GPS Evaluation Board

We are engaged in offering 8051 Evaluation Board product to our clients. Our range of this products is widely appreciated by our clients

The STEVAL-BLUEMIC-1 Evaluation Board incorporates an ultra-low power Bluetooth SMART Application Processor that meets the requirements of BT specification v4.2. This board has a complete SW development kit, including the Bluetooth low energy stack, necessary drivers for audio and inertial data acquisition, and documentation. The STEVAL-BLUEMIC-1 is engineered for developing Bluetooth audio applications that demand high-quality sound. Its capabilities extend to low-power, highly-efficient voice control for remote controls and the Internet of Things (IoT) applications. The STEVAL-BLUEMIC-1 Evaluation Board features an SPBTLE-1S Bluetooth SMART Application Processor, a 32-bit ARM Cortex -M0 core with outstanding performance. This module includes GPIOs, SPI, I2C, USART, PCM, ADC, and timers. The board also comprises an STBC02 Li-Po battery charger, an SPV1050 ultra-low-power energy harvester, and an MP23AB01DH MEMS microphone. This evaluation board adheres to CE, FCC, IC, and ARIB certifications. Features: Ultra-low power Bluetooth SMART Application Processor compliant with BT specification v4.2 Complete SW development kit that includes the Bluetooth low energy stack, all the necessary drivers for audio and inertial data acquisition, and documentation Designed to enable the development of Bluetooth audio applications where good quality sound is required and extends to low-power, highly-efficient voice control for remote controls, as well as the Internet of Things (IoT) application Comes with a SPBTLE-1S Bluetooth SMART Application Processor, a high-performance 32-bit ARM Cortex -M0 core Offers a full set of peripherals, including GPIOs, SPI, I2C, USART, PCM, ADC, and timers Features an STBC02 Li-Po battery charger, a SPV1050 ultra-low-power energy harvester, and an MP23AB01DH MEMS microphone Compliant with CE, FCC, IC, and ARIB certifications Applications: Bluetooth Low Energy application Headsets Remote controls Health and fitness monitoring devices Environmental sensors

An evaluation board is a pre-designed circuit board used to evaluate and test the performance of a specific component or system. It provides a convenient platform for developers to assess features and functionalities before integration into larger designs.

● Based on T5L1 ASIC 4.1 Inches, 720xRGBx720, 16.7M Colors, IPS screen ● Multiple user interfaces(I/Os, CAN, PWM, AD, UARTs) for debugging; ● Easy-to-use DWIN DGUS V7.6 GUIs Development, no coding skills required; ● Optional dual development System: DGUS II(GUI tool with built-in UI modules)/TA(Instruction set), to be switched by download the kernel via SD card; ● IPS view angle: 85/85/85/85 (L/R/U/D); ● With GUI OS dual-core, GUI with rich built-in touch and display controls in DGUS tool. DWIN OS kernel is open to the user for the second-development, via DWIN OS programming language or KEIL C51 language.

1 Part number 1M1-M000127DVB 2 Processor Dual-Core ARM Cortex-A9 3 Memory 512MB DDR3 / 128Mbit FLASH 4 Storage Micro SD card slot 5 Video : HDMI In / HDMI Out 6 Audio HP+Mic, Line in, ADAU1761 AUDIO codec 7 Network 10/100/1000 Ethernet 8 Expansion USB Host connected to ARM PS 9 Interfaces GPIO Arduino Shield connector, Raspberry Pi connector, 2 Pmod ports 10 Other I/O 6 User LEDs, 4 Push-buttons, 2 Slide Switches

Specifications: SiRF Star IV GSD4e chip set 48 track verification channels SMT type with stamp holes Small form factoChipsetSiRF Star IV, GSD4eFrequencyL1 1575.42MHz.CodeC.A. Code.Channels48 track verification channelsSensitivity (Acquisition)It shall show C/No 40 dB-Hz when external power = -130dBm.Cold start35 sec (50% -130dBm Fu 0.5 ppm Tu 2s Pu 30km)Warm start35 sec (50% -130dBm Fu 0.5 ppm Tu 2s Pu 30km)Hot start1 sec (50% -130dBm Fu 0.5 ppm Tu 2s Pu 30km)Reacquisition0.1sec typicalPosition accuracy2.5meters(50% 24hr static, -130dBm)Maximum altitude18288 mMaximum velocity514 m/sUpdate rate1HzProtocol setupNMEA0183 standard V3.01 and backward compliance-Adjustable by firmwareI/O Pin22pinsVccDC 1.8v(Max. 1.89v)Current48mA at 3.3V (without external antenna )Hibernate Modew/o ext. Antenna Typ 20uA 3.3V(AverageDimension(mm)13*15*2.2Weight3gOperating temperature-30 ~ 85 CHumidity95%

Manufacturer Part #PAM-7Q_Evaluation_Board_GPS_ReceiverQuantity (in Stock)10Datasheet PAM-7Q_Evaluation_Board.pdfInput Voltage+12VDCManufacturerV3 NOVUSProduct TypeEvaluation Boards & Kits

Our company holds immense experience in this domain and is involved in offering wide assortment of Evaluation Board. Features: Automatic calibrationAuto zero settingEasy to use

The Keil MCBSTR7 Evaluation Board introduces you to the STMicroelectronics STR710 ARM family and allows you to create and test working programs for this advanced architecture. The Keil MCBSTR7 Evaluation Board connects to your PC using the serial port (for Flash download) or the JTAG interface (for program debug using the Keil ULINK USB-JTAG Adapter and the Vision IDE and Debugger). Serial and CAN interfaces, eight LEDs, and analog input (via potentiometer) make this board a great starting point for your next ARM project.

DALI 2 EVALUUATION BOARD

Introduction: Reanu Microelectronics Pvt. Ltd. Has Introduces Vlsi Evaluation Board Especially For Design Engineers To Verify Designs By Physically Downloading The Same Into Chip. This Board Helps The Beginners To Understa Product Highlights: Universal Platform Which Accepts Any Pld Device From Any Manufacturer (Fpga/Cpld) Universal Platform For Design Implementation, Verification And Programming On Board Jtag Interface (Eliminates Expensive Extra Jtag Cable) 32 Bi-Directional Digital I/Os With Led Indication Seven Segment Display And Keyboard For Display/Keyboard Application User Selectable Hardware Universal 9v To 18v Ac Or Dc Input Power Supply Easy To Operate Cutting Edge Features: The Universal Platform is a Unique concept originally introduced by Reanu. The universal platform concept makes possible to work on any Pld Device introduced by any manufacturer using a single platform coupled with dedicated low cost add on for the required device. This eliminates the need for complete trainer dedicated for each type of Pld. On Board Jtag Interface: vProgramming / Configuration of Cpld or Fpga requires a special Jtag cable. On board Jtag interface Eliminates the need of separate Jtag cable. User selectable hardware: User has flexibility Of choosing the required hardware by use of suitable jumpers while rest of free 9. I/Os' can be used for external applications Technical Specifications: 32 Bi-Directional Digital Input/ Output With Led Indications. 4 Keys Keyboard In 2 X 2 Matrix. 4 Seven Segment Multiplex Led Display On Board 3.57/6/12 Mhz. Clock. Power On Reset With Reset Key. Standard Rs232 Serial Interface For Uart Code Verification. On Board Jtag Interface Which Eliminates The Costly Jtag Cable. All Hardware Is User Selectable. Polarities Free Power Connector, Which Accepts 9v To 18v Ac Or Dc Input. Modules CPLD MODULE: Xilinx s CPLD device XC9572-15PC84C. Additional PLCC 44 pins socket for programming PLCC44 pin devices. The same module can be used as CPLD programmer for PLCC 44 84 pin devices. FPGA XCS05/XC5202 MODULE: Xilinx s FPGA device XCS05-3PC84C / XC5202-6PC84. Jumpers for selection configuration mode. SPROM Socket on which Xilinx s 17xx series SPROM can be used for configuration. RAM socket for SRAM/Flash memory interface LED indication on successful configuration of device Probing facility i.e. all device IOBs are brought on connector FPGA SPARTAN-II MODULE: Xilinx s FPGA device XC2S50-3TQ144. Jumpers for selection configuration mode. SPROM Socket on which Xilinx s 18xx series SPROM can be used for configuration. On board 2.5V 3.3V for core and I/O voltage. I/O voltage can vary from 0 to 3.3V for various I/O standards. LED indication on successful configuration of device Probing facility i.e. all device IOBs are brought FPGA VERTEX-II MODULE: Xilinx s FPGA device XCV100-PQ240C. Jumpers for selection configuration mode. SPROM Socket on which Xilinx s 18xx series SPROM can be used for configuration. On board 2.5V 3.3V for core and I/O voltage.

Evolution 3000

Evaluation Boards

Evaluation Board

Gps Evaluation Board

electrical consultants

This is a simple to use USB evaluation board for the GE864 cellular module. All pins of the GE864 are broken out, which provides access to the state-of-the-art DAC, ADCs, GPIOs, SPI and I2C interfaces

Evaluation Boards

Xilinx s FPGA device XCV100-PQ240C. Jumpers for selection configuration mode. SPROM Socket on which Xilinx s 18xx series SPROM can be used for configuration. On board 2.5V 3.3V for core and I/O voltage. I/O voltage can vary from 0 to 3.3V for various I/O standards. LED indication on successful configuration of device Probing facility i.e. all device IOBs are brought on connector

The board is built around the NXP LPC4357 which delivers a versatile dual-core configuration using an ARM Cortex-M4 MCU with an ARM Cortex-M0 as a co-processor. This is the first ARM Cortex board at this price point to deliver dual-core performance and media interface features including 1MB of dual-bank Flash, high speed USB host and device, an LCD interface, SD card and more. This development board includes peripherals well-suited for development of multi-media, audio, medical, industrial control and motor control applications and provides ideal rapid prototyping opportunities for hobbyists and game console designers. Hardware Specifications:The connectors on the LPC4357 evaluation board provide easy access to many of the LPC4357's on-chip peripherals.LPC4357 256 pin BGA Up to 204 MHz Operation32-bit ARM Cortex-M4/M0Up to 1MB flash136 KB flashExternal Flash Spansion 256 MB QSPI flash32 MB external SDRAMTwo USB Interface Two USB ports, one HS (High speed USB host) port and one FS (Full Speed device) port

RFID EVALUATION BOARDRFiD-125KHz is low cost proximity reader module board works with industry standard 125KHz frequency. It indicates card read successful through LED indicator and alarm. No need any external supply (adaptors) power draws form PC s USB port. KEY FEATURES Plug and Play RS232 Interface (directly connect PC s COM Port) Facility connect microcontroller directly Reading Range >=5cm | LED | Beeper control Built-in antenna | Small size | Low Cost Designed to detect and read/write Hitag2 and TK5561 tags ASCII Type Format Specifications Size (L X B X H) in mm - 30 X 30 X 10 Operating Frequency - 125 kHz Reading Range - >= 50 mm Interface - UART, Wiegand26 Antenna - Built-in/Pinout for an external antenna Supply Voltage - +5 V Operating Temperature - -10 C to +50 C (-14 F to +122 F) Tag Types - Unique and TK5530 Output Format - ASCII or Wiegand26 KIT INCLUDES RFID (DT125R) Evaluation Kit RS232 Cable RFID Card 2 Nos CD Contains: Code | Ref Documents.