Dediprog SF100 ISP Evaluation Kit: Validate In-System Programming

description

SF100 ISP Evaluation Kit

What is In System Programming (ISP) and how does the SF100 work?

In System Programming (ISP) method Description:
Update your SPI Flash soldered on your application board by using our dedicated programmers: SF100. When connected to the application board, the SF100 programmer can control the SPI bus to read or update the Serial Flash content in a very short time.

ISP-Eval-01 Highlights

  • SF100 programmer to update the serial Flash on board x 1
  • ISP Evaluation board: To test and validate the ISP method x 1
  • 1.27mm 2*4 cable: to connect the ISP evaluation board to the application x 1
  • SMT 1.27mm connectors: to solder in place of your application serial Flash x 2
  • Resistors: 100 Ohm for safe SPI isolation trials x 10
  • Resistors: 47 Ohm for tuned SPI isolation trials x 10
  • N MOSFET for SPI and Vcc isolation trials x 10
  • Resistors: 0 Ohm for Vcc short cut x 2
  • Diodes: for Vcc isolation trials x 2
  • Cables with a test clip: to connect the application powers and reset to the ISP evaluation board x 3

Key Specifications

SpecValue
Kit ContentsSF100 programmer x1, ISP Evaluation board x1
Cable1.27mm 2×4 ISP cable
Included ComponentsSMT 1.27mm connectors x2, isolation resistors/MOSFETs/diodes for SPI & Vcc isolation trials
Use CaseTest and validate the ISP method before board design

Files and media

Frequently Asked Questions

1 What is the primary purpose of the Dediprog SF100 ISP Evaluation Kit?

The Dediprog SF100 ISP Evaluation Kit is designed to enable the update of SPI Flash memory that is soldered directly onto an application board. It utilizes the In System Programming (ISP) method, allowing the SF100 programmer to control the SPI bus for reading or updating Serial Flash content efficiently.

2 What components are included in the ISP-Eval-01 kit for testing and validation?

The kit includes an SF100 programmer, an ISP Evaluation board, a 1.27mm 2*4 cable, and SMT 1.27mm connectors. It also provides various resistors (100 Ohm, 47 Ohm, 0 Ohm), N MOSFETs, and diodes for conducting SPI and Vcc isolation trials, along with cables and a test clip for power and reset connections.

3 How does the SF100 programmer interact with an application board for In System Programming?

When connected to an application board, the SF100 programmer takes control of the SPI bus. This allows it to directly read or update the content of the Serial Flash memory that is already soldered onto the board, facilitating in-system updates.

4 What is the main benefit of using this evaluation kit before finalizing a board design?

The primary benefit of the SF100 ISP Evaluation Kit is to test and validate the In System Programming (ISP) method. This allows engineers to confirm the functionality and reliability of the ISP process with their specific application setup before committing to a final board design, thereby reducing potential development risks.

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