4710 Automated Programming System ™ Automated Programming System Hands-free Flash and Universal Support The 4710 is designed specifically for today's highest density devices and their longer  High-speed Flash programming with programming times, making it the fastest at programming Flash, while still offering the 44 socketsutilizing FX4™ socket modules and universal programming versatility to program Microcontrollers, FPGAs, PLDs and all other device types. By with 11 standard socket modules  taking advantage of the proven 7th Generation technology, we have improved the site  Production throughput up to 1,400 devices per hour hardware to allow us the capability of programming devices with densities up to 4 Gb.  Programs Flash memories, FPGAs, In addition, we have incorporated the industry's widely accepted high-speed USB 2.0 antifuse FPGA, PLDs, and Microcontrollers, including MCU’s standard bus for communications. By combining the industry's fastest universal with embedded Flash memory programming technology, 64Mb in 15s*, and BPM Micro's FX4 socket modules, which can  Supports device densities up to 4 Gbits program up to four devices simultaneously, the 4710 can program up to 44 devices at  Programs at an unsurpassed the same time resulting in four times the throughput. 0.24s/Mb* with Seventh Generation  Technology  Very low voltage support down to 1.5V (Vdd)  On-the-fly vision centering and fine- pitch handling without throughput reduction  Handles all package types from DIP to µBGA including very small package such as SOT23 and MSOP8, a BPM Microsystems exclusive  FX4™ socket module compatible for expanded capacity for high density devices   USB 2.0 communications bus  Most successful line of fine-pitch, automated programming systems  Configurable options and scaleable capacity are perfect for medium and high volume applications BPM MICROSYSTEMS  Variety of input/output and marking options with tubes, trays or tape 5373 WEST SAM HOUSTON PKWY N., SUITE 250  Laser marking with serialization and HOUSTON, TEXAS 77041 date code option T: 713.688.4600  The fastest programming times and unrivaled throughput means lower T: 800.225.2102 cost-per-device F: 713.688.0920 *ST Microelectronics™ M28W640CB, WWW.BPMMICRO.COM program only. NEED LOGO N 4710 Technical Specifications PICK & PLACE SYSTEM SYSTEM REQUIREMENTS Handler Throughput: 1400 DPH Air Pressure: 80 psi (5.56 bars) Component Processing Range: SOT23 to 240-pin QFP Air Flow: 8.1 SCFM (203 1/min) Laser Alignment: component range – SOT23 to Operational Temperature: 55º to 90ºF (13º-32ºC) 208-pin QFP, minimum pitch 0.5mm Relative Humidity: 30–90% Placement Accuracy: ± 0.0024" (0.06mm) Floor Space: length 60" (152.4 cm) and width 75" Placement Repeatability: ± 0.0012" (0.03mm) (190.5cm) Placement Force: 60-600 grams positional control Input Line Voltage: 100-240 VAC Dimensions: length 42" (106.6cm), width with Input Line Frequency: 50/60 Hz laser 63" (160.2cm), width without laser 42" (106.6cm), and height with Power Consumption: 2.4 KVA light tower 72" (182.8cm) Shipping Weight: 1700 lbs. (771 kg) Shipping Dimensions: length 48" (122cm), width 48" (122), PROGRAMMING SYSTEM and height 69" (175cm) Architecture: Concurrent, independent universal Self Test: power supplies, CPUs, memory, X, Y, programmer at each site Z,0 motion systems, spindle run out and height, vacuum system Devices Supported: including, but not limited to, Antifuse, Low Voltage, PROM, EPROM, EEPROM, Flash EEPROM, Microcontrollers, SPLD, CPLD, FPGA POSITIONING SYSTEM Included System Controller: High-Grade Industrial Pentium PC, SVGA monitor, keyboard and mouse X-Y Drive System: high-performance stepper motor- driven precision belt Calibration: automatic self-calibration X-Y Encoder Type: linear optical scale Diagnostics: pin continuity test, RAM, ROM, CPU, pin drivers, power supply, communications, cable, X-Y Axis Resolution: 0.0002” (0.0050mm) calibration, timing, ADC, DAC, actuator, leakage current X-Y Axis Maximum Velocity: 30”/sec (76cm/s) Memory: 512MB per site Z Drive System: high-performance stepper motor Programming Sites: 4 to 11 sites 1 to 4 sockets per site driven lead screw Placement Accuracy: 90µ@ 4 sigmas, 67µ@ 3 sigmas Z Axis Resolution: ± 0.001" (0.025mm) PIN DRIVERS Z Axis Repeatability: ± 0.0015" (0.038mm) Quantity: 240 per site Theta Drive System: precision stepper motor-driven Analog Slew rate: 0.3 to 25V/µs anti-backlash twin gear assembly Vpp Range: 0-25V in 25mV steps Theta Axis Resolution: 0.015 Ipp Range: 0-70mA continuous, 250mA peak Theta Axis Repeatability: ± 0.02” Vcc Range: 0-12V Icc Range: 0-1A, 12µA resolution Very low voltage: to 1.5V (Vdd) VISION SYSTEM Rise Time: 800ps Type: CyberOptics Laser Align system Overshoot: none Component Location Resolution: 1 micron Clocks: continuously variable 1 MHz to 30 MHz Protection: overcurrent shutdown, power SOFTWARE failure shutdown File Type: binary, Intel, JEDEC, Motorola, POF, Independence: pin drivers and waveform straight hex, hex-space, Tekhex, generators are fully independent Extended Tekhex, and others; and concurrent on each site automatic file type recognition Device Commands: blank, check sum, compare, options, program, test, verify, secure, continuity, ID check, erase Features: graphic display or job status, JobMaster™ control software, data editor, revision history, session logging, on-line help, device and algorithm information, optional simple and complex serialization © BPM Microsystems. Concurrent Programming System is a registered trademark of BPM Microsystems. Windows is registered trademark of Microsoft Corporation 4710DS_EN_1006 BPM MICROSYSTEMS - Setting the Standard in Device Programming  5373 WEST SAM HOUSTON PKWY N., SUITE 250 - HOUSTON, TEXAS 77041 T: 713.688.4600 / 800.225.2102 / F: 713.688.0920 / BPMMICRO.COM