PO0800-003 Compact Size Magnetic Stripe Card Reader (Module)

الوصف

Product Code: PO*******3 *Low cost solution for triple track readers *High performance decoding *Magnetic card reader comply with ANSI/ISO standards *Available for KB wedge, RS***2, USB interface, virtual com USB, TTL Specifications: *Interface: Keyboard Wedge/RS**2C/Serial TTL /USB (HID Keyboard Emulation)/USB(Virtual serial port) *USB Driver to create a virtual serial port (RS***2), Half-Duplex, Data bits=8, Parity=None, Stop bits=1, Baud rate=***0~****0 bps (Default: ****0 bps) *Compatible with USB specification Revision 1.1 *Software virtual serial port Driver support Microsoft Windows *8/ME/***0/XP. Linux driver for Red Hat 7.3/8.0/9.0 Only *OPOS & JPOS Driver support *Card Swiping Speed: Card speed through the unit may vary from 3 ips to **0 ips (7 cm/sec. to **0 cm/sec.) *Dimensions: (L)*7.7x(W)*6.7x(H)*0.5 mm *Power Requirement: DC*5V+/**0% (Power supplied by keyboard or USB interface) *Power Consumption: *0mA max *Color: black or white *Lift: Electronics: **5, **0 hours Head: 1, **0, **0 passes Environment: *Operating Temp: 0~**5°C Storage Temp: **0~**5°C Humidity: *0~*0 relative Features: *Low cost solution for triple track readers, available ISO TK1, 2 &3 *High noise immunity: No more mill volt-level analog signals to route, no analog signals leave the shielded magnetic head! Withstands noisy PC monitors, cell phones, switching power supplies, etc. *High performance decoding: New design reads badly damaged cards, compensates for poor head mounting *AGC (Automatic Gain Control): Reads cards from *0% ~ **0% of ISO ***1 amplitude standard *No Windows driver needed! MSR Configuration Utility fast and easy to use! *Standard Configurations(Interface): Keyboard Wedge, RS***2, USB (HID Keyboard Emulation), (Virtual serial port) *Smart PO******3 Series magnetic stripe swipe card reader" consists of a high-performance multi-channel fully integrated magnetic stripe decoder chip at a low-profile magnetic read-head. This innovative, yet low-cost card re