CheckSum MultiWriter HV Buffer

HV Buffer Module (-75) 4-up HV Buffer Modules Made in U.S.A.

The MultiWriter † on-board gang programming system over conventional in-circuit tester-based programmers uses patented simultaneous programming technology when parts already mounted on circuit boards must be to program up to 384 chips at one time with up to 16 programmed in a single pass, making it especially effective different types, in seconds instead of the minutes required for multi-board panels. by conventional programmers. The HV buffer modules insure device programming Compared to other part programming solutions, meets the required critical timing and voltage device MultiWriter delivers significant speed and cost advantages specifications.

The MultiWriter HV Buffer features: • Simultaneous programming for multiple devices, 1 part or 384 parts all at the same time • Non-multiplexed, parallel programming at the max-rated device speed • Relay-switched isolation for signal and power to the programmed device, supports PCB panels • In-fixture buffer modules insure quality signals to each device • Daisy-chain control signal design for expansion to additional modules • Designed for twisted-pair wiring for all critical signals • Designed to work with ICT (In-Circuit Test) applications • On board +5V power input regulator to 3.3V for stable buffer module power • Vpp high-voltage programming capable (10V to 12.5V typical) such as for the PIC series • Differential input signals for SCK, MODE and SDI with series impedance to the programmed device to eliminate ringing and protect the buffer module • Differential output from device SDO signal to MultiWriter control module • Designed for in-fixture MultiWriter controller, MultiWriter pps system or other ATE systems • Typical device algorithms: I2C, MicroWire, BDM, UART/USART, JTAG, PIC and SPI CheckSum MultiWriter™ Device Support • Universal, In-System (ISP) and Standalone Stations • Simultaneous Device Programming

Actel Altera Analog Devices Catalyst Cypress

Nonvolatile FPGA EPC Series - FPGA configuration ADE71XX (UART) AT24 Series (I2C) CAT24 Series (I2C) Delta39K IGLOO MAX 3000A CPLD Family AT25 Series (SPI) CAT25 Series (SPI) Ultra37000 Series ProASIC MAX 7000 CPLD Family AT26 Series (SPI) CAT93 Series (Microwire) PSI CPLDs Programmable System Chip MAX 7000A CPLD Family AT45 Family CAT5xxx Series Digital Pots (SPI) PSoC Fusion MAX 7000B CPLD Family AT91 Family MAX 9000 CPLD Family AT93 Series (Microwire) AT90 (AVR8) ATMEGA (AVR8 SPI / JTAG) ATtiny (AVR8)

Fairchild Freescale Fujitsu Infineon Integrated Silicon Solution Lattice

NM24 Series (I2C) HC908 Series (UART) MB90387 Family (USART) XC86X Series IS24 Series (I2C) MachXO Family NM93 Series (Microwire) HLC908 XC16X Family IS25 Series (SPI) LatticeXP2 Family HC9S08 Series (BDMI) IS34 Series (I2C) LA4000 (JTAG) HC9S12 Series (BDMI) IS93 Series (Microwire) Macronix HC9S12XD MX25LX Family HC9S12XE HC9S12XS Maxim HC912 TM

DS1086L

Microchip Micron NEC NXP Ramtron Renesas founded by Philips

24 Series (I2C) P5Q PCM Series (SPI) 70F Series (SPI+UART) PCA24 Series Serial Flash/EEPROM/FRAM H8S Family 25 Series (SPI) 78F Series (SPI) LPC ARM7 Series (UART+JTAG) FM24 Series (I2C) M16C Family 93 Series (Microwire) Series (SPI+UART) PCF79xx Series FM25 Series (SPI) Family PIC10F 78K0S 89LPC9XX Series PIC12F LPC ARM9 PIC16F PIC18F ROHM Seiko Silicon Storage Technology Spansion STMicroelectronics PIC24F MCP4xxxxx Digital Pots (SPI) BR24 Series (I2C) S-24 Series (I2C) SST25 Series (SPI) S25FL Series (SPI) M24 Series (I2C) dsPIC30F BR25 Series (SPI) S-25 Series (SPI) M25 Series (SPI) dsPIC33F BR93 Series (Microwire) M34 Series (I2C) M45 Series (SPI) M93 Series (Microwire) Winbond M95 Series (SPI) ST7 Family TMS470 W25 Family SpiFlash XC18V00 ISP PROM Z8 Family STM8 Family MSP430 XCF Series Platform Flash STM32 (CORTEX M3) XC9500 Series CPLD Family STR7 Family CoolRunner II CPLD Family STR10 Family CoolRunner XPLA3 CPLD Family

Note: Devices not listed can normally be supported upon request. Please contact CheckSum for more information: Available STMicroelectronics devices Email: [email protected] ● Tel 1 877 CHECKSUM / +1.360.435.5510 Planned Revisedrequire 11-Aug-2011 a ST-7 buffer module.

HV Buffer Module Specifications  Driver Voltage: device dependent, ±16mA output drive at 3.3V, MODE pin to ±30mA up to 15V  Input Voltage from device 5.5V (max.)  Nominal output impedance: 100 Ohms (buffer to device)  Nominal sensor input impedance >100K Ohms (device to buffer)  Twisted pair wiring recommended between buffer driver/sensor and device  Buffer board nominal power supply requirement: +12V, +5V  Driver/sensor buffer boards designed to be mounted in a bed-of-nails test fixture  ESD Protection Exceeds JESD 22  Buffer board dimensions: single 2.125” x 2.125” (5.4 cm x 5.4 cm), 4-up 2.125” x 8.75” (5.4 cm x 22.23 cm)

CheckSum LLC 6120 195th Street NE Arlington, WA 98223 Fully Tested Tel: 1.877.CHECKSUM CheckSum, MultiWriter and MultiWriter pps are trademarks of CheckSum LLC. Other product names are trademarks of their respective owners. Final appearance Tel: +1 360.435.5510 of the delivered product may vary from the photographs shown herein.

Fax: +1 360.435.5535 † MultiWriter Technology is protected under U.S. Patent No. 7,802,021.

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