Dediprog Technology Co Ltd
Dediprog SF100 2,54 mm 2x4 ISP-Kabel
Dediprog SF100 2,54 mm 2x4 ISP-Kabel
SKU: ISP1-CB
Verfügbarkeit für Abholungen konnte nicht geladen werden
Key Features
Overview
SF100 In-System Programming Cable
The Dediprog ISP1-CB cable is an essential accessory for the Dediprog SF100 SPI NOR Flash Programmer, enabling direct connection to 2x4 2.54mm ISP pin headers on target boards. This specialised cable facilitates in-circuit programming of SPI flash memory devices without requiring chip removal.
Professional-Grade Connection Solution
Featuring a robust flat cable design with precision-manufactured connectors, the ISP1-CB delivers reliable signal integrity for critical programming operations. The cable connects the SF100 programmer's 2x7 header to standard 2x4 ISP headers found on development boards and production PCBs. With proper 2.54mm pitch spacing, it ensures secure mechanical connection and excellent electrical contact.
Standard Pinout Compatibility
The cable implements the industry-standard SPI programming pinout: VCC, GND, CS (Chip Select), CLK (Clock), MISO (Master In Slave Out), MOSI (Master Out Slave In), VPP/ACC, and I/O3. This configuration supports programming of various SPI NOR flash devices from manufacturers including Winbond, Micron, ISSI, and others.
Essential for production environments where frequent connections are required, this cable should be periodically replaced to maintain optimal contact reliability and programming success rates.
Why Engineers Choose The Dediprog SF100 2,54 mm 2x4 ISP-Kabel
Essential SF100 Accessory
Production Line Efficiency
Reliable Programming Connection
Das Dediprog ISP1-CB-Kabel wird verwendet, um den ISP SF100-Programmierer mit dem 2x4 2,54-mm-ISP-Pin-Header an Bord zu verbinden und bietet die Möglichkeit, den Serial-Flash-Inhalt direkt zu aktualisieren.
| General Information | |
|---|---|
Part Number (SKU) |
ISP1-CB
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Manufacturer |
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| Physical and Mechanical | |
Weight |
0.1 kg
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| Other | |
Warranty |
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HS Code Customs Tariff code
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EAN |
5055383604845
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Frequently Asked Questions
Have a Question?
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Does the ISP1-CB cable provide power to the target board?
The cable can supply VCC to power the SPI flash device, but the target application must be designed to support ISP programming mode. Some boards require external power or specific configuration for successful programming.
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What types of SPI flash devices can be programmed using the ISP1-CB cable?
The cable supports programming of various SPI NOR flash devices from manufacturers including Winbond, Micron, ISSI, PMC, and others that are compatible with the SF100 programmer, ranging from 1Mb to 256Mb densities.
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Can the ISP1-CB cable be used with other programmers besides the SF100?
Whilst the ISP1-CB is optimised for the SF100, it may work with other programmers that have compatible pinout and voltage levels. However, Dediprog recommends using manufacturer-specified cables to ensure proper operation and avoid potential damage.
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How often should the ISP1-CB cable be replaced in production environments?
In high-volume production environments with frequent connections, the ISP1-CB cable should be replaced periodically to ensure reliable contact with target board signals. Monitor programming success rates and replace if consistent failures occur.
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What is the pinout configuration of the ISP1-CB cable?
The cable features an 8-pin 2x4 configuration with the following pinout: Pin 1 (VCC), Pin 2 (GND), Pin 3 (CS), Pin 4 (CLK), Pin 5 (MISO), Pin 6 (MOSI), Pin 7 (VPP/ACC), and Pin 8 (I/O3), following standard SPI programming conventions.
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Which Dediprog programmers is the ISP1-CB cable compatible with?
The ISP1-CB cable is specifically designed for the SF100 SPI flash programmer. It connects to the SF100's 2x7 2.54mm header. For SF600 programmers, you would need the ISP-600-CB1-G cable instead.
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What is the ISP1-CB cable used for?
The ISP1-CB cable connects the Dediprog SF100 SPI flash programmer to 2x4 2.54mm ISP pin headers on target boards, enabling in-circuit programming of SPI NOR flash memory devices without removing the chip from the PCB.