Certified IPC Solder Training, Rework and More!

IPC 7711 7721

7711/7721 CIS Rework and Repair

IPC-7711/7721 Certified Application Specialist (CIS) – Popular Config

Rework and repair of electronic assemblies. This 4-day course utilizes lecture and practical application to convey the rework skills. Students will remove and replace most common TH and SMT components including DIP rework, chip component rework, SOT & SOIC rework, and QFP & PLCC rework as well as barrel, track & pad repair. boards. In the 7721 portion, the student will repair damaged plated thru holes and reestablish the electrical interconnections, repair lifted SMT pads, repair burned and damaged laminate material, perform an undercut, and complete the repair with two part epoxy. This is IPC’s most comprehensive hands-on training program where students are evaluated on both lab and course work.

There are 2 other modules that are part of the entire 7711/7721 program that are not covered in this particular version. We can customize and add or subtract modules for onsite training sessions. If you need a module that is not covered in one of our standard programs please call or email so we can discuss the options.

After the candidate has successfully passed the Common Procedures module any of the remaining 8 modules may be taught in any order. The successful student will be issued an official IPC certification on the completed modules good for two years from the date of completion. Details on individual modules follow:

Featured Video: IPC-7711 Overview

Taking classes at CTI will provide you with valuable techniques that make your job easier. Below is a sample of the tools and techniques learned in the IPC-7711 course.

Module 3

Through-Hole Rework

4 Hours
This module covers the various ways to install and remove PTH type components. Students are graded on the IPC Class 3 criteria on installations of various axial and radial leaded devices using conductive applications. The student will watch the IPC video VT-41, Through Hole Rework, instructed on proper stress relief bends and the proper use of vacuum extraction handpieces. The student will also have the opportunity to use a solder flow fountain to remove and install multi-leaded PTH devices. Lastly the student will be instructed in the workmanship standards associated with PTH configurations.

Module 4

SMT Chip Component and MELF Installation and Removal

This module instructs the student on various ways to install SMT chips and MELF using both conductive and convective techniques. Students install components ranging from 1206’s down to 0402’s. Students remove components using various conductive tips and focused hot air. Appropriate workmanship standards are reviewed and students must install and remove components to the IPC Class 3 criteria. Pad releveling and tinning is also covered.

Module 5

SMT SOT’s and SOIC’s installation and removal

This module covers various procedures for the installation of small outline transistors and small outline integrated circuits utilizing both conductive and convective techniques. Students will also discuss component polarity and orientation issues associated with multi-leaded SMT devices. Surface mount land preparation is also discussed. Workmanship standards for gull wing devices are presented and the student must install and remove devices to the IPC Class 3 criteria.

Module 6

SMT PLCC’s and QFP’s

This module covers the various procedures for installing and removing surface mount J-leaded devices (Plastic Leaded Chip Carriers) and Quad Flat Packs. Device pitch ranges from 50 mils down to 20 mils. Students will use both conductive (point-to-point and drag soldering) and convective (hot-air and solder paste) techniques. Students will also be taught various ways to remove shorts between leads of PLCC’s and QFP’s. Appropriate workmanship standards are reviewed and, again, students are graded to the IPC Class 3 criteria.

Module 7

Printed Circuit Board Repair

In this module the student will be introduced to various methods used to perform repair on PCB’s including replacement of damaged PTH barrels via the use of replacement eyelets and fullelets, replacement of damaged surface mount pads, replacement of damaged circuits (traces), and installation of jumper wires on PCB’s. The student will be introduced to ‘thermo-bond’ (dry-film adhesive backed pads/circuits) technology.

Course Synopsis

Course Synopsis PDF

Our free course overview and schedule will provide insight into the hours and required modules as well as highlight optional certifications within the program. Download the Course Synopsis »

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