Tektronix 2467 Spec Sheet

F,RGM TEKTPCJNIX,

- -

. . .--...

INC. FSD

__.-*. . .

6. 25. 1991

13: 49

p. 2

TEK 1 INTI~OFFICE

TO

FnOM

SU13.K:T

John Martin

Frank

GfDEP permit request

Gray, SO-PAT

In

reeponse to the request to grant perrniasion to

Government Industry Exchange

Tektronix
Tektronix,

of

such documents to any

in the Metrology

operator,

Xnc. hereby

Data Interchange Data Base of
that all copies of the original work
copyright notice and

in the original, together

permit3eionaa

This permission has been approved by the Intellectual

lropsrt Committea OF Tsktronbc,

be prov

ded

‘i

to GIDEP to provide the requested permission.

COMMUNICATION .

94-540

Pro ram

~lervice and

grants such pm-mission

GIDEP

ownership

with

P

nstruction manuals,

user that is a full participant

statement exactly a-& it appears
the Legend "Reproduded with

and a copy or this memo may

(CPDEI?) to reproduce

include the entire

. . .

>n ' t:

Juno 25, 1991

for distribution

GIDEP provided

.

the

geG&d-a

Group Pa&t: Counml

Vertical Deflection System
Display Modes-CH 1, CH 2, CH 3.

CH 4, Add (CH 1 c CH 2), Invert
Cl-l 2. Alternating and Chopped dis­play-switching for all channels, and

20 MHz Bandwidth limiting.

Channel 1 and Channel 2

Deflection Factor Range-2 mV/div
to 5 Vidiv in a I-2-5 sequence of 11
SSep5.

Deflection Factor Basic Accuracy-

*2%. Measured at any VOLTSIDIV
setting with a four- or five-division
signal centered on screen.

AV Basic Accuracy- + (1.25% of
reading + 0.03 division + signal
aberrations). Measured with cursors
anywhere on the graticule.

Basic accuracies a ply for tem-

peratures from + 15”C?to +35”C.

Add 2 1% of readina for tem-

peratures from - 15’C to + ISC and

from +35”C to +55”C, Add I 1% of

readin
used.
ing when inverted,

AV Range- e-8 times the VOLTS/

DIV setting.

Variable Range-Continuously vari­able between VOLTSiDlV settings.

Extends deflection factor to b12.5

Vldiv.

Frequency Response ( - 3 dB BW)

-350 MHz for temperatures from

- 15C to +35”C. 300 MHz for tem­peratures from +35”C to +55”C.
Measured with standard accessotv
probe or internal 50 II termination.’

AC Coupled Lower - 3 dB Fre­queny-IO Hz or less. 1 Hz or less
with standard accessory probe.

Step Response--41 ns rise time,
calculated from: t, = .350/BW.

Channel Isolation->lOO:l artenua­lion of deselected channel at 100
MHZ. &O:l at 350 MHz. Measured

with an eight-division input signal
and equal VOLTSiDlV settings on

both channels from 2mV/div to 500
mVidiv

when 50 R input cou

dd * 1% of Channel

8

ling is

read-

f

Displayed Channel 2 Delay with
Respect to Channel 1 -Adjustable

from at least -500 ns through at

least i 500 ns.
1 MR Input Characteristics-l Ma

20.5% shunted by 15 pF t2 pF

Maximum Input Voltage: 400 V (dc

+ peak ac): 800 V
or less. For DC-, A c!
coupled signals.

50 fi Input Characteristics-50 n

~1%.VSWR:~1.3:l,fromdcto300
MHz. ~1.51, from 300 MHz to350
MHz. Maximum Input Volta e: 5 V
rms, averaged for 1 s: i 50 5

Cascaded Operation-Channel 2

vertical signal output coupled to

Channel 1 input via 50 fl RG-58CIU

coaxial cable, both inputs at 50 fi

DC, and both VOLTSiDlV settings at

2 mV, Bandwidth (- 3 dB): DC to 50

MHz or greater. Deflection Factor:

400 PVidiv ? 10%.
CMRR (Add Mode with Channel 2

Invert@-At least 20~1 at 50 MHz.

For eight-division or less common­mode signals and with VAR VOLTS/

DIV control adjusted for best CMRR

at 50 kHr in any VOLTSIDIV setting.

Channel 3 and Channel 4

Deflection Factor-Settings: 100
mV/div and 500 mV/div. Accuracy:

r lO%,

Frequency Response ( - 3 dB BW)

-350 MHz for temperatures from

- 15°C to + 35C. 300 MHz for tem­peratures from + 35OC to + 55°C.
Measured with standard accessory

probe.

Step Response--i ns. Rise time

calculated from: t, = .35O/BW.
Channel Isolation->50:1 attenua-

tion of deselected channel at 100

MHz. Measured with an eight-

division input signal.
Signal Delay Between Channel 1 and

Either Channel 3 or Channel 4-

* 0.5 ns. Measured at 50% points.

Input R and C (IM ii)-1 Ml1 i 1%

shunted by 15 pF i3 pF, direct cou-

pled. MaxImum Input Voltage: 400 V

(dc + peak ac); 800 V p-p ac at IO
kHz or less,

-p ac at IO kHz

-, and Ground-

peak,

All Channels
Low-frequency Linearity-O.1 divi-

sion or less compression or expan­sion of a two-division. center-screen
signal when positioned anywhere
within the graticule area.

Bandwidth Limiter-Reduces up er
3-dB bandpass to a limit of 13 M

to 24 MHz.
Vertical Signal Delay-At least 30 ns

of sweep is displayed before trig

IO ns of the sween is disolaved
before triggering event ii displayed

with 5 nsidiv SEC/DIV setting.

Chop Mode Switching Rate-2.5
MHr 20.2% for sweep speeds
ranging from 20 kLs/div to 2 psidiv.
1 MHz ?0.2% for all other sweep
speeds. The complete display cycle
rate equals the Chop mode switch­ing rate divided by the number of

channels displayed, including ADD,

if displayed. Chop switching rate is
modulated sli htly to minimize wave-

signals.

Trigger Sensitivity from CH 1 or CH 2
Source-DC: 0,35 division. Noise
Reject: 1.2 div, HF Re’ect: 0,5 div,
from dc to 30 kHz. L
AC: 0.35 div. Above 50 MHz, triqqer­ing signal requirement increases?0

1.0 div at 350 MHz and 1.5 div at
500 MHz for DC, HF Reject, and AC
couplin and increases to 3.0 div at
350 IvIA and 4.5 div at 500 MHz for
Noise Reject coupling.

Trigger Sensitivity from Channel 3 or

Channel 4 Source-One-half the

values for Channel 1 or Channel 2

source.

Trigger Sensitivity from Multiple­Channel Composite Source-Add

1 .O division to the single-channel­source values.

Maximum P-P Signal Rejected by
Noise Reject Coupling within Vertical

Bandwidth-Channel 1 or Channel 2
Source: 20.4 division for VOLTSiDlV
settings of 10 mVldiv and higher.
Maximum noise amplitude rejected

1 ” form breaks w en vlewjng repetitive

fJ Reject: 0.5 div

HP z

is reduced at 2 mV/div and 5 mV/div
switch settings. Channel 3 or
Channel 4 Source: ~0.2 division.

Jitter--~100 ps with five divisions of
350 MHz at 500 psidiv sweep
speed.

Level Range-Channel I or Channel
2 Source: + 18 times the VOLTSiDlV
setting. Channel 3 or Channel 4
Source: 29 times the VOLTS/DIV
setting.

Level Readout Basic Accuracy
(Channel 1 or Channel 2 Source)-

2 [3% of setting +3% of p-p signal

+0.2 division +
attenuation factor J, for triggering
signals with transItIon times greater

0.5 mV x probe

I

than 20 ns, with DC coupling.
Level Readout Basic Accuracy (CH 3

or CH 4 Source)- i [3% of setting

+ 4% of p-p signal + 0.1 division +
(0.5 mV x probe attenuation fac­tor)], for triggering signals with tran­sition times greater than 20 ns. with
dc coupling.

Basic accuracies ap ly from + 15°C
to +35”C. For -15

4 to +15”Cand

+ 35°C to + 55’C: Add 1% of setting

f (1.5 mV x probe attenuation fac-

tor). With 50 0 Input Coupling: Add

2 1% of setting. With Channel 2

Inverted: Add k 1% of seaing. With

Noise Reject Trigger Coupling: Add

2 0.6 division for Channel 1 or Chan­nel 2 source: add kO.3 division for
Channel 3 or Channel 4 source.

Ini

Maximum Triggering Sic

A SEWDIV AUGER”’

Setting

<lOInS

1omsto

50 ms

b50 ms ,200 ms

Horlwntal Deflection System

-._r_,

Modes-A (main sweep), A

>20 ms

:d limes A

SECIDIV

INTENsified. ALTernate A

al Period-

Auto Mode

NO ms

>,.3timesn

SECIDIV

>800 ms

i

Intensified

(horizontal) deflection:
A-Sweep Time Base Range-500

msidiv to 5 nsidiv in a l-2-5
sequence of 25 steps. X10 magni­fication extends fastest sweep rate to

rnr, ^_ /^I:.

Table

1

+b.3% of full scale) +b.3% of full scale)
+(0.3% of time interval

+ 0.1% of full scale)

+ (0.5% of time interval

+ 0.1% of full scale)

~(0.3% of delav settina - 05% of delav settino

.z I Lursors t

For A SEC/DIV settings ot 200 ms and 500 ms, add + 0.5% ot time Interval o
delay setting to preceding specifications.

a Intervals are measured on center horizontal graticule line. and 0.6% of lull scale is 0,06

division.

d Delay is from A-sweep trigger point to start of Bswaep.
* Disregard first division after sweep starts (first 1% otthe total 100~division sweep).

B-Sweep Time Base Range-50

ms/div to 5 ns/div in a l-2-5
sequence of 22 steps. X10 magni­fication extends fastest sweep rate to
500 psidiv.

Variable Timing Control-

Continuously variable and calibrated

between SECiDlV switch settings.

Extends slow& A-swea

speed to

1.5 s/div, Affects the AS CiDlV set- f
ting with the A display mode; affects
the B SEC/DIV settina with INTEN.
ALT, and E modes. VLR sets one kg-

nal c cle to five divisions for RATIO
and 8 HASE measurements with
cursors.

K&e;p Timing Accuracy-See

B-Sweep Timing Accuracy-Add

Sweep Delay Range-0,to 9.95
times the A EC/D V setting. for set­tings from 500 ms/div to 10 ns/div.
For A SECiDlV settings faster than 50

ps. the A-sweep tri

gering event is
observable on the il -sweep with a
minimum-delay setting.

Delay Jitter-Within 0.01% (one part
or less in 10,000) of maximum avail­able delay, plus 100 ps.

POSITION Control Range-Start of
the 1 msidiv sweep can be posi­tioned from right of graticule center
to at least 10 divisions left of graticula

center. Some portion of the sweep

is always visible with X10 magnifica­tion off.

X-Y Operation

iO.3% of time Interval to the A-

Swee Timing Accuracy specifica-

tions or Sweep and

At

Using P

Cursors.
Variable Timing Accuracy-Add 2%

of time interval to Timing Accuracy

specifications for Sweep when the

VAR control is out of detent.

At

Readout Resolution-Either IO ps

or 0.025% of full scale, whichever is

greater,
at Ran

the SE e

e--With Cursors: + IO times

/DlV setting. With sweep
delay: +9.95 times the A SECiDlY
setting.

X-Axis Deflection-Factor Range,
Accuracv, Variable Ranae. and lnuut
Chara&fstics-Sam&& Chantiel 1,

X-Axis Bandwidth-DC to 3 MHz.

Phase Difference Between X and Y

,-i+in” nlf

X-Axis Low-Frequency Linearity-

0.2 division or less compression or
expansion of a two-division, center­screen signal when positioned within
the graticule area.

3

r

1

I

Signal Outputs

Cursor Position Range-AV: At least
the center 7.6 vertical divisions.

At: At least the center 9.6 horizontal
divisions.

Graticule-Size: 68 mm x 85 mm.
Markings: 8 major divisions vertically
and 10 major divisions horizontally,
with auxiliary markings.

Trace Rotation Range-Adequate to

align trace with center horizontal
graticule line.

Standard Phosphor-GH (P31).
Visual Writin

Illumination If
(typical room Ii ht : a4 div/ns at
maxtmum INT Ii N ITYcontrol setting.

No more than five bright spots will be
visible at maximum INTENSITY oon­tro settin none with visible halo.
Additiona brrght spots may be visi-

ble after displaying a high-intensity
trace. These spots will extinguish
when INTENSITY control is set to

minimum.

Photographic Writing Speed->10

div/ns with C-30 series camera and

IS0 3000 film, without prefogging. A

single-shot trace of instrument rise

time at 500 psidiv is recorded with

high contrast at f1.9.

Display Intensity Limitation-Display

intensrty is automatically reduced

and eventually extinguished after

periods of no front-panel control

activity The time elapsed before

intenstty reduction is shortened by

high intensity settin sand high duty­factor/sweep-spee ItrIgger-rate 8-

combinations. Operating any switch
or the INTENSITY control restores
the selected intensity setting.

Z-Axis

Sensitivity-Dc to 2 MHz: Positive

vOltage decreases intensity: + 2 V

blanks a maximum-intensity trace.

2 MHz to 20 MHz: +2 V modulates a

normal-intensity trace.

Input Resistance-9 kfi + 10%.

Maximum Input Vola e- ? 25 V

peak; 25 V ac p-p at ? 0 kHr or less.

Speed-With 20 fi-cd

ormal to CRT Face

Be

CALIBRATOR-With A SEC/DIV
switch set to 1 msidiv. Voltage into 1

MR. Load: 400 mV 2 1%. Voltage into
50 C.Load: 200 mV ~1.5%. Short­Circuit Load Current: 8 mA 2 1.5%.

Repetition Period and Accuracy: Two
times the A SEC/DIV setting for set­tin s from 100 ns/div to 100 msidiv,

J. 1% during the sweep time or

with SGL SEQ trigger mode.
CH 2 SIGNAL OUT-Voltage: 20

mV/div +lO% into 1 Ma. 10 mV/div

+ 10% into 50 a. C&et: 2 10 mV

into 50 a, after dc balancing within

t5”C of operating temperature.

A GATE OUT and B GATE OUT-

Voltage: 2.4 V to 5 V positive­pulse, starting at 0 V to 400 m &
Drive: Su plies 400 ~.LA during HI
state; stn s 2 mA during Co state. I?

Power Source
Nominal Voltage Ran es-115 V: 90

Vto132V.230V:180 to250V. %

Frequency-48 Hz to 440 Hz.
Fuse Ratin -Either 2 A 250 V

AGCI3AG fast-blow or 1’6 A 250 V

5 x 20 mm, Quick-acting. Each fuse’

type requtres a different cap.

Maximum Power Consumption-120
W (180 VA), for a fully optioned
instrument.

Primary Circuit Dielectric Voltage
Withstand Test-1500 V rms, 60 Hz,
for IO s without breakdown.

Primax Grounding-Type test
to 0.1 maxrmum. Routrne test to
check grounding continuity between
chassis ground and protective earth
ground.

Weight--With Accessories and

Pouch: IO:9 kg (24.0 lb). Without

Accessories and Pouch: 9.7 kg

(21.3 lb).

Shipping Weight-14.6 kg (32.1 lb).

Height--With Feet and Accessories
Pouch: 190 mm (7.5 in). Without

Accessories Pouch: 165 mm (6.5 in).

oing

Depth--With Front Cover: 467 mm
(18.4 in). With Handle Extended: 533
mm (21.0 in).

Cooling-Forced-air circulation.
Construction-Sheet aluminum-alloy

chassis: plastic laminate front panel:
glass-laminate circuit boards.

Envimnmentsl Charactsristics

Environmental requirements qualify
the electrical and mechanical speci­fications. When not rack mounted,
the instrument meets the environ-

mental requirements of MIL­T-28800C for Type Ill, Class 3, Style

C equipment, with humidity and
temperature requirements defined

in paragraphs3.9.2.2, 3.9.2.3.

and 3.9.2.4.
Temperature-Operating: - 15°C to

+55”C. Nonooeratino: - 62°C to
+85’C. -

Altitude-Operating: To 4500 m

(15,000 ft). Maximum 0 erating tem-

perature decreases l’C?for each

~~o~~IOft)abo~1500m

5000 ft). Nonoperatrng: To 15,250 m

Humidity (Operating and Noncperat-

trig)-Stored at 95 b relative humtd-

iky for five cycles (120 hr) from

+30X to +6O”C, with operttion

yr&ry checks at +30 C and

Vibration (Operating)-15 minutes

alon

each of,three axes at a total

dis p

acement 0.025 inch p-p
55 Rz), with frequency varied \
Hz to 55 Hz in one-mtnute sweeps.
Hold 10 minutes at each major reso
nance, or if none exist, hold 10
minutes at 55 Hz. Total test time is
75 minutes.

Shock (Operating and Nonoperating)

-50 g, half sine, Il.ms duration,
three shocks on each face, for a total

of 18 shooks.

4 g at

rom 10

3

Transit Drop-12.inch drop on
each comer and each face per MIL­T-288OOC para 3.9.5.2 and para

4.5.5.4.2, for instrument not in ship­ping package

Bench Handling-Per MIL­STD.810C, Method 516.2, Procedure
V (MIL-T-28800C, para4.5.5.4.3),
with and without cabinet installed.

Topple (Operating with Cabinet

Installed)-Set on rear feet and
allowed to top P le over onto each of
four adjacent aces per Tektronix
Standard 062-2858-00.

Packaged Transportation Drop-

Meets the limits of National Safe
Transit Association test orocedure

IA-B-2. Ten 36.inch drops per
Tektronix Standard 062-2858-00.

Packaged Transportation Vibration-

Meets the limits of National Safe
Transit Association test procedure

lA-B-1. One-inch p-p excursion at

4,63 Hz (1.1 g) for 30 minutes per

Tektronix Standard 062-2858-00.

Electromaanetic

Meets requirements of the foilowing

standards: MIL-T-28800C; MIL

STD.461 B Part 4 (CE-03 and CS-02)

Part 5 (CS-06 and K-02), and Part 7
(CS-01, RE-02, and RS-03), limited to
1 GHz; VDE 0871 Cateaorv B: FCC

Rules and RegulationsPar? 15,
Subpart J, Class A; and Tektronix
Standard 062-2866-00.

X-Ray Radiation-Meets require-

ments of Tektronix Standard

062-1860-00.

Four 10X, 1.3-m probes with acces­sories; blue accessories pouch with
snap fastener; pouch mounting

plate; clear accessories pouch with

riploc fastener; operators manual;
front cover; blue plastic CRT Filter;
clear plastic CRT filter; banana-

plug/binding-post adapter; fuse,

2 A, 250 V; power cord.

COmDatibilitV-

Option 05
TV Waveform Measurement
System

Vertical Deflection System
Channel 1 and Channel 2

Frequency Response-For VOLTS/
DIV settings between 5

0.2 Vidiv with VAR VOLTSiDlV control
in calibrated detent and using a five­division 50 kHz reference signal from
a 50 G or 75 G system.

Squarewave Flatness-i% p-p for
both 60 Hz and 15 kHz square waves
from a 50 a or 75 0 system using a
1 .O V input with a 50 mV/div setting
and using a 0.1 V input with a 20
mV/div setting. 1.5% p-p using aO.l
V input with 5 mV/div and 10 mV/div
settings. Exclude first 50 ns following
step transition. For signals with rise
times ~10 ns, add 2% p-p between

155 ns and 165 ns after step

transition.
Television Blanking-Level Clamp

(Back-Porch) 60 Hz Rejection (Chan­nel 2 only)-318 dB at 60 Hz; with
calibrated VOLTSiDlV settings

between 5 mV and 0.2 V and a six-

division reference signal.
Television Blanking-Level Clamp

(Back-Porch) Reference-Within 1.0
division of ground reference.

Triggering

separation from sync-positive or
sync-negative composite video on
systems with 525 to 1280 lines/frame,
50 Hz or 60 Hz field rate, interlaced
or noninterlaced scan.

Trigger Modes-LINES, FLD 1
FLD 2. and ALT fFLD l-FLD 2)
coupling. I

Input Signal Amplitude for Stable

Triggering-Channel 1 and Channel 2:

1 .O division for composite video and

0.3 division for composite sync sig-

mV/div and

posite video and 0.25 division for
composite sync signals (dc peak +
video-signal amplitude must be
within 9 divisions of input ground
reference).

GPIB Compatibility for Semi­automatic Measurement Systems­When combined with Option IO. the
TV Waveform Measurement System
is fully programmable. Complies with
Tektronix Sfandard Codes and
Formats.

Included Accessories (Option 05)

In addition to those listed for the
2467, the following accessories are
provided for Option 05: a CCIR grati­cule CRT filter; an NTSC graticule
CRT filter; a polarized collapsible
viewing hood; and an options oper-

ators manual.

Option 09
Counter/Timer/Trigger (ClT)
With Word Recognizer (WR)

Sensitivity-Signal input require-

ments for Frequency, Period, Total-

Ize, Delay-by-Events and Logic
Trigger.

Source-The A Trigger or Word

Recognizer for Frequency, Period,

and Totalire.

Frequency

Range-Autoranging over input fre­quency from 0.5 Hz to 150 MHz.

Resolution--[

Display-Seven digits. Updates

twice per second or every two

periods, whichever is slower.

Accuracy-Resolution ?O.OOi% of

reading over entire temperature
range of - 15°C to + 55°C.

LSD + (i.4x~xF2)]

4

A

Time Accuracy

/

Period

Range-Autoranging over an input
period from 6.666667 ns to 2 s.

Resolution- 2 [
Display-Seven digits. Updates

twice per second or every two peri-

ods, whichever is slower.

Accuracy-Resolution -tO.OOi%

of reading over entire temperature
range of - 15°C to + 55°C.

LSD + (1.4 x$]

Definitions

LSD = Least Significant Digit (0.1

TJE = Trigger Jitter Error

N = Number of cycles of measured

TJE

(Trigger Jitter Error)=

Where: en1 = RMS noise of vertical system

ppm of full scale)

frequency during measurement
interval (0.5 s or one period of
the input signal, whichever is
greater).

(all)2 + (wl2)2
Input Slav Rate

in div on screen.

en2 = RMS noise voltage
sianal in

divs.

of

input

ATime and l/A Time

TRIG AFT DLY Accuracy- 2 [LSD

+ (0.01 x B-timeidiv) + (0.001% x
A SECIDIV) + 0.001% of reading +
50 ps]. Measured with visually super-

imposed signal transitions, >O.l
divins trigger-signal slew rates, and
with channel-to-channel delay mis-

match corrected by the CH 2 DLY

match adjustment on the front panel.

Independent slope and level settings
for AREF and As-triggers allow
visual superposition of any pair of

points within the center 80% of tran­sitions having at least five divisions
amplitude.

RUN AFT DLY Accuracy- of [LSD

+ (0.0008 x A SECIDIV) + (0.01 x B

TimeiDiv) + 83 ps]. (B timeidiv

includes those with 10X MAG active.)

Note:

input Signal is five vertical div with a
2 ns rise time.
Measured times are four horizontal
div.

TJE is negligible for Slew Rates
X.1 divins.
ATime-TRIG AFT DLY assumes
visual superposition.

Delay Time

TRIG AFT DLY Accuracy- ? (LSD

+O.OOi% of reading +0.5 ns + A

Trigger Slew Error + B Trigger Slew

Error). Add 0.5 ns for dual channel

measurements.

Where: Trigger Slew Error equals
Trigger Level Control Readout

Accuracy + Trigger Signal Slew

Rate at the trigger point.

When measured using Word Recog-

nizer on the B Trigger: Add 100 ns if

using external clock; add 200 ns

without external clock.

RUN AFT DLY Accuracy- *[LSD

+ (0.0012 x A SECIDIV) + (0.03 x
B Timeidiv) +50 ns]. (B timeidiv
includes 10X mag.) When measured
using Word Recognizeron the B

Trigger: add 100 ns if using external

clock; add 200 ns without external
clock.

A Time and Delay Time Display

Updata Rata

For Auto Resolution, twice per
second or once for each sweep,
whichever is slower. For selectable
resolution, depends on trigger and
sweep rate.

5

Note:

input signal is five vertical div with a

2 ns rise time.

Measured times are four horizontal
div.

TJE is negligible for Slew Rates

X.1 divlns.

ATime-TRIG

visual superposition.

AFT DLY assumes

Least Significant Digit

m

Auto Resolution

A SECiDf”

Option 06
Counter/Timer/Trigger (Crr)

Delay By Events

A and B Sweeps-The A Trigger or

17.bit Word Fiecognizer defines start

events. The B Trigger or 17.bit Word

Recognizer defines delay events.

Maximum delay count: up to
4,194,303. Time from start event to
any delay event 34 ns. Pulse width:

23.3 ns. With the A sweep in Delay-

bv-Events mode. the B sweeo is
delayable by time

LogicTrigger
Combination Trigger-The A sweep

can be triggered from logical com­binations of the A and the B triggers
(A AND B) or (A OR B) or the Word
Recognizer. The B sweep can be
triggered from the Word Recognizer.

Minimum time to satisfy logic com­binations: 24 ns.

Word Recognizer

Input-P6407 Word Recognirer

Probe, 17 bits plus clock.

Display Radix-Hexadecimal, octal,

binary.

Data Rate-O MHz to a20 MHz with

clock; 0 MHz to a10 MHz without

clock.

Data Setup Time-25 ns.
Data Hold Time-O ns,

GPIB Compatibility for Semi-

automatic Measurement Systems-

When combined with Option 10. the

CTTiWR is fully programmable.

Complies with Tektronix Standard
Codes and Formats.

Included Accessories (Option 09)

In addition to the accessories listed
for the 2467, the following are
included: a word recognizer probe;
20 grabber tips; two lo-inch, IO-wide
comb; and an options operators
manual are provided.

The Counterflimen’Trigger is avail­able without the Word Recognizer

probe as Option 06. Specifications
and included accessories (except
WR orobe) are the same as Ootion

09. The Word Recognizer cannot,

however, be added to Option 06 after

delivery (field retrofit kits are not

available).

Option 10
GPIB Interface

Standard Interface Functions
Implemented-SHl, AHl, 16, L3
SRl, RLl, DCl, El, DTO, CO, PPO.

Vertical Position Accuracv­Channel 1 and Channel 2
(Noninverted): ? [0.3 div +3% of
distance (in divisions) from center
screen + 0.5 mV divided by the
VOLTSiDlV setting]. Channel 2

Inverted: Add 0.2 div For - 15°C to

+ 15°C and for +35”C to 55°C: add

1.5 mV divided bv the VOLTSiDlV

setting. Channel 3 and Channel 4:

? [0.7 div +3% of distance (in div)

from center screen].

Included Accessories (Option 10)

In addition to the accessories listed
for the 2467, an options operators
manual is provided.

Option 1R and Rack Mounting
Conversion Kit

Weight (Kit)-4.7 kg (10.3 lb)
Domestic Shipping Weight-7.0 kg
(15.4 lb)

Height-178 mm (7.0 in)

Width-483 mm (19.0 in)

Depth-419 mm (16.5 in)

Environmental Characteristics

Rack mounting changes the
temperature, vibration, and shock
capabilities. The rack-mounted

instrument meets or exceeds the

requirements of MIL-T-28800C with

respect to Type Ill, Class 5, Style C
equipment, when installed as

directed. It also meets or exceeds
Tektronix Standard 062-2853-00,

Class 5 requirements.

Temperature (Operating)- - 15°C to

+55”C at the instruments air inlet.

Exhaust should not exceed +65”C.

Vibration (Operating)-Same as

standard instrument, except total
displacement is 0.015 inch p-p (2.3 g
at 55 Hz).

Shock (Operating and Nonoperating)

-Same as standard instrument,
except shocks are 30 g.

Same as 2467, except pouch and

pouch mounting plate. Includes
rack-mounting hardware and slide-

out assemblies.

Optional Accessories

Accessory

Rack Mounting

Conversion Kit

Word Recognirer

Extender Cable

ior Rackmount

Option 09

Probe POW‘ Extender

Cable ior Rachmounl
Option 11

GPIB Cable, 1 m, dou-

ble shield, low EMI

GPIB Cable, 2 m, dou-

ble shield, low EM

Protecti”e Waterproof

Vinyl Cover

Carrying Strap

low Capacitive Load-

ing 50 n Probe

AC,i”e Probe
Current Probe

Viewing Hood

Folding Light Shield

Viewing Hood

Folding Binocular

Viewing Hood
2467 Service Manual
OpOO;;aS,,ice

EZ-TEK 2400 Test Pro-

gram Generator (lor

instruments conlig­ured with Option 10)

Part Number

II 6-0691-01

PO-01 03-00

112.0991-00
~16-0720-00

146-0058-00
‘6057

‘6201, P6202A,

P62-30

‘6022, A63021

,M;;, A63031
;~3pes
l106.1105
(212

(117
116~0180-00
116-0592-00
116-0566-00

170-5855-00
170~5857-00

j49FiOi

6

VOLTS/DIV

VOLTS/DlV