(2)Second. Using the repair parts listing, find the functional group to which the repair part belongs and locate the item by description.

b. When NSN or reference is known:

(1)First. Using the index of NSN's and reference numbers, find the pertinent NSN or reference number. This index is in ascending NSN cross-referenced to the illustration figure number and item number.

(2)Second. Using the repair parts listing, find the figure and item number, and locate the figure and item number in the repair parts list.

6.Abbreviations.The abbreviations listed below may appear in this RPSTL:

AC ------------

alternating current

ELEC---------

electrical

ACC --------

accordance

EQUIPM-------

equipment

ACCUR ------

accuracy

F---------------

Fahrenheit

AL-----------

aluminum

FED-----------

Federal

AMP ----------

ampere

FIN-------------

finish

ASSY --------

assembly

 

 

ASTM --------

American Standard

 

 

 

or Testing Materiel

FLG -----------

flange

ATTEN -------

attenuation

FREQ---------

frequency

AWG ----------

American Wire Gage

FSCM----------

Federal supply code

 

 

 

for manufacturer

BAN-----------

banana

BLK------------

black

BR-------------

brass

C--------------

centigrade, calibration, cycles second

CAL ------------

calibrate

CAP---------

capacitance

CD -----------

code

CER -----------

ceramic

COAX -------

coaxial

COMP---------

composition

CONDM---------

conductor

CONN ----------

connector

CONS---------

consisting

CONT--------

continual

COP ----------

copper

COR ----------

corrosion

CPS ----------

cycles per second

CU -------------

cubic

CUR ----------

current

CYL ----------

cylinder

DB -------------

decibel

DBL----------

double

DC ------------

direct current

DEG ------------

degree

DET ----------

detector

DIA -----------

diameter

DIM -------------

dimension

DIV------------

division

DPDT ---------

double pole double throw

DPL------------

deployment

FT--------------

foot

GC-----------

gigacycles

GEN ----------

generator

GHZ ----------

gigahertz

GPM ----------

gallons per minute

GPM ----------

gallons per minute

GRAD --------

graduation

H -------------

high

HD------------

head

HYDR --------

hydraulic

HZ-----------

hertz

ID -------------

inside diameter

IN---------

inch

INCL - ----------

inclusive

K -------------

thousand (prefix)

KC-----------

kilocycles

KG-----------

kilograms

KHZ ----------

kilohertz

KMHZ --------

thousand megahertz

KV------------

kilovolts

LAB -----------

laboratory

LB----------

pounds

LG------------

length

LT----------

light

6

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Tektronix TM506 technical manual Generator

TM506 specifications

The Tektronix TM506 is a highly regarded modular test instrument platform that has been a staple in the field of electronic testing and debugging since its introduction. Designed primarily for laboratory and field applications, the TM506 stands out for its versatility, usability, and the broad range of plug-in modules that enhance its functionality.

At the core of the TM506 is its modular design, allowing users to configure the instrument according to their specific testing needs. This design accommodates various plug-in modules such as oscilloscopes, digitizers, spectrum analyzers, and multimeters, giving the user flexibility to tailor the system to a variety of testing and measurement scenarios. Each module can be easily swapped out or upgraded, making it a long-term investment for engineers and technicians.

One of the main features of the TM506 is its exceptional analog performance. The system supports bandwidths of up to 1 GHz depending on the chosen modules, providing high fidelity in signal observation. Additionally, the TM506 employs advanced triggering capabilities, enabling it to capture transient events and complex signals with precision. This is particularly useful in troubleshooting and analyzing signal integrity in high-speed digital systems.

The TM506 is built with an intuitive user interface that simplifies operation. Large, clear displays allow for easy reading of measurements, and the controls are designed for efficient navigational flow. This thoughtful design minimizes the learning curve for new users while providing seasoned engineers with quick access to parameters.

In terms of connectivity, the TM506 includes multiple input/output options, accommodating both analog and digital signals. Users can integrate the instrument with other test setups, allowing for synchronized measurements across multiple devices. Furthermore, it supports remote operation, enhancing its applicability in automated testing environments.

The TM506 platform is known for its ruggedness and reliability, making it suitable for both lab and outdoor settings. Built to endure challenging conditions, it is a preferred choice for field engineers needing portable and durable testing equipment.

Overall, the Tektronix TM506 represents an essential tool for professionals in electronics testing and design. Its modularity, exceptional performance, and user-friendly interface combine to create a powerful solution for a wide range of electronic measurement challenges. Whether debugging circuits or validating designs, the TM506 remains a trusted choice among engineers seeking quality and adaptability in their test equipment.