Cod: CIC-910APret net: 5 Lei
Descriere:
Features 1. CIC-910A adopts Cypress chip Cy8c27443 (28 pins) powerful Harvard architecture processor with following specialized features: (1) M8C processor speed up to 24 MHz (2) Providing 12 Analog and 8 digital PSoC blocks (3) 16K Bytes flash program storage with 50,000 erase/write cycles (4) 256 Bytes SRAM data storage (5) Making good trade-offs between price and performance 2. Providing various I/Os (keypad, servo motor, LCD display, Infrared Transceiver, etc) for versatile experiments and reserving additional pins for self-exercise and advanced designs. 3. The experiments utilize most of the PSoC function blocks for the exercise, giving users opportunity to design analog, digital or mixed signal applications. 4. I/O components are selected by 8-bit / 4-bit jumpers, easy for operating and performing the experiment. 5. Circuit board and PSoC chip is secured in plastic housing, preventing of being damaged. Specifications 1. PSoC (Cy8c27443) (1) ADCs a. ADCIN14 (14-Bit Incremental ADC) b. ADCINC12 (12-Bit Incremental ADC) c. ADCINCVR (7- to 13- it Variable Resolution Incremental ADC) d. DELSIG8 (8-Bit Delta Sigma ADC) e. DELSIG11 (11-Bit Delta Sigma ADC) f. DUALADC (Dual Input 7- to 13-Bit Incremental ADC) g. SAR6 (6-Bit SAR ADC) h. TRIADC (Triple Input 7- to 13-Bit Incremental ADC) (2) Amplifiers a. AMPINV (Inverting Amplifier) b. CMPPRG (Programmable Threshold Comparator) c. INSAMP (Instrumentation Amplifier) d. PGA (Programmable Gain Amplifier) (3) Analog Comm a. DTMFDialer (DTMF Dialer Analog Output) (4) Counters a. Counter 8/16/24/32 (5) DACs a. DAC 6/8/9 (6/8/9-Bit Voltage Output DAC) b. MDAC 6/8 (6/8-Bit Voltage Output Multiplying DAC) (6) Digital Comm a. CRC 16 (16-Bit CRC Generator) b. I2CHW (I2C Hardware Block) c. I2Cm d. IrDARX e. IrDATX f. RX 8 (8-Bit Serial Receiver) g. SPIM (SPI Master) h. SPIS (SPI Slave) i. TX 8 (8-Bit Serial Transmitter) j. UART (7) Filters a. BPF2 (Two-Pole Band Pass Filter) b. LPF2 (Two-Pole Low Pass Filter) (8) Generic a. SCBLOCK (Analog Switched Capacitor PSoC Block) (9) Misc Digital a. DigInv (Digital Inverter) b. E2PROM c. LCD (10) MUXs a. AMUX4(4 to 1 Analog Multiplexer) b. RefMux(Reference Multiplexer) ( 11) PWMs a. PWM 8/16(8/16- Bit Pulse Width Modulator) b. PWMDB 8/16(8/16- Bit PWM Dead Band Generator) (12) Random Seq a. PRS 8/16/24/32(Pseudo Random Sequence Generator) (13) Temperature a. Flash Temp(Internal Temperature Sensor Measurement) (14) Timers a. Timer 8/16/24/32 2. I/O peripheral circuits a. 4-Digit Common Cathode 7-Segments Display b. 20x2 LCD Character LCD Back-light c. 8 LEDs k. RS-232C Interface d. Audio Amplifier l. 4x4 Keypad switch e. 3 A/D input circuit m. 4 Tact switches f. 4 D/A output circuit n. 8-bit DIP switch g. RTC circuit h. DTMF decode circuit i. 12V DC motor j. IrDA Infrared Transceiver List of Experiments 1. GPIO Introduction 2. LED Controlled by GPIO 3. Tact Switch and LED Controlled by GPIO 4. DIP Switch and LED Controlled by GPIO 5. 7-Segment Display Controlled by GPIO 6. LCM Control 7. PWM Control 8. DAC Control 9. ADC Control 10. Random Generator 11. Timer 12. Counter 13. UART 14. IrDA Infrared Transceiver Main Unit 1. I/O units are selected and connected by 1/4/8-bit jumpers, easy for performing the experiment 2. All the I/O units including components, symbols and functional block mounted on main board not only for safety but also for the convenience of experiment 3. Main board and PSoC chip is secured in plastic housing,preventing of accidentally being damaged 4. Offering a slide switch for downloading program file, either into PSoC chip or ICE-Cube through USB
1. CIC-910A Lab Project File CD (include PSoC Cy8c27443 and Cy8c29466 source file) 2. USB A-B Type cable 3. RS-232 cable 4. 2mm-2mm test lead 5. Experiment manual 6. AC power cord 7. 1/4/8-bit jumper 1.PSoC ICE-Cube 2.CI-93001 Wireless Module Wireless USBTM 2.4GHz DSSS Radio System on a Chip adopts Cypress CYWUSB6934 chip for the benefit of transceiver at the same module. Either through SPI protocol for data transition or through Cypress USB, Cypress PSoC could handle digital/analog wireless data control easily. 1. 2.4-GHz CDMA radio transceiver 2. GFSK modem 3. Dual DSSS Baseband¡50 ppm clock pulse£gA
1. Processor Neuron : 3150 Chip 2. Transceiver Type : TP/FT-10 3. Processor Input Clock : 10MHz 4. Operating Input Voltage : +5VDC 5. Operating Input Current : 120mA typical 6. Flash Memory : 32K 7. SRAM : 24K 8. Service Interface : Service button 4. Very low external parts count 5. Simple SPI slave microcontroller interface (Max. 2MHz) 6. Data throughput up to 62,500 bps 7. 10 meter range 8. -90 dBm receive sensitivity 9. 0 dBm output power 10. 2.7 to 3.6V operating voltage 11. 13 MHz 12. Min. working current 1 13. 32 bit ID 3.CI-93002 LonWorks Control Module 5. Offering output power rated at +5 / +12 volts 6. Comprehensive experiment manual
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