Isolated 12-bit DA converter board with PC104 and Z80 bus.
The DAC control signal is isolated by a photocoupler, and an isolated DC-DC converter is used for the analog power supply, ensuring that the analog and digital signals are isolated. The DAC interface is serial (SPI/QSPI or MICROWIRE compatible), but it has been designed for ease of use with CPLD adoption, allowing control via port access. The DAC device mounted has a 4-channel output, so the 8CH specification board (basic configuration) implements 2 devices for a total of 16CH, while the 4-device implementation is available as an expansion option. The analog output is routed through an operational amplifier, and the output voltage range can be switched for each channel by setting the jumper pins.
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basic information
D/A Converter: MAX536 - Resolution: 12 bits - Linearity: 1 LSB - Conversion Time: 2.9 μs - Output Channels: Basic 8CH - Output Voltage Range: 0–5V, -5 to +5V, 0–10V Interface: PC104 (however, 8-bit data bus signal) Interrupt for Conversion Completion: Select from IRQ3, IRQ4, IRQ5, IRQ7 Operating Voltage: +5V single power supply Current Consumption: 750mA (typ) when 16CH is expanded Occupied Address: 4 bytes Board Size: 90.1mm x 95.8mm Address Decode: 8 or 16 bits ◆ Options - Output Channel Expansion Basic (8CH) + 8CH, total 16CH * Order with model number MPC104-ISODAC12-16
Price information
MPC104-ISODAC12: ¥45,280 (excluding tax) MPC104-ISODAC12-16 (with 8CH output channel expansion option): ¥56,670
Price range
P2
Delivery Time
Applications/Examples of results
Industrial machinery, etc.
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Company information
At Embedded Technology Co., Ltd., in addition to selling microcontroller boards, we also offer electronic circuit design (both analog and digital), pattern design, as well as FPGA and CPLD software development. Please feel free to contact us. Announcement: We are pleased to announce that we will be exhibiting at the "Sensor/IoT Technology Exhibition 2018" hosted by the Osaka Industrial Creation Center on Wednesday, July 25, 2018. Exhibition content: Making satellite communication accessible! - Communication technology using the Slayya satellite - Communication technology using the Iridium satellite - Raspberry Pi and BBB expansion boards For more details, please visit: https://www.sansokan.jp/events/eve_detail.san?H_A_NO=25639 We sincerely look forward to your visit.
