCU drives LED D4.

3.4. MCUThe Silicon Laboratories MCU, P/N C8051F342, provides the following functions:

Supports I2C communication to the DUT on behalf of the host PC per the Programmable Oscillator Software

Drives a number of status indicator LEDs (see Table 3)

Supplies 3.3 V to peripheral ICs on the motherboard but not to the DUT

Controls DUT power (see Section “3.1. Power Supply” )

Auto-detects the part type (e.g., Si51x/Si57x/Si59x)

There is a provision for in-circuit programming at connector J4. This provision should not be needed in normaloperation. The host PC operates the software and communicates to the Si5xx-PROG-EVB through the MCU viaUSB connector J2. When the USB link is in use, LED D4 should flash. The MCU may be reset by momentarilypressing pushbutton (SW1).

Table 2. J5 settings for VDD_DUT

Jumper VDD_DUT

Open 1.8 V

1–2 3.3 V

3–4 2.5 V

Rev. 0.3 7

3.5. Status SignalsThere are four LEDs on the Si5xxPROG-EVB that report visual status as listed in Table 3 and shown in Figure 1b.Upon powerup, D1 should be illuminated.

3.6. JumpersThere are seven jumper locations on the Si5xx-PROG-EVB as listed in Table 4. The default or pre-loaded jumpersare shown in Figure 1a.

Table 3. Si5xx-PROG-EVB LEDs

LED ON OFF

D1 VDD3p3 volts is present VDD3p3 volts is NOT present

D2 Ext3p3V volts is present Ext3p3V volts is NOT present

D3 Reserved Reserved

D4 USB access in progress No USB access in progress

Table 4. Si5xx-PROG-EVB Jumpers

Jumper Block Reference Function

J5 Manual (on-board) VDD_DUT adjust (see Table 1)

J11 VDD_DUT select: 1-2: External voltage (from J1) 2-3: On-board regulator

J13 I2C/Vc selector: 1-2: I2C communication 3-4: Ext Vc input (Si57x)

J16 Output enable (Si57x): 1-2: OE is HIGH 3-4: OE is LOW

J17 Manual shutdown of I2C port for Si514 (also controllable via SW)

J19 Manual shutdown of I2C port for Si57x (also controllable via SW)

J20 I2C communication access port 3-4: SCL connection to MCU 5-6: SDA connection to MCU

8 Rev. 0.3

3.7. External I2C Communication It is possible to use an external I2C controller to communicate with the DUT. To do this, remove the jumpersinstalled in J20 and connect the external I2C harness to J20. Grounded pins (1-2, 7-8) are there for grounding theharness. Pins 4 and 6 can be driven as SCL and SDA, respectively.

3.8. Si5xx-PROG-EVB Digital Control SignalOne normally static digital input control signal routes to the Si5xx: Output Enable or OE. By default, the OE signalis pulled HIGH on the Si5xx-PROG-EVB and may be pulled low by installing a jumper at J16.

3.9. Si5xx-PROG-EVB Voltage Control SignalAn external voltage control signal may be applied to the control voltage modulation input at the J12 header(VCO_IN). This voltage supplies the control voltage or voltage modulation input to the DUT. J13 should be installedin the 2-3 position.

3.10. Output TerminationsThe Si5xx-PROG-EVB can support four different output formats: CMOS, LVPECL, LVDS, and HCSL. There areoutput resistors that are needed to accompany each format. Table 5 shows which resistors are needed for eachoutput:

Table 5. Output Termination Installation Definition

Output Format

R36 R40 R35 R44 R37 R38 R29 R34 R43 R45

CMOS 10 10 NP NP NP NP NP NP NP NP

LVPECL 0 0 130 130 NP NP NP 0 NP 0

LVDS 0 0 NP NP NP NP NP NP NP NP

HCSL 0 0 NP NP NP NP NP NP NP NP

Rev. 0.3 9

4. Configuring the Si5xx-PROG-EVB

Figure 3. Si5xx-PROG-EVB Typical Configuration

Si5xx-EVB

1.8-3.3V Power Supply(Optional) +-

Optional Voltage Source(for Si571)

+-

+-

+-

Optional Oscilloscope or other Instrument

Frequency Counter

CLKN

CLKP

VC

Optional I2C Device SCL/SDA

PC

USB

10 Rev. 0.3

5. Software Guide

The evaluation kit includes software called Programmable Oscillator Software, which consists of several tools:

Programmable Oscillator Calculator—Program new dividers and output frequencies in the device using large and small frequency programming procedures. This can run with or without an EVB connected to the computer.

Register Programmer—Program individual registers on the oscillator device on the EVB.

Si57x/9x Register Programmer—Program Si570/571/598/599 specific registers.

Register Viewer—View all the register values on the oscillator installed on the EVB.

User Guide—Read more help information on using the software.

Spreadsheet Finder for HS_DIV and N1—Use an Excel spreadsheet to find the Si570/571/598/599 dividers. No EVB is required.

5.1. Programmable Oscillator Software Installation

The following sections describe how to install and use the software. There is a readme.txt file with the installation files as well as a software user guide installed with the software.

5.2. System Requirements Microsoft Windows® 2000, XP, Vista, 7

USB 2.0

2 MB of free hard drive space

1024 x 768 screen resolution or greater

Microsoft .NET Framework 1.1

USBXpress 3.1.1 driverNote: USBXpress 3.1.1 driver is provided and installed with the software. Newer or older versions of USBXpress available

from other EVB kits or online have not been tested with this software.

5.3. Microsoft .NET Framework InstallationThe Microsoft .NET Framework is required before installing and running the software. Details and installationinformation about the .NET Framework are available via a shortcut in the NETFramework directory or at thefollowing web site:

www.microsoft.com/downloads/details.aspx?FamilyId=262D25E3-F589-4842-8157-034D1E7CF3A3&displaylang=en

There are multiple versions of the .NET Framework available from Microsoft, and they can be installed side-by-sideon the same computer. The software requires Version 1.1 but can run under other versions. Contact your systemadministrator for more details.

5.4. Programmable Oscillator Software InstallationThe Programmable Oscillator Software is installed from the ProgOscSwInstall.exe file.

1. Double-click the install file to start the wizard.

2. Follow the wizard instructions to complete the installation for both the software and the driver. Use the default installation location for best results.

3. After the installation is complete, click on Start Programs Silicon Laboratories Programmable Oscillator Software. Select one of the items in the menu including the User Guide to get more details on how to run the software.

5.5. Programmable Oscillator Software Uninstall Close all the programs and help files before running the uninstaller to ensure complete removal of the software. Touninstall the software, use the Add and Remove Programs utility in the Control Panel or click Start Programs Silicon Laboratories Programmable Oscillator Software Uninstaller.

Note: The driver software must be uninstalled separately.

Rev. 0.3 11

6. Schematic

VCO in

VDD

OK

Optional

POWER IN

VDD5V OK

In-Circuit

Programming

Connector

4-3 = 2.5V

2-1 = 3.3V

OPEN = 1.8V

Vout = 1.25*(1+Rtop/Rbot)

.5%

.5%

.5%

CLKO

CLKOB

3) Install for VCOs

4) 100 OHM Diff. Impedance, 50 OHM to GND

2) Mount close to pins 1 & 2 of the DUT

Notes:

1) Mount close to DUT

Note 3

Note 1

NOTE 4

Sprinkle around DUT

Output Resistor Configurations for Various

Output Formats (R in Ohms)

Output

Format

CMOS

LVPECL

LVDS

HCSL

- NP = No Pop

10

0 0

R36

R40

R35

R44

R37

R38

R29

R34

R43

R45

10

NP

NP

NP

NP

NP

NP

NP

NP

0130

130

NP

NP

NP

NP

0NP

NP

NP

NP

NP

NP

00

NP

NP

NP

NP

NP

NP

NP

NP

NP

NP

Note 3

(No Pop) (No Pop)

(No Pop)

(No Pop)

(No Pop)

(No Pop)

Output

Enable

Disable

Pins 1&2

Com.

Disable

Pins 7&8

Com.

00

PW

R_S

EL1

PW

R_S

EL2

VC

_Filt

er

MC

U_R

ST

NM

CU

_C2C

K

MC

U_C

2CK

VD

D_M

ID

SD

AS

CL

Boa

rd_I

D

VD

D_M

ID

Boa

rd_I

D

VC

_Filt

er

SD

A

SC

L

EN

1E

N2

EN

1

EN

2

Brd

_Cnf

g0B

rd_C

nfg1

Brd

_Cnf

g2

Brd

_Cnf

g7B

rd_C

nfg6

Brd

_Cnf

g3B

rd_C

nfg4

Brd

_Cnf

g5

Brd

_Cnf

g1B

rd_C

nfg2

Brd

_Cnf

g3B

rd_C

nfg4

Brd

_Cnf

g5B

rd_C

nfg6

Brd

_Cnf

g7

Brd

_Cnf

g0

VD

D3P

3

Ext

3p3V

VD

D3P

3

VD

D3P

3

VD

D3P

3

VD

D_D

UT

VB

US

_5V

VD

D_D

UT

VD

D_D

UT

VB

US

_5V

VB

US

_5V

VD

D_D

UT

VD

D_D

UT

Ext

3p3V

VD

D_D

UT

VB

US

_5V

R1

127

R1

127

R26 0 ohmR26 0 ohm

C13

100NC13

100N

C7

4.7u

FC

74.

7uF

R19 8.25

KR

19 8.25

K

J8J8

1

R9

1KR9

1K

TP

3T

P3 1

R2

127

R2

127

J17

J17

12

C2

2200

pFC

222

00pF

A CD4

Red

A CD4

Red

2 1

C14

100N

C14

100N

TP

7T

P7

1C

610

0NC

610

0N

R18 17

.4K

R18 17

.4K

+C

433

UF

+C

433

UF

J11

J11

123

U7

Si5

14_7

0_71

PIN

Lab

ling:

()=5

70 o

r 57

1,51

4 ot

hrw

z

U7

Si5

14_7

0_71

PIN

Lab

ling:

()=5

70 o

r 57

1,51

4 ot

hrw

z

SD

A(V

c)1

SC

L(O

E)

2

GN

D3

CLK

P4

CLK

N5

VD

D6

NC(SDA)7

NC(SCL)8

C24

5pF

C24

5pF

J16

J16

1 2 3

TP

5T

P5

1

R45 0 ohm

R45 0 ohm

R17

22.6

KR

1722

.6K

J20

J20

12

34

56

78

R37

49.9

R37

49.9

R14

4.99

KR

144.

99K

R7

49.9

R7

49.9

R5

0 oh

mR

50

ohm

C11

1UFC11

1UF

R28

200K

R28

200K

R11 1KR11 1K

TP

4T

P4 1

TP

8T

P8

1

R27 0 ohmR27 0 ohm

C15

4.7u

FC

154.

7uF

J4J4

12

34

56

7 98 10

R3

301

R3

301

C1

100N

C1

100N

R13

4.99

KR

134.

99K

C12

100N

C12

100N

R20 0 ohmR20 0 ohm

U8

PC

A93

06

U8

PC

A93

06

GN

D

1VR

EF12

SC

L13

SD

A1

4S

DA

25

SC

L26

VR

EF27

EN

8

U4

MIC

5301

U4

MIC

5301

Vin

1

GN

D

2

EN

3A

DJ

4V

out

5

TP

6T

P6

1

J5J5

12

34

R12

10R

1210

R22 0 ohmR22 0 ohm

J6J6

1

R42

2.2K

R42

2.2K

SW

1N

OS

W1

NO

12

43

R43

2KR43

2K

C17

100N

C17

100N

TP

1T

P1 1

TP

10T

P101

R46

0 oh

mR

460

ohm

C16

100NC16

100N

R41

2.2K

R41

2.2K

U1

SP

0503

BA

HT

U1

SP

0503

BA

HT

123 4

C21

100N

C21

100N

R47

0 oh

mR

470

ohm

R33

2.2K

R33

2.2K

R38

49.9

R38

49.9

R39

200K

R39

200K

U6

PC

A93

06

U6

PC

A93

06

GN

D

1VR

EF12

SC

L13

SD

A1

4S

DA

25

SC

L26

VR

EF27

EN

8

TP

9T

P9

1

R44

130

R44

130

+C

333

UF

+C

333

UF

J12

J12

1 2 3

R24 0 ohmR24 0 ohm

C20

100N

C20

100N

R34

0 oh

mR

340

ohm

C23

100NC23

100N

R8

0 oh

mR

80

ohm

C18

5pF

C18

5pF

C8

2200

pF

C8

2200

pF

J2

US

B

J2

US

B

V1

Gnd4

D-2

D+3

S1

5

S2

6

J19

J19

12

R23 0 ohmR23 0 ohm

R16

4.99

K

R16

4.99

K

A CD3 Red

A CD3 Red

2 1

TP

2T

P2 1

R4

301

R4

301

R31 4.99K

R31 4.99K

R10 1KR10 1K

**J1 **J1

12

R32

2.2K

R32

2.2K

C22

100N

C22

100N

J18

J18

1

32

45

J13

J13

1 2 3

L2L2

12

Ser No.

U5

DS

2411

Ser No.

U5

DS

2411

Vcc6

GND1

I/O2

NC

13

NC

24

NC

35

R21 0 ohmR21 0 ohm

R40

0 oh

m

R40

0 oh

m

R15

10KR

1510

K

C26

1UF

C26

1UF

R25 0 ohmR25 0 ohm

R29

2KR29

2K

AC

D2 Grn

AC

D2 Grn

1 2

C25

100N

C25

100N

C5

22pF

C5

22pF

C9

100N

C9

100N

C19 10

0NC

19 100N

R35 13

0R

35 130

J9J9

1

J14

J14

1

32

45

R6

100

R6

100

L1L1

12

J10

J10 1

R30 4.99K

R30 4.99K

AC

D1 Grn

AC

D1 Grn

1 2

C10

4.7u

FC

104.

7uF

U9 C80

51F

342

U9 C80

51F

342

P0.

11

P0.

02

GND3

D+

4

D-

5

VDD6

REGIN7

VB

US

8

RS

T/C

2CK

9

P3.

0/C

2D10

P2.

711

P2.

612

P2.

513

P2.

414

P2.

315

P2.

216

P2.

117

P2.

018

P1.

719

P1.

620

P1.

521

P1.

422

P1.

323

P1.

224

P1.

125

P1.

026

P0.

727

P0.

628

P0.

529

P0.

430

P0.

331

P0.

232

R36

0 oh

m

R36

0 oh

m

J7J7

1

Fig

ure

4.S

i5xx

-PR

OG

-EV

B (

Un

iver

sal I

2C

XO

/VC

XO

)

12 Rev. 0.3

7. Bill of Materials

Table 6. Si5xx-PROG-EVB/Si514-PROG-EVB/Si570-PROG-EVB Bill of Materials1

Item Qty Reference Value Mfr Manufacturer PN PCB Footprint

1 14 C1,C6,C9,C12,C13,C14,C16,C17,C19,C20,C21,C22,C23,

C25

100 nF Venkel C0603X7R160-104KNE SM_C_0603

2 2 C2,C8 2200 pF Venkel C0603X7R160-222KNE SM_C_0603

3 2 C3,C4 33 µF Venkel TA006TCM336KBR EIA 3528

4 1 C5 22 pF Venkel C0603C0G500-220KNE SM_C_0603

5 3 C7,C10,C15 4.7 µF Venkel C0805X5R6R3-475KNE SM_C_0805

6 2 C11,C26 1 µF Venkel C0603X7R6R3-105KNE SM_C_0603

7 2 D1,D2 Grn Panasonic LN1371G LED_gull

8 2 D3,D4 Red Lumex LN1271RAL LED_gull

9 1 J1 Phoenix_2_screw Phoenix MKDSN 1.5/2-5.08 Phoenix2pin-M_p2pitch

10 1 J2 USB FCI 61729-0010BLF USB_typeB

11 1 J4 5by2_Shrd_Hdr_SMT Sullins PPTC052LJBN-RC 5by2head-er_thruhole

12 1 J5 2by2_M_Hdr Sullins PBC36DAAN 2by2head-er_p1pitch

13 5 J6,J7,J8,J9,J10

Jmpr_1pin Tyco 87224-1 1by1header_TH

14 4 J11,J12,J13,J16

Jmpr_3pin Tyco 146225-3 3pin_p1pitch

15 2 J14,J18 SMA_VERT Johnson 142-0701-211 SMA_VERT

16 2 J17,J19 Jmpr_2pin Sullins PBC36DAAN 2by2head-er_p1pitch

17 1 J20 4X2 Header Sullins PBC04DFAN 4by2head-er_p1pitch

Notes:1. Outputs configured for LVPECL.2. Si514-PROG-EVB contains a presoldered 514CBA000118AAG device.3. Si570-PROG-EVB contains a presoldered 570ACA000118DG.

Rev. 0.3 13

18 2 L1,L2 Ferrite Murata BLM31A601S 1206

19 2 R1, R2 127 Venkel CR0603-16W-1270FT SM_R_0603

20 3 R3,R4 301 Venkel CR0603-16W-3010FT SM_R_0603

21 16 R5,R8,R20,R21,R22,R23,R24,R25,R26,R27,R34,R36,R40,R45,R46,

R47

0 Venkel CR0603-16W-000T SM_R_0603

22 1 R6 100 Venkel CR0603-16W-1000FT SM_R_0603

23 1 R7 49.9 Venkel CR0603-16W-49R9FT SM_R_0603

24 3 R9,R10,R11 1 k Venkel CR0603-16W-1001FT SM_R_0603

25 1 R12 10 Venkel CR0603-16W-10R0FT SM_R_0603

26 1 R15 10 k Venkel CR603-16W-1002FT SM_R_0603

27 5 R13,R14,R16,R30,

R31

4.99 k Venkel CR0603-16W-4991FT SM_R_0603

28 1 R17 22.6 k Venkel CR0603-16W-2262FT SM_R_0603

29 1 R18 17.4 k Venkel CR0603-16W-1742FT SM_R_0603

30 1 R19 8.25 k Venkel CR0603-16W-8251FT SM_R_0603

31 2 R28,R39 200 k Venkel CR0603-16W-2003FT SM_R_0603

32 4 R32,R33,R41,R42

2.2 k Venkel CR0603-16W-2201FT SM_R_0603

33 2 R35,R44 130 Venkel CR0603-16W-1300FT SM_R_0603

34 1 SW1 NO Mountain Switch

101-0161-EV 4pinSwitch

35 2 TP1,TP10 Test Point Key Stone 5001K .035" TH

36 1 U1 SP0503BAHT Little Fuse SP0503BAHT SOT143

37 1 U4 MIC5301 Micrel MIC5301YD5 SOT23-5

Table 6. Si5xx-PROG-EVB/Si514-PROG-EVB/Si570-PROG-EVB Bill of Materials1 (Continued)

Item Qty Reference Value Mfr Manufacturer PN PCB Footprint

Notes:1. Outputs configured for LVPECL.2. Si514-PROG-EVB contains a presoldered 514CBA000118AAG device.3. Si570-PROG-EVB contains a presoldered 570ACA000118DG.

14 Rev. 0.3

38 1 U5 DS2411 Maxim/Dallas

DS2411RP+ TSOC-6

39 2 U6,U8 PCA9306 TI PCA9306DCTR PSOP

40 1 U9 C8051F342 Silicon Labs C8051F342-GQ LQFP-32

Not Populated

412 U7 Si514_70_71 Silabs

42 R29,R43 2 k Venkel CR0603-16W-2001FT SM_R_0603

43 C18,C24 5 pF Venkel C0603X7R160-104KNE SM_C_0603

44 R37,R38 49.9 Venkel CR0603-16W-49R9FT SM_R_0603

45 TP2,TP3,TP4,TP5,TP6,TP7,TP8,TP9

Test Point Key Stone 5001K .035" TH

Part Order Code 514CBA000118AAG

Type I2C Programmable

Package 5x7 mm, 6-Pin

Output CMOS

Frequency Range 0.10–212.5 MHz

Starting Frequency 156.25 MHz

VDD 3.3 V

Temperature Stability ±25 ppm

Total Stability ±50 ppm

Opening Temperature Range –40 to 85 °C

Data Sheet http://www.silabs.com/support%20documents/technicaldocs/si514.pdf

Table 6. Si5xx-PROG-EVB/Si514-PROG-EVB/Si570-PROG-EVB Bill of Materials1 (Continued)

Item Qty Reference Value Mfr Manufacturer PN PCB Footprint

Notes:1. Outputs configured for LVPECL.2. Si514-PROG-EVB contains a presoldered 514CBA000118AAG device.3. Si570-PROG-EVB contains a presoldered 570ACA000118DG.

Rev. 0.3 15

Part Order Code 570ACA000118DG

Type I2C programmable

Package 5x7 mm, 8 pin

Output LVPECL

Frequency Range 10–945, 970–1134, 1213–1417.5 MHz

Starting Frequency 156.25 MHzVDD: 3.3 V

VDD 3.3 V

Total Stability 20 ppm

Opening Temperature Range –40 to 85 °C

Data Sheet http://www.silabs.com/support%20documents/technicaldocs/si570.pdf

16 Rev. 0.3

8. Layout

Figure 5. Primary Side

Figure 6. Layer 2: PWR

Rev. 0.3 17

Figure 7. Layer 3: GND

Figure 8. Secondary Side

18 Rev. 0.3

DOCUMENT CHANGE LIST

Revision 0.1 to Revision 0.2 Added ordering information and revised text to add

the Si514-PROG-EVB to the list of released EVBs.

Updated Table 5 on page 8.

Updated Figure 4 on page 11 (schematic).

Updated "7. Bill of Materials" on page 12 and notes.Described changes needed for the Si514-PROG-EVB.

Revision 0.2 to 0.3 Added ordering information and revised test for the

newly released Si570-PROG-EVB

Rev. 0.3 19

NOTES:

DisclaimerSilicon Laboratories intends to provide customers with the latest, accurate, and in-depth documentation of all peripherals and modules available for system and software implementers using or intending to use the Silicon Laboratories products. Characterization data, available modules and peripherals, memory sizes and memory addresses refer to each specific device, and "Typical" parameters provided can and do vary in different applications. Application examples described herein are for illustrative purposes only. Silicon Laboratories reserves the right to make changes without further notice and limitation to product information, specifications, and descriptions herein, and does not give warranties as to the accuracy or completeness of the included information. Silicon Laboratories shall have no liability for the consequences of use of the information supplied herein. This document does not imply or express copyright licenses granted hereunder to design or fabricate any integrated circuits. The products must not be used within any Life Support System without the specific written consent of Silicon Laboratories. A "Life Support System" is any product or system intended to support or sustain life and/or health, which, if it fails, can be reasonably expected to result in significant personal injury or death. Silicon Laboratories products are generally not intended for military applications. Silicon Laboratories products shall under no circumstances be used in weapons of mass destruction including (but not limited to) nuclear, biological or chemical weapons, or missiles capable of delivering such weapons.

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