Remaining stock

Features

• Degaussing and automatic zero synchronization
• Supports manual and automatic zero calibration
• Powered directly from the Micsig UPI interface
• Automatic matching with Micsig UPI oscilloscopes
• Overload indicator with flashing light

Suitable for...

• Electronics in electric vehicles
• Design of switching power supplies
• Electronic engineering experiment
• Design of semiconductor devices
• Avionics Blueprint
• Design of inverters/transformers
• Design of electronic ballasts
• Industrial Control / Consumer Electronics Design
• Design of motor drives
• Power electronics and electric drive design

Features

• Degaussing and automatic zero synchronization
• Supports manual and automatic zero calibration
• Powered directly from the Micsig UPI interface
• Automatic matching with Micsig UPI oscilloscopes
• Overload indicator with flashing light

Suitable for...

• Electronics in electric vehicles
• Design of switching power supplies
• Electronic engineering experiment
• Design of semiconductor devices
• Avionics Blueprint
• Design of inverters/transformers
• Design of electronic ballasts
• Industrial Control / Consumer Electronics Design
• Design of motor drives
• Power electronics and electric drive design

Hardware Features

• Emulation of all commercially available SPI NOR Flash with one click
• Supports up to 2Gbit SPI NOR Flash emulation
• Supports Single IO, Dual IO, and Quad IO
• Quad IO supports SPI CLK up to 50MHz (AC switching power supply is required)
• Automatic switching from 3.3V or 1.8V according to IC voltage specifications
• Built-in 512MB buffer, supporting storage of a larger number of SPI trace logs.
• Two-color LED status indicator
• Supports 4-byte address mode option
• Provides the option to use CS1 or CS2
• Additional debugging function: SPI bus trace and HyperTerminal
• Code update in less than 3 seconds
• Powered by USB and palm-sized
• Support for Windows 2003 and higher & support for 32-bit and 64-bit operating systems

Developer functions

• Minutes become seconds when updating SPI NOR flash code.
• Debug your application efficiently over the available SPI bus with our SPI trace, SPI trigger, SPI hyper terminal for debug messages
• Develop your own application debugger using our bidirectional SPI hyper terminal and control the application from your host PC
• EM100Pro-G2 can be connected to an Intel motherboard via a special adapter ISP-ADP-Intel-C (option).

Features

• Built-in high speed processor for high programming speed.
• Support serial bus memory IC and package type.
• including SPI NOR Flash, SPI NAND Flash, EEPROM, SOP, WSON, USON and BGA.
• Support serial interface protocol including SPI, I²C and uWire.
• Supports a variety of file formats, including binary, Intel Hex, Motorola and ROM, etc.
• Provides a command line for software development.
• Supports stand-alone mode for IC programming without PC. 
• ATE port with ISP adapter, provides Busy/Pass/Error and Start pins for remote control.
• Supports 1.2V low voltage IC
• Simultaneous support of multiple programmers for parallel IC programming.

Features

• Dual channel, with a bandwidth of up to 30 MHz and an amplitude of up to 20 Vpp
• 150 MSa/s sampling rate, 14-bit vertical resolution and 16 kpts signal length
• Innovative EasyPulse technology, capable of generating pulse waveforms with lower jitter, provides a wide range and extremely high precision in setting pulse width and rise/fall times
• Innovative TrueArb technology supports user-defined waveforms from 2 to 16 kpts and user-defined sampling rates from 1 μSa/s to 30 MSa/s
• Dedicated circuitry for square wave function, can generate square waves up to 60 MHz with jitter less than 300 ps + 0.05 ppm period
• Many analog and digital modulation modes: AM, DSB-AM, FM, PM, FSK, ASK, PSK and PWM
• Sweep and burst functions
• Harmonic generator function
• Waveform combining function
• High precision frequency counter
• Standard interfaces: USB Host, USB Device (USBTMC), LAN (VXI-11)
• Optional interface: GPIB
• 4.3" TFT LCD display

Features

• Dual channel, with a bandwidth of up to 60 MHz and an amplitude of up to 20 Vpp
• 150 MSa/s sampling rate, 14-bit vertical resolution and 16 kpts signal length
• Innovative EasyPulse technology, capable of generating pulse waveforms with lower jitter, provides a wide range and extremely high precision in setting pulse width and rise/fall times
• Innovative TrueArb technology supports user-defined waveforms from 2 to 16 kpts and user-defined sampling rates from 1 μSa/s to 30 MSa/s
• Dedicated circuitry for square wave function, can generate square waves up to 60 MHz with jitter less than 300 ps + 0.05 ppm period
• Many analog and digital modulation modes: AM, DSB-AM, FM, PM, FSK, ASK, PSK and PWM
• Sweep and burst functions
• Harmonic generator function
• Waveform combining function
• High precision frequency counter
• Standard interfaces: USB Host, USB Device (USBTMC), LAN (VXI-11)
• Optional interface: GPIB
• 4.3" TFT LCD display

Hardware Features

• Built-in high speed processor for high programming speed.
• Supports SPI Octal NOR Flash, SPI NOR Flash, and SPI NAND Flash.
• Supports a variety of file formats such as Binary, Intel Hex, Motorola S19 and ROM, etc.
• Supports command line mode for new software development.
• Supports stand-alone mode for IC programming without PC. 
• ATE port with ISP adapter, provides Busy/Pass/Error and Start pins for remote control.
• Supports 1.2V low voltage IC.
• Multiple programmers support parallel programming of IC.

Software Features

• PC based SF700 programming software with different modes:
  
  • Engineering Mode features advanced developer and repair functions
  • Production mode for simultaneous control of multiple SF700 programmers
  • Command line to control the SF700 by user defined software
  • Supports Windows 2003 (32 bit and 64 bit) and higher

Applications

• Updating of the serial flash soldered to the board with or without power supply in standalone or PC GUI mode
• Prototype or low volume production, in-system or socket programming 
• Control application, controller reset and MOSFET isolation status
• Update of internal flash (Ezport MCF5223, MCF5221, MCF5213) or external SPI flash (SBF interface MCF5445, MCF5227) of Freescale MCU

Features

• Compact oscilloscope with 4 channels
• Bandwidth 100 MHz
• 1 GS / s real-time sampling rate.
• Replaceable battery
• Up to 28 Mpts memory depth.
• Acquisition rate of up to 80,000 Wfms / s.
• 8 "/ 8" industrial LCD, 800x600 resolution, capacitive multi-point touchscreen.
• Android system, quick response to operation.
• Interfaces: Ethernet / LAN, WiFi, USB 2.0 host & device; HDMI.
• Connection for probe calibration.
• Bus trigger and decoding supported: UART, I²C, SPI, CAN, LIN.
• PC software, iOS and Android mobile app for remote control of the oscilloscope.
• Built-in 8G memory for waveform and video recording.
• Lithium battery, battery life up to 5 hours.
• Screen sharing via WiFi, USB and HDMI

Features

• Compact oscilloscope with 2 channels
• Bandwidth 150 MHz
• 1 GS / s real-time sampling rate.
• Replaceable battery
• Up to 28 Mpts memory depth.
• Acquisition rate of up to 80,000 Wfms / s.
• 8 "/ 8" industrial LCD, 800x600 resolution, capacitive multi-point touchscreen.
• Android system, quick response to operation.
• Interfaces: Ethernet / LAN, WiFi, USB 2.0 host & device; HDMI.
• Connection for probe calibration.
• Bus trigger and decoding supported: UART, I²C, SPI, CAN, LIN.
• PC software, iOS and Android mobile app for remote control of the oscilloscope.
• Built-in 8G memory for waveform and video recording.
• Lithium battery, battery life up to 5 hours.
• Screen sharing via WiFi, USB and HDMI

Features

• Compact oscilloscope with 2 channels
• Bandwidth 150 MHz
• 1 GS / s real-time sampling rate.
• Replaceable battery
• Up to 70 Mpts memory depth.
• Acquisition rate of up to 130,000 Wfms / s.
• 8 "/ 8" industrial LCD, 800x600 resolution, capacitive multi-point touchscreen.
• Android system, quick response to operation.
• Interfaces: Ethernet / LAN, WiFi, USB 2.0 host & device; HDMI.
• Connection for probe calibration.
• Bus trigger and decoding supported: UART, I²C, SPI, CAN, LIN.
• PC software, iOS and Android mobile app for remote control of the oscilloscope.
• Built-in 8G memory for waveform and video recording.
• Lithium battery, battery life up to 5 hours.
• Screen sharing via WiFi, USB and HDMI

Features

• Compact oscilloscope with 2 channels
• Bandwidth 100 MHz
• 1 GS / s real-time sampling rate.
• Linux operating system
• Replaceable battery
• Up to 28 Mpts memory depth.
• 130,000 Wfms / s acquisition rate - 270,000 Wfms / s (Segmented Memory Mode).
• 8 "/ 8" industrial LCD, 800x600 resolution, capacitive multi-point touchscreen.
• Interfaces: Ethernet / LAN, WiFi, USB 2.0 host & device; HDMI.
• Connection for probe calibration.
• Bus trigger and decoding supported: UART, I²C, SPI, CAN, LIN.
• PC software, iOS and Android mobile app for remote control of the oscilloscope.
• Built-in 8G memory for waveform and video recording.
• Lithium battery, battery life up to 5 hours.
• Screen sharing via WiFi, USB and HDMI

Features

• Compact oscilloscope with 2 channels
• Bandwidth 150 MHz
• 1 GS / s real-time sampling rate.
• Linux operating system
• Replaceable battery
• Up to 28 Mpts memory depth.
• 130,000 Wfms / s acquisition rate - 270,000 Wfms / s (Segmented Memory Mode).
• 8 "/ 8" industrial LCD, 800x600 resolution, capacitive multi-point touchscreen.
• Interfaces: Ethernet / LAN, WiFi, USB 2.0 host & device; HDMI.
• Connection for probe calibration.
• Bus trigger and decoding supported: UART, I²C, SPI, CAN, LIN.
• PC software, iOS and Android mobile app for remote control of the oscilloscope.
• Built-in 8G memory for waveform and video recording.
• Lithium battery, battery life up to 5 hours.
• Screen sharing via WiFi, USB and HDMI