3800 Automated Programming System PROGRAMMER FEATURES  Universal support for the latest programmable device architectures (MCUs, OneNAND™, eMMC™, iNAND™, moviNAND™, MLC, SLC, and more) Concurrent design programs up to 16  devices in parallel Includes 16 GB of onboard memory  per site and 64-bit architecture, breaking past the 4 GB data density  barrier Modular sites share common hardware and software, resulting in  process consistency between 8th Gen automated and manual programmer models Handles a wide range of packages including very small packages such  as MSOP8, TSOC6, and SOT23 as small as 1.63 mm by 2.95 mm Production throughput up to 1200 DPH is ideal for high volume and  high mix Quick setup and changeover with Eighth Generation Programming Technology automatic self-teaching  Optional peripherals: Tape I/O, Tray 8th Generation Automated Programmer Stacker, Tray Shuttle, Tube I/O,  The model 3800 is a fine-pitch automated device programmer that combines 8th Generation Laser Marker universal device support, BPM Microsystems’ unrivaled Vector Engine Co-Processor® technology,  Non-stop operation with dual tray shuttles and on-the-fly vision centering all in a single platform. Socket Card Features Universal Device Support The model 3800 is designed to program Microcontrollers, high density flash memory, Utilizes 4 to 16 socket cards  E/EPROM and other device technologies with densities up to an 8 Eb theoretical limit. It Compatible with Flashstream socket  also supports very low voltage devices down to 0.7 (Vdd). cards  Automated and manual 8th Gen Speed models share the same socket cards BPM Microsystems’ Vector Engine Co-Processor hardware-accelerates waveforms during Replace only worn or damaged  the programming cycle. Faster speeds are achieved through synchronous socket with receptacle-base socket option operations that eliminate the dead times so the device under test no longer waits for the programmer. The result is programming near the theoretical Active, Pass and Fail indicators per  device limits of the silicon design — the faster the device, the faster the device is programmed.  Support for thousands of devices and a wide variety of packages Robust Handler The model 3800 uses the same proven robust design as BPM Microsystems’ 3000 series Software Features device handling system. Integrated into the model 3800 is the LaserAlign™ sensor from CyberOptics® which demonstrates repeatable pick-and-place accuracy, high performance Custom and manufacturer-approved  NAND Flash bad block handling and little operator involvement from job teaching to device placement. The programmer methods available; bad block replacement scheme included also offers flexible options for input and output media with choices of tube, tray or tape.  BERT™ – Bit Error Rate Tolerance Socket Cards Serialization support on all sockets  BPM Microsystems’ socket cards with a receptacle socket option offer the JobMaster™ – production automation  most cost-effective and efficient programming solution in the industry. tool Individual socket cards can be fully utilized and replaced without File encryption for IP protection  dramatically affecting programming capacity. The fault-tolerant socket card design increases your manufacturing up-time, produces higher Supports third party label printers  first-pass yield, and saves replacement costs by as much as 75 percent.  Automated job event notifications via email View important system events  BPM MICROSYSTEMS graphically with Log Visualization Application Programming Interface  5373 WEST SAM HOUSTON PKWY N., SUITE 250 option (API) HOUSTON, TEXAS 77041 Advanced Serialization with External  T: 713.688.4600 Serialization Server (ESS) T: 800.225.2102  Guaranteed release dates for new F: 713.688.0920 algorithm additions WWW.BPMMICRO.COM 3800 Technical Specifications PICK & PLACE SYSTEM HARDWARE Handler Throughput: 1200 DPH Architecture: Vector Engine Concurrent Programming System with Vector Engine Co-Processor Component Processing Range: SOT23 to 240-pin QFP Programming Sites: 2 to 4 sites, 2 to 4 sockets per site Laser Alignment: component range – SOT23 to 208-pin QFP, minimum pitch 0.5mm annual, may be performed on site with Calibration: Placement Force: 60-600 grams positional control included socket card Dimensions: length 50” (127cm), width 24” pin continuity test, NAND, pin drivers, Diagnostics: (61cm), and height 45” (114.3cm) power supply, communications, calibration, timing, ADC, DAC, Weight: 400 lbs. (182kg) interconnects Shipping Weight: 650 lbs. (295kg) Memory: 16 GB per site standard Shipping Dimensions: length 64” (162cm), width 38 in. 96cm), and height 60 in.(162cm) Communications: USB 2.0 Self Test: power supplies, CPUs, memory, X, Y, Data Pattern Broadcast: 31 Mb/s Z, 0 motion systems, nozzle run out and height 20ns cycle No firmware ROM, Software automati- Firmware ROM: cally performs firmware dowload POSITIONING SYSTEM X-Y Drive System: high-performance stepper motor driven precision belt PIN DRIVERS X-Y Encoder Type: linear optical scale Quantity: 240-pins standard X-Y Axis Resolution: 0.0002” (0.0050mm) Vpp Range: 0-13V Slew rate 2V/us X-Y Axis Maximum Velocity: 30”/sec (76cm/s) Ipp Range: 0-50mA continuous Z Drive System: high-performance stepper motor Vcc Range: 0-7V Slew Rate 2V/us driven lead screw Icc Range: 0-450mA Theta Drive System: precision stepper motor-driven direct drive assembly Rise Time: 4ns overcurrent shutdown, power failure Theta Axis Resolution: 0.014° Protection: shutdown Theta Axis Repeatability: ± 0.02” Independence: pin drivers and waveform generators are fully independent Placement Accuracy: 90µ@ 4 sigmas, 67µ@ 3 sigmas and concurrent on each site SOFTWARE VISION SYSTEM Required: BPWin Type: CyberOptics Laser Align system Component Location Resolution: 1 micron File Type: Binary, Intel, Motorola, RAM, straight hex, hex-space, Tekhex, Extended Tekhex, ASCII, hex, OMF, LOF, MER, and others SYSTEM REQUIREMENTS Device Commands: Blank, check sum, compare, options, Air Pressure: 80 psi (5.56 bars) program, test, erase, verify Air Flow: 2.0 SCFM (50.1L/min) Features: Jobmaster™, BERT™, Auto Range, Data Operational Temperature: 55° to 90° F (13°–32° C) Editor, Revision History, Device and Algorithm information, Searchable Relative Humidity: 30–80% help menu, BBM, ESS, session logging, Minimum Floor Space: length 72” (182.9cm) and width on-line help (without tape and reel attachment) 42” (106.6cm) Operating Systems: Windows XP Professional, Windows 7 Input Line Voltage: 100-130/200-260 VAC Network Interface: Gigabit Ethernet Input Line Frequency: 50/60 Hz Power Consumption: 1 KVA © BPM Microsystems. Concurrent Programming System is a registered trademark of BPM Microsystems. 3800_EN_1010 *BPM Microsystems acknowledges the trademarks of other organizations for their respective products or services. REV A BPM MI CROSYSTEMS - Set t i ng t he St andar d i n Devi ce Pr ogr ammi ng  5373 WEST SAM HOUSTON PKWY N. , SUI TE 250 - HOUSTON, TEXAS 77041 T: 713. 688. 4600 / 800. 225. 2102 / F: 713. 688. 0920 / BPMMI CRO. COM Eighth Generation Programming Technology