HP 3580A - Introduction; Non-Listed Parts; Ordering Information; Proprietary Parts

Model 3580A Section VI
SECTION VI
REPLACEABLE PARTS
6-1. INTRODUCTION.
6-2. This section contains information for ordering replace-
ment parts. Table 6-1 lists parts in alphameric order of their
reference designators and indicates the description, -hp-
part number of each part, together with any applicable
notes, and provides the following:
a. Total quantity used in the instrument (Qty column).
The total quantity of a part is given the first time the part
number appears.
b. Description of the part. (See list of abbreviations
below.)
c. Typical manufacturer of the part in a five-digit code.
(See Appendix. A for list of manufacturers.)
d. Manufacturers part number.
6-3. Miscellaneous parts are listed at the end of Table 6-1.
6-4. ORDERING INFORMATION.
6-5. To obtain replacement parts, address order or inquiry
to your local Hewlett-Packard Field Office. (See Appendix.
B for list of office locations.) Identify parts by their
Hewlett-Packard part numbers. Include instrument model
and serial numbers.
6-6. NON-LISTED PARTS.
6-7. To obtain a part that is not listed, include:
a. Instrument model number.
b. Instrument serial number.
c. Description of the part.
d. Function and location of the part.
6-8. PROPRIETARY PARTS.
6-9. Items marked by a dagger (t) in the reference
designator column are available only for repair and service
of Hewlett-Packard instruments.
ABBREVIATIONS
Ag .•.••••........... , ........ ,, .. silver
Al ........................... aluminum
A .........••.•...•...•..•.... ampere(s)
Au ..............•....••.......•.. gold
C ....•...••.................. capacitor
cer ............................. ceramic
coef ......................... coefficient
com ..........•..•...•...•.•... common
comp .............. composition
conn ........................ connection
dep .......................... deposited
DPOT ........... double-pole double-throw
DPST ............ double-pole single·throw
elect ........................ electrolytic
encap ...................... encapsulated
F ...•.••.••.......••......•••. .farad(s)
FET ................ field effect transistor
fxd .............................. fixed
GaAs .................... gallium arsenide
GHz ............... gigahertz = 1 o+9 hertz
gd .......•••.•....•••........ guard(ed)
Ge ... · ....................... germanium
gnd .•....................... ground(ed)
H ............................ henry(ies)
Hg .....•...................... mercury
A .•....•...................... assembly
B ....•..•.•••..•.•.••••••....... motor
BT ............................. battery
c· ............................ capacitor
CR ....•....•................... diode
DL .•........................ delay line
OS ............................... lamp
E .................... misc electronic part
F ••.••.••••.••••..••....•.•.•.•.• fuse
Hz . , ...... , ..... hertz (cycle(s) per second)
ID ....................... inside diameter
impg ....................... impregnated
incd ....................... .incandescent
ins ........................ insulation(ed)
k!l ................ kilohm(s) = 1o+3 ohms
kHz ................ kilohertz = 1 o+3 hertz
L ............................. inductor
lin .......................... linear taper
log ..................... logarithmic taper
mA .......... milliampere(s) = 10-3 amperes
MHz .............. megahertz= 10+6 hertz
MO ............... megohm(s) - 1o+6 ohms
met flm ....................... metal film
mfr ............ manufacturer
ms .......................... millisecond
~j : : : : : : : : : : : : : : : -~i·lii~~l~(s) ·=· ~~3::~;
µ.F ........................ microfarad(s)
/JS •.•.•.•••••••.••••••..• microsecond(s)
µV ............... microvolt(s) = 1 o-6 volts
my .......................... Mylar@
nA ........... nanoampere(s) = 10-9 amperes
NC ..................... normally closed
Ne ............................... neon
NO .....•................ normally open
N PO ................ negative positive zero
(zero temperature coefficient)
ns ........... nanosecond(s) = 10-9 seconds
nsr .............. not separately replaceable
Q ............................. ohm(s)
obd .................. order by description
OD ..................... outside diameter
p ............•.•.......••••.••... peak
pA ........................ picoampere(s)
pc ............. : ......... printed circuit
pF ............... picofarad(s) 1 o-12 farads
piv ................... peak inverse voltage
p/o ............................ partof
pos ......................... position (s)
poly . . . . . . . . . . . . . . . . . . . . . . . polystyrene
pot ..............•....... potentiometer
p-p ........................ peak-to-peak
ppm .................... parts per million
prec ........ precision (temperature coeffient,
long term stability and/or tolerance)
R ...........••...•........•..... resistor
Rh ............................ rhodium
rms ..................... root-mean-square
rot ............................... rotary
Se ............................ selenium
sect .......................... section (s)
Si .............................. silicon
DECIMAL MULTIPLIERS
Prefix
Symbols
Multiplier
Prefix Symbols Multiplier
tera T
1012
centi
c
10-2
giga
G
109
milli
m
10-3
mega Mor Meg
106
micro µ
10-6
kilo Kor k
103
nano
n
10·
9
hecto h
102
pico
p
10-12
deka
da 10 fem to I
10-15
deci
d
10-1
atto a
10-18
DESIGNATORS
FL ............................... filter 0...... . ................. transistor
HR ............................. heater OCR .................... transistor-diode
IC ..............•...... integrated circuit A .....•................•......• resistor
J .•..•........................... jack RT ......................... thermistor
K .•.............................. relay S . . . . . . . . . . . ............... switch
L ............................. inductor T .......................... transformer
M ...........•.•................ meter TB· ....................... terminal board
MP ..................... mechanical part TC .... , ................... thermocouple
P ................................ plug TP ........................... test point
sl ..•.............•..•............ slide
SPOT ............ single-pole double-throw
SPST ....•......... single-pole single-throw
Ta .•.......................... tantalum
TC ................ temperature coefficient
Ti02 .................... titanium dioxide
tog ............................. toggle
tol ........................... tolerance
trim ............................ trimmer
TSTR ........................ transistor
V ...•.••••••..•....•••••••...... volt(s)
vacw ..... alternating current working voltage
var ............................. variable
vdcw ......... direct current working voltage
W ......••.•..••....•••••.••..• watt(sl
w/ ............................... with
wiv ............... working inverse voltage
w/o ........................... without
ww ......................... wirewound
* ......... optimum value selected at factory,
average value shown (part may be omitted)
** ........ no standard type number assigned
selected or special type
@ Dupont de Nemours
STD-B-2734
TS ........................ terminal strip
U ......•..••••••..•••..•••• microcircuit
V ..••. vacuum tube, neon bulb,photocell, etc.
W .•.•........••••....••••••.•... cable
X ..•............................ socket
XDS .............•..•....... lampholder
XF .................•....... fuseholder
Y •.•..•••.••••••...•..•••••.•.. crystal
Z ............................. network
6-1