AK28PLCC-PGA - Accutek Microcircuit Corporation

DESCRIPTION

The Accutek family of AccuPGA Adapter Modules are designed to

permit the soldering of surface mount PLCC devices into a standard

PGA through-hole PC board. These AccuPGA modules are a pin

compatible drop in replacement for end-of-life PGA devices. Stan-

dard pin counts include 28, 32, 44, 52, 68, 84 and 100 pins. Can ac-

commodate square and rectangular PLCCs with 0.050” lead pitch

and sizes from 0.600” to 1.500”. They feature 0.018” diameter ma-

chined pins with integral standoffs. Plating options are tin, solder or

gold pins.

AccuPGAs were developed for users with motherboard designs

that require PGA’s, now obsoleted by manufacturers. These

adapter modules are designed for soldering directly into a

through-hole PC board and save costly motherboard redesigns.

AccuPGA Adapter Modules are fully assembled and tested.

AccuPGAs can be manufactured turnkey or from customer supplied

surface mount chips.

Custom multi-chip and double sided configurations are also avail-

able for special functions.

Features

·Saves costly redesign of current motherboards

·Fully tested with life time limited warranty

·Standard pin counts include 28, 32, 44, 52, 68, 84 and 100

·Tin, solder or gold plated pins available

·0.018” diameter machined PGA pins with integral standoffs,

custom sizes available

·IC assembly and testing available

·EPROM and Flash programming available

·Custom multi-chip and double-sided modules available

AccuPGA Adapter Modules

Accutek

Microcircuit

Corporation

ACCUTEK MICROCIRCUIT CORPORATION

BUSINESS CENTER at NEWBURYPORT

2 NEW PASTURE ROAD, SUITE 1

NEWBURYPORT, MA 01950-4054

PHONE: 978-465-6200 FAX: 978-462-3396

E-Mail: accutek@seacoast.com

Internet: www.accutekmicro.com

Accutek Reserves the right to make changes in specifications at any time and without

notice. Accutek does not assume any responsibility for the use of any circuitry de-

scribed; no circuit patent licenses are implied. Preliminary data sheets contain mini-

mum and maximum limits based upon design objectives, which are subject to change

upon full characterization over the specific operating conditions.