BCC52-EDS

BCC Economical Development System; includes BCC52 w/8K, BASIC-52 programmer's manual & Host-52. The BCC52 computer/controller is one of our hottest selling stand-alone single-board microcomputers. Its cost-effective architecture needs only a power supply and terminal to become a complete development or end-use system. Programmable in BASIC or machine language, the BCC52 uses Micromint’s 80C52-BASIC CMOS microprocessor, which contains a ROM-resident, 8-KB, floating-point, BASIC-52 interpreter.

      The BCC52 contains sockets for up to 48 KB of RAM/EPROM, an "intelligent" 2764/128 EPROM programmer, three parallel ports, a serial terminal port with auto baud rate selection, a serial printer port, and is bus compatible with the full line of BCC-bus expansion boards. The BCC52 bridges the gap between expensive programmable controllers and hard-to-justify, price-sensitive control applications. BASIC-52’s full floating-point BASIC is fast and efficient enough for the most complicated tasks, while its cost-effective design allows it to be considered for many new areas of implementation. It can be used both for development and end-use applications.

All prices subject to change without notice.

 Parallel PLIX E-Board

To speed your examination of the Parallel PLIX, we have configured a special evaluation board which connects to and is powered from a PC's parallel printer port. Using our example software and a TW253 power-line adapter module, you'll see how easy it is to remotely control appliances and lights through the power line. Order PLIX chips for your next hardware design or use OEM PLIX evaluation kits to market your own latest and best PC home-control software.

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Serial Plix Kit

For you convenience, Micromint offers the Serial PLIX Kit. The Kit includes everything needed for the user to begin interfacing with an embedded controller. Serial PLIX Kit contains the PLIX Chip, crystal and necessary capacitors and resistors.

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AnswerMan Development Board

This board takes AnswerMan   JR/SR’s pins and expands them out to headers for ease of connection when developing. It also allows the user to make an AnswerMan JR into an AnswerMan SR by adding a LTC 1298 (ADC) chip as well as two LTC 1257 (DAC) chips. This board provides the AnswerMan JR the ability to communicate via RS485 with the addition of an LTC 485 chip. AnswerMan JR/SR RS485 communication lines terminate to a set of four screw terminals. AnswerMan JR/SR need an external MAX232 chip to communicate via RS232. The AnswerMan JR/SR RS232 communication lines terminate to a DB9 connector. This development system comes with a DB9 to DB25 adapter as well as a power supply. The development board can be set up for use with either an AnswerMan JR or AnswerMan Sr.

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AnswerMan-Key/LCD

 The AnswerMan Key/LCD does exactly the same as the Development Board I but has a larger footprint to accommodate  addition of a LCD Display (optional) and a 24 button keypad (optional). This board also adds a prototyping area so the user can build on external circuitry. It also takes the AM’s I/O and expands them to solder pads.

Pictured with Optional Keypad, LCD & AnswerMan Module

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Domino

Domino 1/1A

The Development Board takes the Domino I/O pins and expands them out to solder pads and headers for ease of connection when developing. It also connects the Domino 1’s RS232 drive to a DB9 connector and its RS485 driver to screw terminals. This board has a built in socket allowing the user to add an LTC1298     (ADC) chip, which converts a Domino 1 to a Domino 1A. This board also includes a prototyping area so the user can add on external circuitry. There is an onboard voltage regulator for powering the Domino 1/1A and additional circuitry. The Domino 1/1A Development System comes complete with a Domino 1/1A embedded controller, Domino Development Board, DB9 to DB25 adapter, power supply, Host-52 communications software, BASIC-52  Programmers Manual and Domino Utilities diskette.

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Domino 2/2A

The development board takes Domino 2's I/o pins and expands them out for ease of connection when developing. It connects the Domino 2's RS-232 drivers to a DB25 connector and its RS-485 drivers to solder pads. This board includes header pin connectors and solder pads to interface with each pin on the Domino as well as a prototyping area. There is an onboard voltage regulator for powering the Domino and any additional circuitry.
The Domino 2/2Adevelopment system comes complete with a Domino 2/2A embedded controller module, Domino Development board, power supply, Host-52 communications software, Basic-52 programmer Manual and Domino utilities disk.

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PicStic

PicStic 1, 2, 3, 4 Programmer SystemThe programmer board is used to program all PicStic Modules by supplying the necessary programming voltages. There is an onboard voltage regulator and communication to the PC is achieved via the parallel port. For ease of use, the programmer board comes with a 32 pin ZIF socket. The programmer system comes complete with the programming board, power supply, DB25 to RJ11 adapter and cable, PicBasic compiler and PicBasic programmers Manual.

Add PicBasic Pro for $200 - PicBasic Pro offers the ease of PicBasic Compiler with many more enhanced instructions to program the PicStic family of products. PicBasic Pro converts your BASIC programs into files that can be programmed directly into a PicStic as well a many other Pic Microcontrollers. Comes with Software and complete Programming Manual. Click here for more details.

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PicStic 1, 2, 3, 4 Proto One Board

The development Board takes the PicStic pins and expands them out to header connector pins and solder pads for ease of connection when developing. Attached to the board is a DB25 connector for RS232 communications. The user makes the proper connection between the DB25 connector and the chosen I/O pins of the PicStic to complete the RS-232 configuration. There is an onboard voltage regulator for powering the PicStic and any additional circuitry. The board also includes a prototyping area so the user can add external circuitry.

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RTCHC11-DEV

     MC68HC11 Development System; includes RTC-HC11-4S, BASIC-11 ROM, HC11-MON, utility disk, HC Term, serial cable & Motorola manual. Offering exceptional value in a single-board embedded controller, our RTC-HC11 combines all of the most-asked-for features into a small 3.5" x 4.5" package at a reasonable price. Featuring the popular Motorola MC68HC11 microcontroller, the RTC-HC11 gives you an exceptional list of specifications at a very affordable price.
     Software development can be done directly on the RTC-HC11 target system using assembly language or BASIC-11, an extremely fast integer BASIC interpreter with dedicated keywords for I/O port, A/D converter, timer, interrupt, and EEPROM support. In addition, a BASIC program can be saved on the onboard battery-backed static RAM or burned into an autostarting EPROM.

RTCV25-EDS

RTCV25 Economical Development System; includes RTCV25-4S, V25-MON, serial cable, NEC V25 chip manual. The RTC-V25 brings the programming ease of 80C86 compatibility to compact controllers in a full-featured package. This processor board goes beyond PC-compatibility to provide the perfect balance of programming convenience and control features. The heart of the RTC-V25 is an NEC V25 microprocessor, an all-CMOS, 8086-compatible device. The 3.5" x 5" RTC-V25 offers engineers 16-bit processing power, large address space, and compatibility with many of the most popular and useful software development tools available today. The RTC-V25 is compatible with the full line of RTC peripheral boards and products.

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RTC31-EDS

     RTC31 Development System; includes RTC31-1S, 31-MON & serial cable. The RTC31/52 is our all-time best price-performer. The RTC31 is a 3.5" x 3.5" real-time controller that uses an 8031 processor and is intended for OEM assembly-language applications. The RTC52 uses the same PC board but has a Micromint 80C52-BASIC processor instead of an 8031. With BASIC, the RTC52 is software compatible with our BCC52 series, as well as allowing for onboard program development using a common RS-232 terminal. The 80C52-BASIC processor can also be jumper-selected to function as an 80C31/80C32 processor.
     The RTC31/52 was designed to provide a minimal configuration for cost-conscious applications. It can be greatly expanded to perform more extensive control and data-acquisition tasks while maintaining the same small 3.5" x 3.5" footprint by using a stacked-board expansion system. Additional analog and digital I/O boards are piggybacked on top of the processor board and secured with stand-offs.

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RTC52-EDS

RTC52 Economical Development System; includes RTC52-1S, BASIC-52 programmer's manual, serial cable & Host-52. RTC31/52 is our all-time best price-performer. The RTC31 is a 3.5" x 3.5" real-time controller that uses an 8031 processor and is intended for OEM assembly-language applications. The RTC52 uses the same PC board but has a Micromint 80C52-BASIC processor instead of an 8031. With BASIC, the RTC52 is software compatible with our BCC52 series, as well as allowing for onboard program development using a common RS-232 terminal. The 80C52-BASIC processor can also be jumper-selected to function as an 80C31/80C32 processor.
     The RTC31/52 was designed to provide a minimal configuration for cost-conscious applications. It can be greatly expanded to perform more extensive control and data-acquisition tasks while maintaining the same small 3.5" x 3.5" footprint by using a stacked-board expansion system. Additional analog and digital I/O boards are piggybacked on top of the processor board and secured with stand-offs.

All prices subject to change without notice.

RTC180-DEV

      RTC180 Development System; includes RTC180-1S-F1, serial cable, Hitachi manual (in PDF format) & BASIC-180. Take an advanced, new-generation microprocessor, make it completely software compatible with one of the industry's most respected microprocessors, put it in a compact, low-power package, and what do you have? You have an OEM's dream! You also have the RTC180, a member of our amazing RTC family that has an installed base of thousands.
     The RTC180 uses the Zilog Z180 processor, an established favorite of application design engineers worldwide. The RTC180 provides plenty of memory with 96 KB of system memory: 32-KB SRAM and either 32-KB SRAM plus 32-KB EPROM or 64-KB EPROM, plus 128 bytes of configuration EEPROM. The RTC180's onboard I/O is impressive as well, with two serial ports (one full-duplex RS-232 and one half-duplex RS-485), 24 bits of TTL parallel I/O, and an 8-channel 8-bit ADC. The RTC180 wraps all of this power and versatility into the 3.5" x 4.5" RTC form factor.
      Fully compatible with the entire line of RTC expansion I/O boards, the RTC180 keeps the power requirements simple with its +5-V-only operation. Truly a developer's dream, the RTC180 is an ideal solution for today's difficult applications.

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RTC320-DEV (22 MHz)

     RTC320 Development System; includes RTC320-MS, 320-MON & serial cable. One of Micromint's hottest-selling products for the past five years has been the RTC31/52 stackable controller. It has been a leading price/performance choice among our customers. With our new RTC320 and RTC52-Plus boards, we have expanded the value of that relationship even more.
     Occupying the same small 3.5" x 3.5" RTC footprint and 5-V-only power, the RTC320 uses the new Dallas Semiconductor 80C320, which is 8031 code-compatible and 3­5 times faster. At 33 MHz, the RTC320 is an 8-MIPS controller! Along with the new powerful processor, the RTC320 board accommodates up to 192 KB of memory, 2 serial ports (RS-232 and RS-485), 24 bits of TTL parallel I/O, and a 2-channel 12-bit ADC. The RTC320 puts some real firepower under the abundant variety of RTC I/O expansion boards. Plugging in your favorite ICE or EPROM emulator is the easiest way to develop code. For the diehards who like to twiddle the bits directly, we have a ROM monitor specifically designed for the Dallas '320.

All prices subject to change without notice.