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max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable general description the max9271 coax evaluation kit (ev kit) provides a prov - en design to evaluate the max9271 high-bandwidth giga - bit multimedia serial link (gmsl) serializer with spread spectrum and full-duplex control channel with the use of a standard fakra coaxial cable. the ev kit also includes windows xp ? -, windows vista ? -, and windows ? 7-com - patible software that provides a simple graphical user interface (gui) for exercising the features of the device. the ev kit comes with a max9271gtj/v+ installed. for complete gmsl evaluation, order the max9271 coax or stp ev kit and its companion board, the max9272 coax or stp ev kit. note: the gui software is identi - cal for both the coax and stp ev kits for the max9271, max9272, and max9273. for evaluation using a standard fakra coaxial cable, order both the max9271 coax ev kit and its companion board, the max9272 coax ev kit. for evaluation using a standard rosenberger twisted-pair cable, order both the max9271 stp ev kit and its com - panion board, the max9272 stp ev kit. features accepts 16-bit parallel video windows xp-, windows vista-, and windows 7-compatible software usb-pc connection (cable included) usb powered proven pcb layout fully assembled and tested 19-6595; rev 0; 2/13 ordering information appears at end of data sheet. component list windows, windows xp, windows vista and windows 7 are registered trademarks and registered service marks of microsoft corporation. designation qty description c1Cc4 4 1000pf 5%, 50v c0g ceramic capacitors (0402) murata grm1555c1h102j c5Cc8, c101Cc105, c111, c121 c131, c141, 151 14 0.1f 10%, 16v x7r ceramic capacitors (0603) tdk c1608x7r1c104k c15, c16 2 0.22f 10%, 50v x7r ceramic capacitors (0805) murata grm21br71h224k c21 1 4.7f 20%, 25v x7r ceramic capacitor (1206)murata gcm31cr71e475m designation qty description c22, c24Cc26, c109 5 10f 20%, 16v x5r ceramic capacitors (1206) murata grm31cr61c106m c23 0 not installed, ceramic capacitor (1206) c106, c107, c122, c123 4 22pf 5%, 50v c0g ceramic capacitor (0603)murata grm1885c1h220j c108 1 1f 10%, 16v x5r ceramic capacitor (0603) tdk c1608x5r1c105k c110 1 0.033f 10%, 25v x7r ceramic capacitor (0603)murata grm188r71e333k downloaded from: http:///
maxim integrated 2 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com component list (continued) max is a registered trademark of maxim integrated products, inc. designation qty description h_din12_6 1 14-pin (2 x 7) header h_din15_13 1 6-pin (2 x 3) header h_din5_0 1 12-pin (2 x 6) header h_gpo, ju21Cju23, ju153, ju154, ju_usb+5v 7 2-pin headers h_pclkin 1 2-pin header j2, j3 2 50? right-angle fakra male plug rosenberger 59s2ax-400a5-y or amphenol fa1-ncrp-pcb-9 ju101Cju108, ju141Cju144 0 not installed, 2-pin headers short (pcb trace) ju121, ju122, ju151, ju152, ju_bws, ju_lccen, ju_ms, ju_rxsda, ju_pwdn, ju_txscl 10 3-pin headers ju_conf0, ju_conf1 2 4-pin headers l21Cl23, l101 4 300? 25%, 500ma ferrite beads (0603) tdk mmz1608r301a led120, led127, led151Cled158 10 red leds (0805) led126 1 green led (0805) r1, r2 0 not installed, 49.9k? 1% resistors r3, r4 0 not installed, 0? resistors (0603) r5, r6 2 49.9? 1% resistors (0603) r101, r102 2 27? 5% resistors (0603) r103 1 1.5k? 5% resistor (0603) r104 1 470? 5% resistor (0603) r111 1 2.2k? 5% resistor (0603) r112, r122 2 10k? 5% resistors (0603) designation qty description r121 1 1.1k? 5% resistor (0603) r123, r126, r127, r151Cr158 11 1k? 5% resistors (0603) resetu12 1 momentary pushbutton switch (6mm) swu15 1 dip switch u1 1 gmsl serializer (32 tqfn-ep*) maxim max9271gtj/v+ u2 1 1.8v, 500ma ldo regulator (8 max ? -ep*) maxim max1792eua18+ (top mark: aaaa) u10 1 uart-to-usb converter (32 tqfp) u11 1 93c46-type 3-wire eeprom 16-bit architecture(8 so) u12 1 ultra-high-speed microcontroller (44 tqfp) maxim ds89c450-enl+ u13 1 quad three-state buffer (14 so) on semi mc74ac125dr2 u14 1 level translator (14 tssop) maxim max3378eeud+ u15 1 i 2 c i/o expander (24 qsop) maxim max7324aeg+ usb1 1 usb type-b right-angle female receptacle y10 1 6mhz crystal (hcm49) hong kong xtals ssl60000n1hk188f0-0 y12 1 14.7456mhz crystal (hcm49) hong kong xtals ssm1474518afhhf0 1 usb high-speed a-to-b cables, 6ft 17 shunts 1 pcb: max9271 coax evaluation kit * ep = exposed pad. downloaded from: http:///
maxim integrated 3 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com component suppliersmax9271 ev kit files note: indicate that you are using the max9271 when contacting these component suppliers. quick start required equipment max9271 coax ev kit (usb cable included) max9272 coax ev kit (usb cable included) 2m rosenberger fakra cable assembly (included with the max9272 coax ev kit) parallel data source (such as digital video) optional: function generator (needed only if parallel data lacks a pixel clock) user-supplied windows xp, windows vista, or windows 7 pc with a spare usb port (direct 500ma connection required; do not use a bus-powered hub) 5v dc, 500ma power supply note: in the following sections, software-related items are identified by bolding. text in bold refers to items directly from the ev kit software. text in bold and underlined refers to items from the windows operating system. procedure the ev kit is fully assembled and tested. follow the steps below to verify board operation: 1) visit www.maximintegrated.com/evkitsoftware to download the latest version of the ev kit software, 9271rxx.zip. save the ev kit software to a tempo - rary folder and uncompress the zip file. 2) install the ev kit software and usb driver on your computer by running the install.exe program inside the temporary folder. the program files are copied to your pc and icons are created in the windows start | programs | maxim evkit software | max9271 menu. during software installation, some versions of windows may show a warning message indicating that this software is from an unknown pub - lisher. this is not an error condition and it is safe to proceed with installation. administrator privileges are required to install the usb device driver on windows. 3) verify that all jumpers are in their default positions, as shown in table 1. supplier phone website amphenol rf 800-627-7100 www.amphenolrf.com hong kong xtals ltd. 852-35112388 www.hongkongcrystal.com murata electronics north america, inc. 770-436-1300 www.murata-northamerica.com on semiconductor 602-244-6600 www.onsemi.com rosenberger hochfrequenztechnik gmbh 011-49-86 84-18-0 www.rosenberger.de tdk corp. 847-803-6100 www.component.tdk.com file description install.exe installs the ev kit iles on your computer max9271.exe application program for both the max9271 and max9272 devices cdm20600.exe installs the usb device driver uninstall.exe uninstalls the ev kit software usb_driver_help_200.pdf usb driver installation help ile downloaded from: http:///
maxim integrated 4 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com 4) connect the positive terminal of the power supply to the vin pcb pad on the max9271 coax ev kit and the negative terminal to the nearest gnd pcb pad on the coax max9271 ev kit. also connect the posi - tive terminal of the power supply to the vin pcb pad on the max9272 coax ev kit and the negative termi - nal to the nearest gnd pcb pad on the max9272 coax ev kit. 5) connect the fakra cable from the max9271 coax ev kit j2 connector to the max9272 coax ev kit j2 connector. optionally, connect a second fakra cable between the j3 connectors of the two boards. 6) connect the parallel data source to max9271 coax ev kit headers h_din15_13, h_din12_6, and hdin5_0. connect pixel clock or function generator to max9271 coax ev kit header h_pclk_in. 7) connect the usb cable from the pc to the max9271 coax ev kit board. a windows message appears when connecting the ev kit board to the pc for the first time. each version of windows has a slightly different message. if you see a windows message stating ready to use , then proceed to the next step. otherwise, open the usb_driver_help_200.pdf document in the windows start | programs | maxim evkit software | max9271 menu to verify that the usb driver was installed successfully. 8) verify that max9271 coax ev kit led120 lights up, indicating that the microcontroller is powered and enabled. 9) verify that max9272 coax ev kit led120 lights up, indicating that the microcontroller is powered and enabled. 10) verify that max9272 coax ev kit led2 lights up, indicating that the link has been successfully estab - lished. if led2 is off or led1 is on, double-check that the pclk_in signal is clocking data. 11) start the max9271 coax ev kit software by open - ing its icon in the start | programs | maxim evkit software | max9271 menu. the ev kit software configuration window appears, as shown in figure 7. 12) i 2 c-to-i 2 c mode support: to enable i 2 c-to-i 2 c mode, select i2c from the bus drop-down list in the serializer group box. to configure for i 2 c-to-i 2 c mode, change jumpers ju_conf1 and ju_conf0, as shown in the dialog box. change jumpers ju_txscl and ju_rxsda from pins 1-2 to 2-3 to connect to the i 2 c bus. 13) press the connect button and the configuration win - dow disappears. 14) the ev kit software main window appears, as shown in figure 1. 15) press the read all button to read all registers on the max9271 and max9272. detailed description of software the main window of the evaluation software (figure 1) shows a block diagram representing the max9271/ max9272 system. the left column shows max9271 input data sources and the right column shows max9272 output data sinks.the change configuration button brings up the software connect window (figure 7), allowing the software gui to select which side of the link the usb cable should be plugged into and the jumper setting window (figure 8) to help in configuring the boards. controlling from the max9272 side requires changing some jumper settings, as described in this window. if the max9271 and max9272 device addresses have been previously changed from their factory power-on-reset (por) values, the new addresses must be specified in the software connect window to allow register access. the baud rate drop-down list sets the communications baud rate. the usb link uses the same baud rate as the max9271/max9272. note that the baud rate should only be changed one step at a time. the read all button reads all max9271 and max9272 device registers. the reset to default values button restores the recommended factory settings and the write all button writes all max9271 and max9272 device registers with the values shown in the gui. the max9271 tab sheet (figure 2) provides direct access to all max9271 registers and the max9272 tab sheet (figure 3) provides direct access to all max9272 registers. each register has its own read and write but - ton. the small circle next to the read button turns yellow to indicate an attempted read or write, red to indicate a failed read or write, or green to indicate a successful read or write operation. the max7324 tab sheet (figure 4) controls the i 2 c i/o expander on the remote side of the link. when the usb is plugged into the max9271 coax ev kit, the max7324 tab sheet controls the max7324 (u15) on the max9272 coax ev kit. note that the max7324 actually has two device addresses, but for simplicity, the software gui only dis - plays the device address associated with the max7324 outputs. for details, refer to max7324 ic data sheet. downloaded from: http:///
maxim integrated 5 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com the prbs test tab sheet (figure 5) uses the max9271 and max9272 registers to perform a pseudorandom bit sequence (prbs) error-rate test. select the test duration (maximum 32767s = 9.1hrs) from the duration drop-down list in the bit error rate test group box and press start . the software gui configures the max9271 and max9272 to begin the prbs test, counts down the specified delay time, and then reports the final value of the max9272 prbserr register. the interface history and low level access tab sheet (figure 6) shows the recent low-level communications activity between the software gui and the max9271/ max9272 devices. the register access group provides arbitrary device read/write control, supporting additional user-supplied devices besides the on-board max9271, max9272, and max7324. the device address , register , and data drop-down lists specify the device address and the register within the device, as well as one optional byte of data to be written. pressing write register writes 1 byte of data to the specified device register. pressing read register reads the specified device register and reports the result in the interface history window. devices that are not register-based (such as the max7324) are supported by send data (no register) and receive data (no register) . user-supplied devices requiring other interface protocols must use raw tx byte codes to communicate. note that in bypass mode, raw data is passed to the user-supplied slave device directly without modification. figure 1. max9271/max9272 ev kit software main window (block diagram tab) downloaded from: http:///
maxim integrated 6 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com figure 2. max9271/max9272 ev kit software main window (max9271 tab) figure 3. max9271/max9272 ev kit software main window (max9272 tab) downloaded from: http:///
maxim integrated 7 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com figure 4. max9271/max9272 ev kit software main window (max7324 tab) figure 5. max9271/max9272 ev kit software main window (prbs tab) downloaded from: http:///
maxim integrated 8 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com figure 6. max9271 ev kit software main window (interface history and low level access tab) downloaded from: http:///
maxim integrated 9 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com figure 7. max9271/max9272 ev kit software connect window downloaded from: http:///
maxim integrated 10 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com detailed description of hardware the max9271 coax ev kit provides a proven layout for the max9271 gmsl serializer with the use of a standard fakra coaxial cable. on-board level translators and easy- to-use usb-pc connection are included on the ev kit. the max9271 coax ev kit board layout is divided into four principal sections: 1) power-supply circuitry. on-board ldo regulator u2 powers the avdd, dvdd, and iovdd supplies from vin. 2) max9271 and support components. 3) microcontrollers (u10Cu14). 4) i 2 c slave device (u15). the microcontroller and i 2 c slave device sections are identical on the max9271Cmax9273 coax ev kits. microcontroller-supplied i 2 c interface the microcontroller-supplied i 2 c interface (through u12 and u14) is intended to operate while both serializer and deserialzer boards are powered on and locked. if the microcontroller-supplied i 2 c interface is to be used in any other case, one of the following should be done: use an iovdd of 2.2v or greater with the i 2 c interface, or use a 100kbps i 2 c data rate. user-supplied interface to use the max9271 coax ev kit with a user-supplied interface, first cut the pcb traces at jumpers ju141 and ju142. next, apply your own tx/scl signal at the u1 side of jumper ju141 and rx/sda at the u1 side of jumper ju142. refer to the max9271 and max9272 ic data sheets for details about uart protocol for base mode, write data format, read data format, selecting base mode or bypass mode, and selecting a uart or i 2 c slave device. user-supplied power supply the max9271 and max9272 coax ev kits are powered completely from the usb port by default. jumper ju_usb+5v connects the 5v usb supply and the vin power supply. to provide different power supplies to avdd, dvdd, and iovdd, remove the shunts from jumpers ju21Cju23 and apply external user-supplied power at the avdd, dvdd, and iovdd oval pcb pads, respectively. detailed description of firmware the ds89c450 microcontroller (u12) runs custom firm - ware that ensures that no breaks occur within register read/write commands. the firmware records 9-bit even- parity data received from the usb interface while rts is set, and plays back the 9-bit data with 1.5 stop bits timing when rts is cleared. data received from the max9271 is immediately relayed to the usb. the firmware also supports a small set of commands, available when rts is clear. since all register read/ write requests are sent with rts set, there is no conflict between register data and firmware commands. these firmware commands are issued automatically by the max9271 coax ev kit software gui. the following infor - mation is provided for reference only: firmware command ? prints the firmware version banner message and brief command list. firmware command b changes the baud rate by changing the internal th1 baud-rate divisor. refer to the firmware help command ? for details. pressing resetu12 resets the usb baud rate to 921,600 baud. the software gui automatically sends the baud- rate change command. firmware command t supports waking up the max9271 from the max9272 side of the link. command t performs a dummy read, followed by a delay on the order of 1ms to 8ms, and finally writes a register value. for example, send t810504800483 to read from device address 0x81 register 0x05, delay 4ms, then write to device address 0x80 register 0x04 data 0x83. this is the max9271 wake-up sequence for the default device addresses. firmware commands r and w read and write device registers. the 8-bit device address, register address, length, and data are sent in hexadecimal format. on success, the return code is + followed by the read data. on failure, the return code is -. some commands are used only during firmware devel - opment. firmware command s simulates a dummy device using on-chip memory, instead of device registers used during firmware development. firmware command ~ prints a diagnostic trace dump used during firmware development. firmware commands 1 and 2 perform hdcp link authentication check operations used during firmware development. in normal operation, these commands are not used for the max9271. downloaded from: http:///
maxim integrated 11 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com table 1. jumper descriptions jumper signal shunt position description ju_bws gpio1/bws 1-2 gpio1/bws = high. when lccen = low, bws = high selects 30-bit input latch (see tables 2 and 3). 2-3 gpio1/bws = low. when lccen = low, bws = low selects 22-bit input latch (see tables 2 and 3). ju_conf0 conf0 1-2 conf0 = high (see table 4). 1-3 conf0 = mid (see table 4). 1-4* conf0 = low (see table 4). ju_conf1 conf1 1-2 conf1 = high (see table 4). 1-3* conf1 = mid (see table 4). 1-4 conf1 = low (see table 4). ju_lccen lccen 1-2* lccen = high. enable local control-channel signals. required for software control. 2-3 lccen = low. use alternate functions. software control is not supported in this mode because there is no tx/rx or scl/sda control. ju_ms ms/hven 1-2 ms/hven = high. when lccen = high, ms/hevn = high selects base mode or bypass mode (see tables 2 and 3). 2-3* ms/hven = low. when lccen = high, ms/hevn = high selects base mode or bypass mode (see tables 2 and 3). ju_pwdn pwdn 1-2* pwdn = high. normal operation. 2-3 pwdn = low. power-down. ju_rxsda rx/sda/edc 1-2* rx/sda = rx from u14 (see tables 2 and 3). 2-3 rx/sda = sda from u14 (see tables 2 and 3). ju_txscl tx/scl/dbl 1-2* tx/scl = tx from u14 (see tables 2 and 3). 2-3 tx/scl = scl from u14 (see tables 2 and 3). ju_usb+5v bus power 1-2 vin connects to usb+5v. open* usb power is not connected to link cable power. ju21 avdd 1-2* avdd power from 1.8v ldo u2, powered by vin. open avdd must be provided from an external source. ju22 dvdd 1-2* dvdd power from 1.8v ldo u2, powered by vin. open dvdd must be provided from an external source. ju23 iovdd 1-2* iovdd power from 1.8v ldo u2, powered by vin. open iovdd must be provided from an external source. ju101 reserved not installed* reserved for factory diagnostic tests. ju102 reserved not installed* reserved for factory diagnostic tests. ju103 reserved not installed* reserved for factory diagnostic tests. ju104 reserved not installed* reserved for factory diagnostic tests. ju105 reserved not installed* reserved for factory diagnostic tests. ju106 reserved not installed* reserved for factory diagnostic tests. ju107 reserved not installed* reserved for factory diagnostic tests. downloaded from: http:///
maxim integrated 12 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com table 1. jumper descriptions (continued) table 2. jumper descriptions (lccen = high) *default position.*default position. jumper signal shunt position description ju108 reserved not installed* reserved for factory diagnostic tests. ju121 reserved not installed* reserved for factory diagnostic tests. ju122 reserved pin 1 only* reserved for factory diagnostic tests. ju141 tx/scl not installed* connects u1 to u12 through level translator u14. ju142 rx/sda not installed* connects u1 to u12 through level translator u14. ju143 lflt not installed* connects u1 to usb through level translator u14. ju144 int not installed* connects u1 to usb through level translator u14. ju151 u15 ad2 1-2* selects u15 i 2 c device address. 2-3 selects u15 i 2 c device address. open reserved for factory diagnostic tests. ju152 u15 ad0 1-2* selects u15 i 2 c device address. 2-3 selects u15 i 2 c device address. open reserved for factory diagnostic tests. ju153 u15 sda 1-2* connects u15 max7324 to i 2 c bus. open disconnects u15 max7324 from i 2 c bus. ms can be high. ju154 u15 scl 1-2* connects u15 max7324 to i 2 c bus. open disconnects u15 max7324 from i 2 c bus. ms can be high. jumper signal shunt position description ju_bws gpio1 1-2 gpio1/bws = high. 2-3 gpio1/bws = low. ju_lccen lccen 1-2* lccen = high. enable local control-channel signals. required for software control. ju_ms ms 1-2 ms/hven = high. full-duplex bypass mode. device registers not accessible. 2-3* ms/hven = low. half-duplex base mode. required when writing to device registers. ju_rxsda rx/sda 1-2* rx/sda = rx from u14. required when control channel = uart-to-i 2 c/uart. 2-3 rx/sda = sda from u14. required when control channel = i 2 c-to-i 2 c. ju_txscl tx/scl 1-2* tx/scl = tx from u14. required when control channel = uart-to-i 2 c/uart. 2-3 tx/scl = scl from u14. required when control channel = i 2 c-to-i 2 c. downloaded from: http:///
maxim integrated 13 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com table 3. jumper descriptions (lccen = low) table 4. jumper descriptions (ju_conf1, ju_conf0) *default position. jumper signal shunt position description ju_bws bws 1-2 gpio1/bws = high. 30-bit input latch. 2-3 gpio1/bws = low. 22-bit input latch. ju_lccen lccen 2-3 lccen = low. use alternate functions. software control is not supported in this mode because there is no tx/rx or scl/sda control. ju_ms hven 1-2 ms/hven = high. 2-3 ms/hven = low. ju_rxsda edc 1-2 edc = high. enable error detection and correction. open edc = low (internal pulldown to ground). disable error detection and correction. ju_txscl dbl 1-2 dbl = high. enable double-input mode. open dbl = low (internal pulldown to ground.) disable double-input mode. ju_conf1 shunt position conf1 ju_conf0 shunt position conf0 output connection pclkin latch edge control channel 1-4 low 1-4 low coax falling i 2 c-to-i 2 c 1-3 mid coax falling uart-to-i 2 c/uart 1-2 high coax rising i 2 c-to-i 2 c 1-3* mid 1-4* low coax rising uart-to-i 2 c/uart 1-3 mid do not use do not use do not use 1-2 high do not use do not use do not use 1-2 high 1-4 low do not use do not use do not use 1-3 mid do not use do not use do not use 1-2 high reserved reserved reserved downloaded from: http:///
maxim integrated 14 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com figure 8. initial jumper settings for uart mode downloaded from: http:///
maxim integrated 15 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com figure 9. initial jumper settings for i 2 c mode downloaded from: http:///
maxim integrated 16 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com figure 10a. max9271 coax ev kit schematic (sheet 1 of 3) downloaded from: http:///
maxim integrated 17 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com figure 10b. max9271 coax ev kit schematic (sheet 2 of 3) downloaded from: http:///
maxim integrated 18 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com figure 10c. max9271 coax ev kit schematic (sheet 3 of 3) figure 11. max9271 coax ev kit component placement guidecomponent side ? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?? ?? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?? ?? ? ? ?? ?? ? ? ? ? ? ? ? ? ? ? ? 1.0?? downloaded from: http:///
maxim integrated 19 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com figure 12. max9271 coax ev kit pcb layoutcomponent side figure 13. max9271 coax ev kit pcb layoutground layer 2 ? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?? ?? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?? ?? ? ? ?? ?? ? ? ? ? ? ? ? ? ? ? ? 1.0?? 1.0?? downloaded from: http:///
maxim integrated 20 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com figure 14. max9271 coax ev kit pcb layoutpower layer 3 figure 15. max9271 coax ev kit pcb layoutsolder side 1.0?? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?? ?? ? ? ? ? ? ? ? ?? ?? ? ? ?? ?? ? ? ? ? ? ? ? 1.0?? downloaded from: http:///
maxim integrated 21 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable www.maximintegrated.com #denotes rohs compliant.note: the max9271 coax ev kit is normally ordered with its companion board, the max9272 coax ev kit. ordering information part type MAX9271COAXEVKIT# ev kit downloaded from: http:///
maxim integrated cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a maxim integrated product. no circuit patent licenses are implied. maxim integrated reserves the right to change the circuitry and speciications without n otice at any time. maxim integrated and the maxim integrated logo are trademarks of maxim integrated products, inc. ? 2013 maxim integrated products, inc. 22 max9271 coax evaluation kit evaluates: max9271/max9272 with fakra coaxial cable revision history revision number revision date description pages changed 0 2/13 initial release for pricing, delivery, and ordering information, please contact maxim direct at 1-888-629-4642, or visit maxim integrateds website at www.maximintegrated.com. downloaded from: http:///

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