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Field of application:

This programmer can read and write the bios chips of DVD,TV,PC,harddisk,etc.

Features:

1. USB 2.0 interface, the speed is 12Mbps.

2. The speed of reading and writing is fast.

3. Auto detect chip modles.

4. Auto select power votage.

5. Surpport 25 FLASH, 24 EEPROM, 25 EEPROM, 93 EEPROM,etc.

6. Small shape.

7. Windows XP, Windows Vista, Win7,WIN8,WIN10.

List:

1. Programmer 1

2. Usb cable 1

3. CD 1

4. Manual(a file on CD) 1

5. Simple socket for SMD chips 2

Features:

1.4 Channel Digital Oscilloscope + Arbitrary/Function Waveform Generator + Synchronizing Signal + External Trigger;

2.The Keys for osilloscope and waveform generator is seperated for convenient to operate it simultaneously;

3.Large and clear display (7 inch 64K color LCD display, Resolution 800x480), more clear and realistic waveform;

4.Oscilloscope: 1GSa/s Sample Rate, 200/100/70MHz Bandwidth, more than 20 kinds of auto measurement functions;

5.Powerful Trigger Function: Edge, Video, Pulse, Slope, Over time, Alternative;

6.Arbitrary/Function Waveform Generator: 25MHz, 12 bits resolution, 200MHz DDS, Arbitrary wave/square wave/sine wave/triangle 7.wave/trapezoidal wave/pulse wave/DC is easy to simulate transducer.

8.Support SD card, VGA function (optional);

9.Integrated USB Host, Support USB disk storage, USB interface/SD card system update.

Specifications:

Model DSO4204C

Oscilloscope

Sample Rate Sampling Rate Range: 1GSa/s

Equivalent Sample Rate: 25GSa/s

Acquisition Modes

Normal Normal data only

Peak Detect High-frequency and randon glith capture

Average Wavefom Average, selectable 4,8,16,32,64,128

Inputs

Inputs Coupling AC, DC, GND

Inpits Impendance 1MO2% ?20pF3pF

Probe Attenuation 1X, 10X

Supported Probe Attenuation Factor 1X, 10X, 100X, 1000X

Maximum Input Voltage CAT I and CAT II: 300VRMS (10)

CAT III: 150VRMS(1);

Installation Category II: derate at 20dB/decade above 100kHz to 13V peak AC at 3MHz* and above. For non-sinusoidal waveforms, peak value must be less than 450V. Excursion above 300V should be of less than 100ms duration. RMS signal level including all DC components removed through AC coupling must be limited to 300V. If these values are exceeded, damage to the oscilloscope may occur.

Horizontal

Sample Rate Range 1GS/s

Waveform Interpolation (sin x)/x

Record Length 40K

SEC/DIV Range 2ns/div to 40s/div 4ns/div to 40s/div

Sample Rate and 50ppm(at over any =1ms time interval)

Delay Time Accuracy

Position Range 2ns/div to 10ns/div; 20ns/div to 80us/div; (-8div x s/div) to 40ms;

(-4div x s/div) to 20ms; 200us/div to 40s/div; (-8div x s/div) to 400s

Delta Time Measurement Accuracy

(Full Bandwidth) Single-shot, Normal mode: (1 sample interval +100ppm reading + 0.6ns);

>16 averages: (1 sample interval + 100ppm reading + 0.4ns);

Sample interval = s/div 200

Vertical

Vertical Resolution 8-bit resolution, all channel sampled simultaneously

Position Range 2mV/div to 10V/div

Bandwidth 200MHz 100MHz 70MHz

Rise Time at BNC( typical) 1.8ns 3.5ns 5ns

Analog Bandwidth in Normal and Average modes at BNC or with probe, DC Coupled 2mV/div to 20mV/div, 400mV; 50mV/div to 200mV/div, 1V

500mV/div to 2V/div, 40V; 5V/div, 50V

Math +, -, *, /, FFT

FFT Windows: Hanning, Flatop, Rectamgular, Bartlett, Blackman;

1024 sample point

Bandwidth Limit 20MHz

Low Frequency Response (-3db) =10Hz at BNC

DC Gain Accuracy 3% for Normal or Average acquisition mode, 5V/div to 10mV/div;

4% for Normal or Average acquisition mode, 5mV/div to 2mV/div

DC Measurement Accuracy,

Average Acquisition Mode When vertical displacement is zero, and N =16: (3% reading + 0.1div + 1mV) only 10mV/div or greater is selected;

When vertical displacement is not zero, and N=16: [3% (reading + vertical position) + 1% of vertical position + 0.2div]; Add 2mV for settings from 2mV/div to 200mV/div; add 50mV for settings from 200mV/div to 5V/div

Volts Measurement Repeatability, Average Acquisition Mode Delta volts between any two averages of =16 waveforms acquired under same setup and ambient conditions

Trigger System

Trigger Types Edge, Video, Pulse, Slope, Over time, Alternative

Trigger Source CH1, CH2, EXT, EXT/5, AC Line

Trigger Modes Auto, Normal, Single

Coupling Type DC, AC, Noise Reject, HF Reject, LF Reject

Trigger Sensitivity

(Edge Trigger Type) DC(CH1,CH2):

1div from DC to 10MHz; 1.5div from 10MHz to 100MHz; 2div from 100MHz to Full;

DC(EXT):

200mV from DC to 100MHz; 350mV from 100MHz to 200MHz;

DC(EXT/5):

1V from DC to 100MHz;1.75V from 100MHz to 200MHz;

AC: Attenuates signals below 10Hz;

HF Reject: Attenuates signals above 80kHz;

LF Reject: Same as the DC-coupled limits for frequencies above 150kHz; attenuates signals below 150kHz

Trigger Level Range CH1/CH2: 8 divisions from center of screen;

EXT: 1.2V;

EXT/5:6V

Trigger Level Accuracy( typical)Accuracy is for signals having rise and fall times =20ns CH1/CH2: 0.2div volts/div within 4 divisions from center of screen;

EXT: (6% of setting + 40mV);

EXT/5: (6% of setting + 200mV);

Set Level to 50%(typical) Operates with input signals =50Hz

Video Trigger

Video Trigger Type CH1, CH2: Peak-to-peak amplitude of 2 divisions;

EXT: 400mV;

EXT/5: 2V

Signal Formats and Field Rates, Video Trigger Type Supports NTSC, PAL and SECAM broadcast systems for any field or any line

Holdoff Range 100ns ~ 10s

Pulse Width Trigger

Pulse Width Trigger Mode Trigger when (< , >, = , or ?); Positive pulse or Negative pulse

Pulse Width Trigger Point Equal: The oscilloscope triggers when the trailing edge of the pulse crosses the trigger level.

Not Equal: If the pulse is narrower than the specified width, the trigger point is the trailing edge. Otherwise, the oscilloscope triggers when a pulse continues longer than the time specified as the Pulse Width.

Less than: The trigger point is the trailing edge.

Greater than (also called overtime trigger): The oscilloscope triggers when a pulse continues longer than the time specified as the Pulse Width

Pulse Width Range 20ns ~ 10s

Slope Trigger

Slope Trigger Mode Trigger when (< , > , = , or ? ); Positive slope or Negative slope

Slope Trigger Point Equal: The oscilloscope triggers when the waveform slope is equal to the set slope.

Not Equal: The oscilloscope triggers when the waveform slope is not equal to the set slope.

Less than: The oscilloscope triggers when the waveform slope is less than the set slope.

Greater than: The oscilloscope triggers when the waveform slope is greater than the set slope.

Time Range 20ns ~ 10s

Overtime Trigger

Over Time Mode Rising edge or Falling edge

Time Range 20ns ~ 10s

Alternative Trigger

Trigger on CH1 Internal Trigger: Edge, Pulse Width, Video, Slope

Trigger on CH2 Internal Trigger: Edge, Pulse Width, Video, Slope

Trigger Frequency Counter

Readout Resolution 6 digits

Accuracy (typical) 30ppm (including all frequency reference errors and 1 count errors)

Frequency Range AC coupled, from 4Hz minimum to rated bandwidth

Signal Source Pulse Width or Edge Trigger modes: all available trigger sources

The Frequency Counter measures trigger source at all times, including when the oscilloscope acquisition pauses due to changes in the run status, or acquisition of a single shot event has completed.

Pulse Width Trigger mode: The oscilloscope counts pulses of significant magnitude inside the 1s measurement window that qualify as triggerable events, such as narrow pulses in a PWM pulse train if set to < mode and the width is set to a relatively small time.

Edge Trigger mode: The oscilloscope counts all edges of sufficient magnitude and correct polarity.

Video Trigger mode: The Frequency Counter does not work.

Measure

Cursor Measurement Voltage difference between cursors: ?V

Time difference between cursors: ?T

Reciprocal of ?T in Hertz (1/?T)

Auto Measuerment Frequency, Period, Mean, Pk-Pk, Cycli RMS, Minimum, Maximum, Rise time, Fall Time,

+Pulse Width, -Pulse Width, Delay1-2Rise, Delay1-2Fall, +Duty, -Duty, Vbase, Vtop, Vmid,

Vamp, Overshoot, Preshoot, Preiod Mean, Preiod RMS, FOVShoot, RPREShoot, BWIDTH,

FRF, FFR, LRR, LRF, LFR, LFF

Signal Source Mode

Waveform Impedance DC-25MHz

Sample Rate 200MHzDDS

Output Waveform Arbitrary wave/square wave/sine wave/triangle wave/trapezoidal wave/pulse wave/DC

Frequency Resolution 0.1%

Waveform Depth 2KSa

Vertical Resolution 12bit

Frequency Stability <30ppm

Waveform Range -3.5V~+3.5V

Output Impedance 50O

Output Current 50mA Ipeak=100mA

System BW 25M

Harmonic Distortion -50dBc(1KHz),-40dBc(10KHz)

General Features

Display

Display Type 7 inch 64K color TFT (diagonal liquid crystal)

Display Resolution 800 horizontal by 480 vertical pixels

Display Contrast Adjustable (16 gears) with the progress bar

Probe Compensator Output

Output Voltage( typical) About 5Vpp into =1MO load

Frequency(typical) 1kHz

Power Supply

Supply Voltage 100-120VACRMS(10%), 45Hz to 440Hz, CAT?

120-240VACRMS(10%), 45Hz to 66Hz, CAT?

Power Consumption <30W

Fuse 2A, T rating, 250V

Environmental

Temperature Operating: 32? to 122? (0? to 50?);

Nonoperating: -40? to 159.8? (-40? to +71?)

Cooling Method Convection

Humidity +104? or below (+40? or below): =90% relative humidity;

106? to 122? (+41? to 50?): =60% relative humidity

Altitude Operating: Below 3,000m (10,000 feet);

Nonoperaring: Below 15,000m(50,000 feet)

Mechanical

Size Length 385mm, Width 200mm, Height 245mm

Weight 3.5KG(with Packing); 2.08KG(without Packing)

Package List:

1 x Digital Storage Oscilloscope

2 x Probes

1 x Oscilloscope Power line

1 x Hantek data CD

1 x USB line

1 x Manufacturer Certificate

TL866II PLUS Programmer can use for items list:

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Programmer Overview

1.1 Performance Introduction

Carefully built low-cost professional programmer, high-density chip production process, a

unified user interface, easy to use, functional integrity, application software, reliable

operation, code small, faster execution. supported operating system:

WINXP WIN2003 WIN2008 VISTA WIN7 WIN8 WIN10 32-bit or 64-bit operating system

? The programming speed is greatly improved. It is suitable for small batch production and supports 4 programmers for one computer.

? A wide range of chip support, the initial version supports the chip 15000+, supports a variety of 24 25 26 27 28 29 37 39 49 50 series of serial and parallel memory chips, microcontroller 51 series, ATMEL AVR ATMEGA AT90 series, MICROCHIP PIC10 PIC12 PIC16 PIC18 series microcontroller , GAL programmable logic device programming, SRAM test, 54/74 and CMOS4000 integrated circuit integrated functional test.

Support NAND Flash chip, the function is complete and comprehensive, the capacity supports to 8Gbits.

25 series Nor Flash capacity support to 512Mbits.

? Pin contact check function, poor contact pin can pinpoint

? Ultra-low power consumption: the entire programmer uses ultra-low-power chips, using USB interface, the first truly all chip programming

without external power integrated programmer. Portable performance super: the world's smallest volume, size 10CM * 6CM * 2.5CM, only the size of the driver's license.

? Programmable VCC from 1.8V to 6.5V, VPP from 1.8V to 18V chip

? Chip serial number secondary development functions: Programmer built a variety of commonly used automatic numbering function. And can use a custom algorithm to achieve any sequence number through DLL dynamic library. This feature allows you to produce

a unique identification info rmation for each chip in mass production. The logo can also be encrypted with a custom algorithm to more effectively protect your product's rights.

? Universal serial programming interface ICSP (to support both high-voltage parallel programming and low-volt age serial programming). Note: ICSP now supports 24-Series 25 Series 93 Series Serial Integrated Circuits, ATMEL89S51,52, AVR ATMEGAxxx Full

Series, and MICROCHIP PIC10Fxxx 12Fxxx 16Fxxx 18Fxxx Full Series, and the new series of SYNCMOS SM59Dxx SM59Rxx fu ll range chips for in-circuit serial programming.

? Powerful 54 / 74F / LS / HC CMOS4000 Series Integrated Functionality Tests: The First Development Programmer to Test Common Logic ICs True, Test Errors Locating Logic Gate Circuits, Test Arbitrary Possible input combinations.

1.2 Programmer chip support range

? Variety of 26 27 28 29 37 39 49 50 series of parallel ROM, EPROM, EEPROM

Fast, full support. Support TSOP32 TSOP40 TSOP48 chips to 64MBits, will join the TSOP56 pin support.

(TL866II programming voltage VPP only supports up to 18V, for early 27C series ROM, the

chip with 21V 25V VPP voltage no longer supports writing, but can be read. If it is used,

the VPP with the same type of programming voltage can be used as 13V or 12V chip replacement, for example: 27C32 21V or 13V Vpp chip,Pay attention to the VPP voltage)

? 24 25 35 45 85 93 95 Series Serial EEPROM

Serial Series Chip Support Full, Supports Chip Capacity 25 Series 8 or 16PIN to 512MBits (64M Bytes)

? NAND FLASH chip supports up to 8Gbits

? MCU series, hundreds of models of 51 series of microcomputer

? AVR microcontroller package scratch ATMEGA series ATtiny series AT90XXX series of microcontrollers, all AVR ATMEGAxxx chip also supports the ICSP interface for SPI serial download programming. Support AVR one-to-one soft-key with RC correction byte.

? MICROCHIP PIC10 PIC12 PIC16 PIC18 Series Microcontroller:

PIC series of more than 300 models, more than 900 package chip support, currently supports

one of the most complete PIC chip integrated programmer. For vario

us types of PIC monolithic, in strict accordance with the manufacturer's manual requirements, the optimal programming, programming speed is excellent. The vast majority of chips support both ISCP online programming and programming through programming sockets.

? GAL programmable logic device programming

? SRAM test

Support for common 24 61 62 DS12 series SRAM test, respectively, to data line testing,

address line testing, memory unit incremental testing and unit testing.

? Super performance 54 / 74F / LS / HC CMO

S4000 series integrated circuit integrated

Function test:

The first development-type programmer to really test common logic ICs to test for errors

that can be located to logic gates, and to test any possible combinations of inputs in an integrated circuit when testing.

Package In clude:

a. TL866CS programador con el paquete 1 pcs

b. Connect the USB cable 1 pcs

c. Softerware CD 1 pcs

24 Universal Adapter Package Contents

1. 1.8 V Adpater 1 pcs

2. TSSOP28 Adpater 1 pcs

3. TSOP32/40/48-DIP40 NAND Socket 0.5mm Adapter

4. SOIC8 SOP8 IC Flash clip 1 pcs

5. SOP44/PSOP44 Adpater 1 pcs

6. TSOP32/40/48 placa base 1 pcs

7. SOP56-DIP48 adpater 1 pcs

8. TSOP32/40/48 tablero superior de soldadura 1 pcs

9. TSOP48 adaptador 2in 1 base 1 pcs

10. TSOP40 (A) Bit placa Base 1 pcs

11. TSOP40 (B) 16bit placa base 1 pcs

12. TSOP32/40/48 tablero superior de soldadura 1 pcs

13. Adaptador 300mil SOP28-DIP28 1 pcs

14. SOP20-DIP20 Adaptador 200-208mil 1 pcs

15. SOP8-DIP8 200-208mil adpater 1 pcs

16. Adaptador 150mil SOP16-DIP16 1 pcs

17. Adaptador 150mil SOP8-DIP8 1 pcs

18. Adaptador PLCC44-DIP40 1 pcs

19. PLCC32-DIP32 1 pcs

20. Adaptador PLCC28-DIP24 1 pcs

21. Adaptador PLCC20-DIP20 1 pcs

22. SOP16/SOP14/SOP8-DIP8 adpater

23. SOP8/MSOP8/SSOP8/SOP16-DIP16 simple adaptador 1 pcs

24. Adaptador SOP8-DIP8 simples 1 pcs

25. PLCC IC Extractor 1 pcs

TKDMR TV-160 Generation of LVDS Turn VGA Converter With The Display LCD/LED TV Motherboard Tester Mainboard Tool

Manual of Sixth-Generation LVDS-VGA Converter (Attached with device)

Thanks for choosing Sixth-Generation LVDS-VGA Converter (Display screen version)

developed by TD Please read this manual carefully before using. During LCTV

maintenance and production, the mainboard is required to be connected to a screen for testing;

however, due to miscellaneous mainboard specifications, various screens are required for

maintenance or production. In this case, this converted is developed to reduce the pressure of

manually installed screen and prevent the screen damage caused by the output signal of mainboard

fault which leads to tremendous loss. Taking this into consideration, this converter is able to

display LVDS from the mainboard directly or convert it into VGA for output. Besides, it is able to

be connected to a displayscreen for maintenance and commissioning.

To test the motherboard than 32 LVDS signals, comes with display. After the host first powered on, and then use the original machine screen line, then the corresponding adapter plate, in the case of a short circuit board did not give the board power adapter plate lights, and then inserted into the adapter plate converter on the host, this time will be able to host the display shows the image output board.

I. Characteristics of this conversion board

1. Furnished with 4.3" display screen, it is able to display LVDS image directly from the

mainboard, supporting external VGA.

2. It supports LVDS signal with various resolution ratios (60Hz, 120Hz and 240Hz) of single or

dual shielded wire.

3. It outputs uniform VGA signal (1280*720/60HZ) which is able to be connected to various

display, supporting CRT, liquid crystal and TV display (favorable compatibility).

4. The input interface features anti-static design with better anti-static capacity.

5. Convenient conversion among various LVDS formats.

6. Wide power input design, with 5V-12V adapter.

II. Packing list and standard accessories

Note standard accessories only include two normal shielded wire conversion boards, one

for two-interface with high definition and other for four-interface with standard definition. These

two conversion boards are compatible with most shielded wires on the market. Additional FFC,

special sanxing interface and another three mainboards are optional as shown below:

III. Select a conversion board (Please log in http://www.aliexpress.com/store/1937268 to inquire and purchase)

Note these three shielded wire conversion boards are not standard accessories, but they can be

purchased. The difference is that sanxing standard-definition conversion board with two

interfaces is thicker than the interface of configured standard-definition conversion board. The

other two FFC interfaces aim at conversion board with partial screen body being customized with

FFC interface. They have the same sequences with two standard conversion boards, but the

interface is FFC. The usage is shown at the back of manual.

IV. Functions about host of converter

Description of input mode conversion

Definition of LVDS input interface

Description of input mode conversion

This converter supports complete LVDS formats and supports conversion of various

resolution ratio input (6bit, 8bit, 10bit) into VGA signal (1280*720/60HZ), with favorable

compatibility with various displays. Conversion of LVDS signal formats is realized by pressing

the mode button circularly.

Parameter table of resolution and format of converter

No. Resolution LVDS format No. Resolution LVDS format

1 800*600 VASA, JEIDA 8 1280*720 VASA, JEIDA

2 1024*600 VASA, JEIDA 9 1600*900 VASA, JEIDA

3 1280*800 VASA, JEIDA 10 1400*1050 VASA, JEIDA

4 1280*1024 VASA, JEIDA 11 1680*1050 VASA, JEIDA

5 1366*768 VASA, JEIDA 12 1600*1200 VASA, JEIDA

6 1024*768 VASA, JEIDA 13 1920*1200 VASA, JEIDA

7 1440*900 VASA, JEIDA 14 1920*1080 VASA, JEIDA

1. It is prohibited to insert a shielded wire conversion board into a converter first. Instead, it

should be connected to a TV mainboard directly before switching on the TV mainboard. This

operation easily leads to shielded wire insertion fault and component damage. Please operate it

based on the following steps

2. Do not insert a shielded wire into a converter first. Instead, please insert the original shielded

wire of a TV mainboard into the converter. During insertion, LVDS signal wire sequence should

be aligned. After switching on the TV mainboard, the small board indicator light is on, indicating

that the termination of the shielded wire (wire sequence) is correct. Then insert the converter. It is

prohibited to insert the converter inside if the small indicator light is off; otherwise, the converter

might be damaged caused by the screen power supply entering LVDS input pin.

3. Generally, the single-route LVDS signal is able to be connected 0~3 (connection of group wire

4 is not necessary) in Group A and clock input by selecting LVDS wire. It is possible to connect 5

pairs of LVDS wire input. LVDS signal of Group A is able to support the resolution ratio up to

1366*768. LVDS with two- or four-route is able to be connected to this group only.

4. The LVDS input rule of this converter follows PCB wiring rule of LCD TV produced by

Skyworth, which conforms to standard of LVDS format in the industry of color TV.

5. This converter adopts wide power supply at 5V-12V (1A) and supports portable power source at

5V/1A, so its convenient to carry for test.

6. Attention: LVDS input end of this converter should not have the screen power connected to any

pin of the LVDS input end; otherwise, it might damage the main chip of the converter. The main

chip damage incurred by this falls beyond the guarantee scope.

V. Schematic diagram of converter connection

Manual of Shielded Wire Conversion Board of Sixth-Generation LVDS-VGA Converter

During mainboard maintenance or commissioning, the original TV shielded wire might not

match this LVDS-VGA converter input interface. This issue is able to be solved by the shielded

wire conversion board. The high definition interface of the shielded conversion board adopts

original imported interface, featuring long service life. The conversion board is sold as an

accessory of the LVDS-VGA converter. Refer to the following drawing description for the

shielded wire conversion board.

Diagram of usage of shielded wire conversion board

Step 1 Do not insert the conversion board into the converter. Instead, insert the original shielded

wire of TV mainboard into the corresponding shielded wire interface in the conversion board.

Note: the corresponding interface is based on the twisted-pair position of the shielded wire and the

position of small board LVDS paired wire, i.e. insert it correspondingly. Different shielded wire

should be inserted into different interfaces.

Step 2 Use one hand to press LVDS flat socket tightly and use the other to clench both ends of the

shielded wire to insert it in. The figure above is the high definition shielded wire interface. The

standard definition shielded wire interface follow the such insertion method. (Note: operation of

five small boards are basically identical. During connection, attention should be paid to the wire

sequence. Align the power supply before aligning the twisted-pair LVDS wire of a shielded wire and the paired signal wire of a small board.)

Step 3 Supply power to the TV mainboard. With a correct connection of a shielded wire, the indicator on

the small conversion board will be on; otherwise, it means connection of the shielded wire is

incorrect or the mainboard is not switched on. (Note: please inspect whether the mainboard screen

power supply (5 V/12 V) enters the right output pin; if it is, it will lead to a converter damage.

About an unfamiliar mainboard, a multi-meter should be used to inspect whether the contact pin

enters the screen power supply 5V/12V)

Step 4 It is able to be inserted (its front faces upwards) into the input base of LVDS ?VGA only if the

indicator on the shielded wire converter is on.

Step 5 After connection, if the mainboard of TV is normal, the display or external display on converter

will display the image of mainboard of TV.

If there is no image, check if the shielded wire is connected well or if any damage of mainboard.

In case of a blurred image, press the mode conversion button repeatedly to convert to various

modes till the image is normal.

To facilitate the mainboard testing on site, a portable power source is able to be used to supply

power to the converter. It is actually measured that Mi 10400 power (portable power from other

brand is able to be selected) is able to supply power to this converter for 15 hours, fully

conforming to testing requirements

Precautions of using converter

1. Please follow aforementioned operations strictly.

2. Firstly connect a mainboard with the shielded wire conversion board, with attention paid to the

wire sequence. Then switch on the TV mainboard, if the indicator on the shielded conversion

board is on, it means connection between the mainboard and the shielded wire board is correct;

otherwise, it should be re-inspected

3. With correct connection between the shielded wire conversion board and the mainboard, insert

the shielded wire conversion board (front faces upwards) into the LVDS converter (refer to the

figure above) before putting the TV mainboard and the converter to switching on status.

4. In case of a blurred image, press the mode conversion button repeatedly to convert to various

modes till the image is normal.

5. This converter supports various LVDS formats (60Hz, 120Hz and 240Hz). About a mainboard

with two shielded wire, one wire alone is required to be connected to the high definition

conversion board instead of both wires. Besides, it is able to convert required image.

6. Please follow aforementioned operations strictly!

Accessories

Standard accessories include two conversion boards, one for two-interface with high definition

and other for four-interface with standard definition. These two conversion boards are compatible

with interface of 32and 58 display screen.

SA636 Adapter for XELTEK SuperPro 610P 611S

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Supports all 24C02 programmers to read and write

2015 the latest design base without the need to replace the plug can burn to write LCD LED code ( Note : do not support Chi Mei screen)

Now many brands of notebooks for the same type of screen after the black screen and so on, almost all of the code to replace

To this end, we specially designed to read and write a piece of code on the computer tool to facilitate the maintenance staff to improve work efficiency

The screen is almost all 24C02 so as long as you are a programmer to support 24C02, then on behalf of the screen can be used on your programmer

For T809H, you need to reset it:

Features:

Measuring range : -50~360? (-58~680?)

Accuracy : 1.5? / 1.5%

Resolution : 0.1? or 0.1?

Distance spot ratio : 12 : 1

Emissivity : 0.95 (fixed)

?/? unit selectable

Auto power off & Data Hold

Laser ON/OFF selectable

backlight ON/OFF selectable

Red Laser Power : less than 0.5 MW

Power supply : 2 x 1.5V AAA battery (Not included.)

Product Dimension : 140 x 85 x 35mm (L x W x H)

Package includes :

1x GS320 Infrared Thermometer

1 x User Manual

New For AK90+ Key Programmer Adapter and 10Pin Cable Set

Works together with For AK90+ key programmer.

Package List:

1pc x For AK90+ 10 Pin Cable

1pc x For AK90+ Chip data to read specific seat

Hantek 6212BE Automotive Oscilloscope 2Channels 200MHz 250MSa/s USB PC Based Digital Storage Oscilloscope Virtual Oscilloscope Logic Analyzer Diagnostic Tool

Hantek 6212BE 2CH USB PC Digital Storage Oscilloscope Virtual Oscilloscope 200MHz 250MS/s Diagnostic Tool

Login to Download: * User Manual Buy Probe Accessories

Features:

Excellent industrial design-the same anodisedaluminium casing as iPad,

which is not only beautiful and tasteful but also greatly enhanced the hardness of aluminum alloy surface, and has good heat resistance and strong wearability.

Standard USBXI TM interface, easily inserts into USBXI TM housing to make up a combination instrument.

USB2.0 interface, no external power source required, easy to use.

Be suitable for notebook computer, product line maintenance,be used easily on business.

Dimensions (mm):190(L) x100(W) x35(H), be carried easily.

High performance, 250MS/s real-time sampling, 200MHz Bandwidth.

Operating System: Windows 7, Windows NT, Windows 2000, Windows XP,VISTA.

23 measurement functions, PASS/FAIL Check, be suitable for technical application.

Waveform average, persistence, intensity,invert,addition, subtraction, multiplication, division,X-Y plot.

Save waveform in the following: text file, jpg/bmp graphic file, MS excel/word file.

FFT

One computer can connect many DSO, extend channel easily.

LabviewVBVCDelphiC++Builder Second Design instance.

16CH + 2CH oscilloscope logic analyzer

48MS / s sampling rate, 1M / CH memory depth

USBXITM standard interface to facilitate insertion USBXITM chassis, consisting of a combination of instruments

USB2.0 interface, no external power source, similar to a desktop oscilloscope interface, easy to use

More suitable for notebooks, production line maintenance, be used easily on business

Small size (mm): 200 (L) x100 (W) x35 (H), easy to carry

High refresh rate, high sampling rate, 48MSa / s real-time sampling

Software Support: Windows 7, Windows NT, Windows XP, VISTA

More than 20 kinds of automatic measurement functions

Intensity, invert, addition, subtraction, multiplication, division, X-Y display

Waveform data can be time and voltage output to EXCEL, BMP, JPG

FFT spectrum analysis

A computer can connect many DSO, extend channel easily

Provide secondary development VB, VC, Labview

Parameters:

Max. sample rate

Real-time sampling:

250MSa/s using one channel(Hantek6102BE)

250MSa/s using one channel(Hantek6212BE)

Channels

2

Bandwidth

100 MHz analog bandwidth(Hantek6102BE)

200 MHz analog bandwidth(Hantek6212BE)

Vertical Resolution

8 bits/channel (Hantek6102BE)

9 bits/channel (Hantek6212BE)

Gain range

Hantek6102BE

10mV ~5V/div @ x1 probe(1,2,5 sequence)

100mV ~ 50V/div @ x10 probe

1V ~ 500V/div @ x100 probe

10V ~ 5KV/div @ x1000 probe

Hantek6212BE

10mV ~10V/div @ x1 probe(1,2,5 sequence)

100mV ~100V/div @ x10 probe

1V ~ 1000V/div @ x100 probe

10V ~ 10KV/div @ x1000 probe

Range

8 divisions

Offset level

+/-4 divisions

Coupling

AC, DC,GND

Offset increments

0.02 div

Impedance

1M ohm

DC accuracy

+/-3%

Input protection

35Vpk (DC + peak AC < 10 kHz, without external attenuation)

Display Mode

Y-T, X-Y and Roll

Timebase

Timebase range

Hantek6102BE

4ns/div-1h/div(1-2-4 sequence)

Hantek6212BE

2ns/div-1h/div(1-2-4 sequence)

Acquisition mode

Hantek6102BE

Real-time sampling: 4ns/div-400ms/div.

Roll mode: 1s/div-1h/div

Hantek6212BE

Equivalent sampling: 2ns/div ~ 4us/div

Real-time sampling: 10us/div ~ 400ms/div

Roll mode: 1s/div ~ 1h/div

Range

10 divisions

Buffer Size

10K ~ 1M

Trigger

Type

Hantek6102BE

Edge trigger

Hantek6212BE

Edge trigger, Pulse Trigger

Mode

Auto, Normal and Single

Package Content:

1*Hantek 6212BE Host

1*User Manual

RT-SOT8-A Adapter Cable 8Pin

Use Tutorials Video: * Check

The disadvantage of this test indicates that some models cannot be tested when the resolution of this tester is above 3K. Ltn133yl02 / 03 / 04 / 05 / 06 can not be tested normally, so only self-test line can be used. Other LCDs with resolution above 3K do not promise to test normally. The resolution below 3K is no problem.

1. This EDP tester has intelligent screen parameter configuration function, 6-bit screen uses 01, 8-bit screen uses 02. In general, the screen with 1920 * 1080 resolution and above uses 02, and the screen with 1920 * 1080 resolution and below uses 01. When you don't know the resolution, you can try 02 first. In all EDP screens, about 10% of the screens can not match the intelligent screen parameters, so it is necessary to use the accurate screen parameter number.

2. For the configuration of accurate screen reference number, first search the LCD screen model to be tested in Baidu to determine the screen type and resolution. Then query the corresponding number. Each resolution is divided into 6-digit and 8-digit, with a total of 6 numbers. It is generally recommended to use 8-digit screen reference number first.

3 EDP screen is usually 30 pins with 0.5 spacing. The standard line of the screen tester can measure 80% EDP screen with 1920 * 1080 resolution and below, which is different from LVDS screen. The screen with 2K resolution or above and the screen line with standard configuration can not be tested normally needs to be made by hand, and the LCD screen needs to be provided at the same time. Generally, it is connected to ports a, C and D of the tester. When the screen is bright, but the screen is flashing or black, port B, C and D are used. If some manual lines do not have port C, only port B and D are needed. The standard line of EDP screen whose screen model starts with vvx can't be applied, so it must be done manually again. Au screen containing b116htn, b133htn, b140htn and b156htn can be normally displayed with B, C and D. Qimei's n133hse-ea3 / EB3 can be displayed normally only with B, C and D.

4. If a, C, D or B, C, D glass signal image display is normal but the backlight is not bright, it means that the screen does not have its own backlight boost module, and it needs to do the screen connecting line and external constant current board manually.