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Summary of Contents for Microsemi ZLE30267
- Page 1 ZLE30267 Evaluation Board PCB Revision B Hardware Guide December 2015...
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Page 2: Table Of Contents
ZLE30267 Hardware Guide Document #153729 List of Figures ....................3 List of Tables ....................3 Supported Devices ..................5 Related Documents ..................5 Hardware Overview..................5 Hardware Feature Summary ...................... 5 Major Components ......................5 Hardware Features ......................5 Power Supply ........................7 USB Interface ........................ -
Page 3: List Of Figures
Figure 12 · ZLE30267 Oscillator / Crystal Daughter Assembly Drawing ......... 25 Figure 13 · ZLE30267 Oscillator / Crystal Daughter Assembly Drawing ......... 26 Figure 14 · ZLE30267 Oscillator / Crystal Daughter installed on header JP72........ 27 List of Tables Table 1 ·... - Page 4 This page left blank December 2015...
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Page 5: Supported Devices
Datasheets for the ZL30267 and the other part numbers listed in the Supported Devices section Hardware Overview The ZLE30267 Evaluation Board is a test and demonstration platform with support for the full feature sets of the family of timing ICs. -
Page 6: Figure 1 · Board Floor Plan
ZLE30267 Hardware Guide SPI/I2C USB jack Power and ground jacks Connectors 5V adapter jack interface Device part # and Reset Info about on-board XOs button barcode LEDs VDD Control Input Clocks Control Output Clocks Local oscillator selection Figure 1 · Board Floor Plan... -
Page 7: Power Supply
USB Interface The Windows ® -based ZLE30267 GUI software communicates with the board via USB connector JDR1. Hardware Configuration Top Level Configurations The ZLE30267 Evaluation Board supports several operational modes of DUTs, including ... -
Page 8: Figure 2 · Configuration Topology With Annotations
ZLE30267 Hardware Guide Figure 2 · Configuration Topology with Annotations Each of the possible configurations is portrayed in the following series of Figures 3 through 9. The active serial bus and hardware control elements of the configuration are depicted by heavy lines. Active blocks are also identified with bold text. -
Page 9: Figure 4 · Board Configuration 2
ZLE30267 Hardware Guide In Configurations 2 and 3, the USB device is SPI master. The USB master can interface with an on-board EEPROM as in Configuration 2, or an “external SPI device” as in Configuration 3. The external SPI device could be either an EEPROM or a DUT mounted on another board. -
Page 10: Figure 6 · Board Configuration 4
ZLE30267 Hardware Guide In Configurations 4 and 5, The DUT is set up as a SPI master with external EEPROM. The difference between the two configurations is that in Configuration 4 the on-board EEPROM is referenced and in Configuration 5, a header-connected external EEPROM is referenced. Note that these configurations apply only to DUTs which do not have internal EEPROMs. -
Page 11: Figure 8 · Board Configurations 6 And 7
ZLE30267 Hardware Guide Configurations 6 and 7 depict scenarios in which an external serial bus master device is connected to the DUT. One Figure shows the topology for the two configurations because they are differentiated only by switch settings. Configuration 6 is SPI serial bus mode, whereas Configuration 7 is an I2C serial bus. -
Page 12: Switch And Jumper Configurations, Detailed Listing
ZLE30267 Hardware Guide Switch and Jumper Configurations, Detailed Listing Each of the possible board configurations illustrated above is implemented as a collection of settings. The settings are comprised of jumper assignments, DIP switch settings, and/or software-controlled bit port logic (1=high, 0=low). This section provides a comprehensive listing of all the board settings for each configuration. - Page 13 ZLE30267 Hardware Guide Board Serial USB Controller IO Config. Serial Number Master Bus Slave Description Switch and Jumper Settings Pin Settings JP1 or GUI/PC controls external JP9 = on FT_FSW_OEB = 0 (SPI) EEPROM connected at header, JP6: all open...
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Page 14: Connections And Settings Tables
ZLE30267 Hardware Guide Board Serial USB Controller IO Config. Serial Number Master Bus Slave Description Switch and Jumper Settings Pin Settings JP1 or External connected device as JP9 = open SPI master, local DUT as SPI JP6: open Header slave. External EEPROMs... -
Page 15: Table 2 · Power Connections And Settings
ZLE30267 Hardware Guide Table 2 · Power Connections and Settings Silkscreen Device/ Schematic Reference Function Basic Setting Sheet Description J1/BJ1 Power jack Unconnected Optional 5V Power interface J2/BJ2 (GND) Banana jack Unconnected Optional power interface GND J5 (5V) Power jack Connect to 5V 5V Power adapter (2.1 mm x 5.5 mm barrel jack) -
Page 16: Reset, Spi Bus And Gpio Settings
ZLE30267 Hardware Guide Silkscreen Device/ Schematic Reference Function Basic Setting Sheet Description JP22 3-pin header Not installed Probe/configuration option for VDDOE power pin JP14 3-pin header Not installed Probe/configuration option for VDDOF power pin JP70 (VOSC) 3 pin header Shunt pins 1-2 Sets oscillator voltage (shunt pins 1-2=3.3V, shunt pins 2-3=... -
Page 17: Local Oscillator
3-4 = Y2; pins 5-6= Y3) 10-pin receptacle for JP67 oscillator daughter Microsemi custom daughter board installs here. board XA pin clock patch header. Shunt settings are as follows: pins 1-2: JP67 to J31 (monitor JP67) pins 1-3: JP67 to DUT XA pin... -
Page 18: Dut Mode Bits
ZLE30267 Hardware Guide Clock Source Jumper Settings Y3 on-board 5mm x7mm single-ended oscillator site JP69 = shunt pin 5-6 JP64 = shunt pin 4-6 JP72 = shunt pin 3-4 JP70 = Osc voltage. Open=1.8V; shunt pins 1-2 =3.3V; shunt pins 2-3= 2.5V... -
Page 19: Input Clocks
ZLE30267 Hardware Guide DUT Type DUT Mode Settings (DIP controlled) Settings (GUI Controlled, on reset) Internal EEPROM I2C Slave I2C address: [SW1.IF1,SW1.IF0 ] = [0,0] or N/A, not supported by GUI [0,1] or [1,0] EEPROM configuration select= [SW1.AC2_GPIO2, SW1.AC1_GPIO1, SW1.AC0_GPIO0] Notes For all DUT modes, TEST_GPIO3 = 0 whether by DIP control or GUI control. -
Page 20: Table 7 · Input Clock Hardware Configuration
ZLE30267 Hardware Guide Table 7 · Input Clock Hardware Configuration Silkscreen Schematic Reference Device/ Function Basic Setting Sheet Description IC1 differential or single-ended input. Various J27 (IC1P) SMA connectors Differential clock input configurations are created using JP54, JP55, J28 (IC1N) JP44, JP45 JP54 applies to IC1P. -
Page 21: Output Clocks
ZLE30267 Hardware Guide Input Clock Mode Coupling Jumper Settings JP54 = shunt pins 2-3 DC (100 ohms JP55 = shunt pins 2-3 differential load) JP45 = open JP44 = installed JP54 = shunt pins 2-3 DC (50 ohms to JP55 = shunt pins 2-3... -
Page 22: Gpio Header And Status Leds
Connecting Off-Board Devices Two pin headers provide direct access to the ZLE30267 switched serial bus. JP1 and JP5 connect in to the serial bus signals on the board. JP1 is a 10-pin shrouded and keyed header which is compatible with the Aardvark brand USB to SPI/I2C adapter interface cable. -
Page 23: Discrete Component Options For Input And Output Clocks
ZLE30267 Hardware Guide Table 10 · JP1 Serial Header Pin Assignments Signal Pin Number Pin Number Signal N.C. MISO N.C. SCLK MOSI Notes: SCL and SDA pins require changes to shunts on headers JP3 and JP4 to connect on board. -
Page 24: Oscillator / Crystal Daughter Card
C17=dni value if required Notes Settings for OC1 can be used as a template for OC2, OC4, OC5, OC6, OC7, OC9, and OC10. Please refer to ZLE30267 schematic. Settings for OC3 can be used as a template for OC8. OC9 is factory-configured for HCSL with R191 not populated and R90=0 and R91=0. -
Page 25: Oscillator Daughter Card Assembly
Figure 11 · ZLE30267 Oscillator / Crystal Daughter Assembly Drawing Oscillator Daughter Card Assembly The ZLE30267 oscillator / crystal daughter is provided with components JP1, C2, and R2 pre-installed. An oscillator daughter card assembly is built by installing two additional components. The first component is the oscillator to be evaluated which is installed at site Y1 or Y3 based on its package size. -
Page 26: Crystal Daughter Card Assembly
JP72 = ZLE30267 oscillator / crystal daughter card JP64 = Not installed An example of a ZLE30267 oscillator / crystal daughter card installed on header JP72 is shown in Figure When the daughter card is not installed, a jumper must be installed on JP72 pins 3-4. -
Page 27: Figure 14 · Zle30267 Oscillator / Crystal Daughter Installed On Header Jp72
ZLE30267 Hardware Guide Oscillator / Crystal Daughter Card Figure 14 · ZLE30267 Oscillator / Crystal Daughter installed on header JP72 December 2015... -
Page 28: Document Revision History
ZLE30267 Hardware Guide Document Revision History November 2015. First Version December 2015. Minor updates, back page, Table 1 December 2015... - Page 30 ©2015 Microsemi Corporation. Microsemi does not grant, explicitly or implicitly, to any party any patent rights, licenses, or any other IP rights reserved. Microsemi and the rights, whether with regard to such information itself or anything described by such information.
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