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Getting Started With the MultiLINX™ Cable

XAPP168 (v1.1) February 8, 2000

www.xilinx.com

11

1-800-255-7778

R

MultiLINX 
Operating 
Characteristics

Revision 
History

Table  4:  Recommended Operating Conditions

Parameter

Operating

Non-Operating

DC Voltage

2.5V to 5.0V

N/A

Maximum Applied DC 
Signal Voltage per 
Flying Wire

–0.5V to 5.5V

N/A

Typical Current 
Requirements

300mA @ 5.0V,

500mA @ 3.3V,

750mA @ 2.5V

N/A

Power Req.

2 Watts Max.

N/A

Temp. Range

0

°

C to 55

°

C

40

°

C

 to 85

°

C

Altitude

–100 to 15000 ft

–1000 to 50000 ft

Table  5:  Reliability Characteristics

Parameter

Operating

Non-Operating

Relative Humidity

5% to 90% (non-condensing at 40

°

C

)

5% to 95% (noncondensing at 65

°

C

)

Vibration

0.5mm (pp), 5 - 55 Hz

1.5mm (pp), 5 - 55 Hz

Shock

5.0G, 11 ms, 1/2 sine

30G, 11 ms, 1/2 sine

Bench  Drop

Three foot drop onto a solid surface with no 
physical damage

Three foot drop onto a solid surface with no physical 
damage

Notes:

Each of MultiLINX Cable’s Flying wires is capable of driving a total capacitive load of 100 pF; Each of MultiLINX Cable’s Flying 
wires is capable of driving a total pull-up resistance of 500 ohms; Each of MultiLINX Cable’s Flying wires is capable of driving 
a total pull-down resistance of 5000 ohms.

Date

Version

Revision

10/6/99

1.0

Initial Xilinx release.

2/8/00

1.1

Updated format and Figure 1.

Содержание MultiLINX

Страница 1: ...d by Xilinx in 1999 This cable is primarily used for the purpose of downloading configuration and programming data to Xilinx FPGAs and CPLDs in a users target system from a host computer The MultiLINX cable supports a USB interface which increases communication speeds up to 12 Mbits s thus reducing download times by a factor of 120X compared to previous cable products The MultiLINX Cable is also o...

Страница 2: ...ng the MultiLINX Cable Alliance and Foundation 2 1i software packages are shipped with a mail in form to purchase the MultiLINX cable The MultiLINX cable may also be purchased over the internet or by credit card orders by contacting the Xilinx Customer Service Hotline Figure 1 MultiLINX Cable Pod and Attachments ...

Страница 3: ... HP UNIX platforms ChipScope 1 0 The ChipScope functional verification tool is currently sold separately through the Xilinx website This program uses the MultiLINX Cable exclusively and currently only supports Virtex series FPGAs ChipScope uses the SelectMAP interface of Virtex to support Configuration Verification and Internal Logic State Capture Capture allows for the functional verification and...

Страница 4: ...s of flying lead connectors that are used to connect to a users target system The lead ends fit standard 25 mil header pins Such pins are commercially available in either Wire wrap or Solder end style in break away sections with 1 10 in spacing The target end of the leads are loose So board placement of the header pins is not relevant as long as they are no more than a few inches from each other E...

Страница 5: ...llowing leads must also be used RT RD Figure 2 Serial Configuration x168_02_091999 Xilinx Device MultiLINX Connectors VCC Circuit Board Optional Note Pull up resistors are 4 7k ohm VCC VCC M2 TCK User I O RESET INIT PROG DIN DONE CCLK PWR GND CCLK DONE D P DIN PROG INIT RST RT RD TDO TRIG TDI TCK TMS CLK1 IN CLK1 OUT TMS VCC M1 VCC M0 VCC VCC VCC VCC D0 D1 D2 D3 D4 D5 D6 D7 CS0 CS CS1 CS2 CLK2 IN ...

Страница 6: ...igure 3 Serial Configuration and Verify x168_03_091999 Xilinx Device MultiLINX Connectors VCC Circuit Board Optional Only Used for Probling Note Pull up resistors are 4 7k ohm VCC VCC M2 TCK User I O RESET INIT PROG DIN DONE CCLK User I O RT User I O RD User I O TRIGGER PWR GND CCLK DONE D P DIN PROG INIT RST RT RD TDO TRIG TDI TCK TMS CLK1 IN CLK1 OUT TMS GCK x System Clock x GCK y VCC M1 VCC M0 ...

Страница 7: ...dditional leads must also be used WS RT RST Figure 4 SelectMAP Configuration and Verify x168_04_091999 Xilinx Device MultiLINX Connectors Circuit Board Note Pull up resistors are 4 7k ohm VCC M2 D7 D6 D5 D4 D3 D2 D1 D0 BUSY DOUT INIT PROG DONE CCLK PWR GND CCLK DONE D P DIN PROG INIT RST RT RD TDO TRIG TDI TCK TMS CLK1 IN CLK1 OUT WRITE VCC M1 VCC M0 VCC VCC VCC CS D0 D1 D2 D3 D4 D5 D6 D7 CS0 CS C...

Страница 8: ...h Capture x168_05_091999 Xilinx Device MultiLINX Connectors Circuit Board Note Pull up resistors are 4 7k ohm VCC M2 D7 D6 D5 D4 D3 D2 D1 D0 User I O User I O TRIGGER BUSY DOUT INIT PROG DONE CCLK GCK x User I O Capture Control Logic User Logic Filp flops and Latches LUTRAMs and Block RAMs PWR GND CCLK DONE D P DIN PROG INIT RST RT RD TDO TRIG TDI TCK TMS CLK1 IN CLK1 OUT WRITE VCC M1 VCC M0 CS GC...

Страница 9: ...ompliant Accepts any supply voltage from 2 5V to 5V as power input from target application or external power supply Comes complete with USB cable RS 232 cable DB25M to DB9M adapter and DB25F to DB9M adapter Configures to target hardware with four versatile flying wires Compatible with 5 0V 3 3V and 2 5V target systems Figure 6 Boundary Scan x168_06_091999 Xilinx Device MultiLINX Connectors Circuit...

Страница 10: ...he customer s Xilinx device There is a red status LED Either the USB or RS232 cable can be used to attach MultiLINX to the host computer but not both The shipping weight is 1 5 lbs 690 gm MultiLINX can communicate with the host computer via an RS232 compatible serial port A DB9F connector is used for the RS232 port on the MultiLINX Cable A DB9F to DB9M cable is supplied Two DB9 to DB25 adapters M ...

Страница 11: ... Parameter Operating Non Operating Relative Humidity 5 to 90 non condensing at 40 C 5 to 95 noncondensing at 65 C Vibration 0 5mm pp 5 55 Hz 1 5mm pp 5 55 Hz Shock 5 0G 11 ms 1 2 sine 30G 11 ms 1 2 sine Bench Drop Three foot drop onto a solid surface with no physical damage Three foot drop onto a solid surface with no physical damage Notes Each of MultiLINX Cable s Flying wires is capable of drivi...

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