L3342-125MG - MF Electronics

ELECTRONICS

10 Commerce Drive, New Rochelle, NY10801 • 914-576-6570 • Fax: 914-576-6204 • http://www.mfelectronics.com • email:mfsales@mfelec.com

VOLTAGE

CONTROLLED

OSCILLATORS

HCMOS, 0° TO 70°C

FULL SIZE D.I.L.

M3306

L3306

M3321, M3322

L3321, L3322

M3331, M3332

L3331, L3332

M3341, M3342

L3341, L3342

HALF SIZE D.I.L.

H3306

H3321, H3322

H3331, H3332

H3341, H3342

These 3.3V VCXOs generate an HCMOS/TTL

frequency output which is controlled by an input

control voltage. The end-point voltage/frequency

parameters are defined, as is the center frequency.

CAPTURE RANGE

The Frequency-Capture range is equal to the (Center-Frequency ± the

Frequency Deviation), because every MF VCXO is ATE-tested to meet the

Frequency-Deviation over the temperature range. Frequency Capture

specification includes all effects of temperature and supply voltage.

It is not necessary to make additional capture allowances.

FEATURES

•Tristate is standard

•Jitter is specified

•Frequency from 3 MHz to 125 MHz

•Capture-range is fully defined, under all conditions

•Start-up time less than 5 ms.

•Half size or full size DIL package

•Choice of thru-hole or gull wing

Tristate VCXOs

Thru-Hole, 3.3V

The 3.3 volt thru hole VCXO models are also

available in tristate. They are available for the

first time in a variety of off-the-shelf models,

in full size (M) and half size (H) packages.

These models are recommended for new

equipment designs that operate at 3.3V to

minimize current, power, and heat dissipation.

Many combinations of pull, control voltage

and center frequency deviation are available,

to accommodate a wide variety of filtering and

driving circuitry. The tristate function facilitates

diagnostic bed-of-nails ATE testing, or choice

of clock speed under software control.

Tristate, 3.3V

Thru-Hole / Gull Wing

3 MHz to 125 MHz

“H-1” Package“M-1” Package – “L-1” Package

is same as “M”

but seated height is 0.190

DOT

DENOTES

PIN 1

Pin 1

.068/025

100 TYP (NON

ACCUMULATIVE)

.20 MAX

.20 MIN.

.300 ± .005

150 .500 ± .005

.800 ± .005

.300

± .005

44 MAX

257

14 9 8

DOT

DENOTES

PIN 1

.018

.2 MAX

.160

MAX

.300

.52 MAX

SQUARE

.300

12 4

100 TYP (NON

ACCUMULATIVE)

“H-1” Package

with Gull Wing

“M-1” Package

with Gull Wing

.600 ± .005

.800 ± .005

.018 ± .001

DOT

DENOTES

PIN 1

Pin 1

GLASS INSULATORS (4)

on .48 x .18 ctrs.

.270 MAX

.200 MAX

.300 ±. 005

.520 ± .005

257

14 9 8

DOT

DENOTES

PIN 1

.018

.200 MAX

.070

.300

.52 MAX

SQUARE

.300

+.004

Glass Insulators (4)

.100

CONNECTIONS

Full

Size

Pin 1. Not used

Pin 2. Control Voltage, VC

Pin 5. Tristate

Pin 7. Ground & Case

Pin 8. Output

Pin 9. Not used

Pin 14. +3.3V, VDD

Half

Size

Pin 1. Control Voltage, VC

Pin 2. Tristate

Pin 4. Ground & Case

Pin 5. Output

Pin 8. +3.3V, VDD

ELECTRONICS

10 Commerce Drive, New Rochelle, NY10801 • 914-576-6570 • Fax: 914-576-6204 • http://www.mfelectronics.com • email:mfsales@mfelec.com

VOLTAGE CONTROLLED OSCILLATORS

HCMOS, 0° TO 70°C

Tristate, 3.3V

Thru-Hole /Gull Wing

3 MHz to 125 MHz

FULL SIZE D.I.L.

M3306

L3306

M3321, M3322

L3321, L3322

M3331, M3332

L3331, L3332

M3341, M3342

L3341, L3342

HALF SIZE D.I.L.

H3306

H3321, H3322

H3331, H3332

H3341, H3342

Center Frequency is Between Two Voltages

Center Frequency is at 1.5V with ±50 ppm stability

Center Frequency is at 2.5V with ±25 ppm stability

Guaranteed Control Center

Control Frequency Capture Voltage Frequency

MODEL Voltage Deviation Range at Center Stability

(Volts) (ppm) (ppm) Frequency (ppm)

± 30, typ

3306 0 to 3.0 ± 150 min ± 150 — ± 50, max

Guaranteed Control Center

Control Frequency Capture Voltage Frequency

MODEL Voltage Deviation Range at Center Stability

(Volts) (ppm) (ppm) Frequency (ppm)

3321 0.5 to 2.5 ± 75 to 150 ± 75 1.5 ± 30, typ

3322 0.5 to 2.5 ± 100 to 200 ± 100 1.5 ± 50, max

Guaranteed Control Center

Control Frequency Capture Voltage Frequency

MODEL Voltage Deviation Range at Center Stability

(Volts) (ppm) (ppm) Frequency (ppm)

3331 0.5 to 2.5 ± 75 to 150 ± 75 2.5 ± 20, typ

3332 0.5 to 2.5 ± 100 to 200 ± 100 2.5 ± 25, max

Center Frequency is at 1.5V with ±20 ppm stability

Guaranteed Control Center

Control Frequency Capture Voltage Frequency

MODEL Voltage Deviation Range at Center Stability

(Volts) (ppm) (ppm) Frequency (ppm)

3341 0.5 to 2.5 ± 75 to 150 ± 75 1.5 ± 15, typ

3342 0.5 to 2.5 ± 100 to 200 ± 100 1.5 ± 20, max

DESCRIPTIONS

M3306, H3306, ±150 ppm, min. deviation when using

L3306 0 to 3 control-voltage

M3321, H3321, ±75 ppm capture when using using 0.5 to 2.5V

L3321 control-voltage and 1.5V center with ±50 ppm stability

M3322, H3322, ±100 ppm capture when using using 0.5 to 2.5V

L3322 control-voltage and 1.5V center with ±50 ppm stability

M3331, H3331, ±75 ppm capture when using using 0.5 to 2.5V

L3331 control-voltage and 1.5V center with ±25 ppm stability

M3332, H3332, ±100 ppm capture when using using 0.5 to 2.5V

L3332 control-voltage and 1.5V center with ±25 ppm stability

M3341, H3341, ±75 ppm capture when using using 0.5 to 2.5V

L3341 control-voltage and 1.5V center with ±20 ppm stability

M3342, H3342, ±100 ppm capture when using using 0.5 to 2.5V

L3342 control-voltage and 1.5V center with ±20 ppm stability

SPECIFICATIONS

Temperature

Operating 0 to 70°C

Storage –55 to +125°C

Frequency Stability

VC= 1.5V ±25 or ±50 ppm, max.

as shown in model specification

MIN. TYP MAX UNITS

Input Voltage, VDD 3.0 3.3 3.6 volts

Input Current

1 KHz to 10 MHz 8 14 ma

10.1 to 25 MHz 15 20 ma

25.1 to 50 MHz 20 30 ma

50.1 to 75 MHz 25 35 ma

75.1 to 125 MHz 30 40 ma

Output Levels

“0” Level, sinking 16 ma 0.4 volts

“1” Level, sourcing 8 ma VDD-.4 0.5 volts

Rise and Fall Times

CMOS, 15 pf,

20 to 80% (<60 MHz) 3.0 4 ns

CMOS, 30 pf,

20 to 80% (<60 MHz) 4.0 5 ns

CMOS, 50 pf,

20 to 80% (<60 MHz) 6.0 8 ns

CMOS, 15 pf,

20 to 80% (>60 MHz) 2.0 2.5 ns

CMOS, 30 pf,

20 to 80% (>60 MHz) 3.0 4.5 ns

Symmetry

CMOS, @ 50% VDD 48/52 45/55 percent

Input Requirements for Pin 1.:

“1”: On – Pin 1 may float

or 2.4V min., sourcing 400 microamp

“0”: Tristate –

Pin 1 requires 0.4V, sinking 400 microamp.

Control Voltage Bandwidth 15 150 KHz

Jitter

Jitter is less than 80 ps peak-peak, when measured by

Tektronix 11801B Digital Storage Oscilloscope with SD-22

Sampling head in Color Statistics mode.

Tristate

“1” Output is On - Pin 5 may float or 2.4V min, sourcing 400µa

“0” Output is disabled, tristate, high impedance -

Pin 5 requires 0.4V, sinking 400µa

ELECTRONICS

10 Commerce Drive, New Rochelle, NY10801 • 914-576-6570 • Fax: 914-576-6204 • http://www.mfelectronics.com • email:mfsales@mfelec.com

VOLTAGE CONTROLLED OSCILLATORS

HCMOS, 0° TO 70°C

Tristate, 3.3V

Thru-Hole /Gull Wing

3 MHz to 125 MHz

FULL SIZE D.I.L.

M3306

L3306

M3321, M3322

L3321, L3322

M3331, M3332

L3331, L3332

M3341, M3342

L3341, L3342

HALF SIZE D.I.L.

H3306

H3321, H3322

H3331, H3332

H3341, H3342

Fig. 3 H3223-19.44M,

without load

HOW TO ORDER

For Part Number, put package type before model number,

and add frequency in MHz, for example:

“M” is full size DIL

“H” is half size DIL

“L” is low height,

full size DIL

“3342”

is model

type

M 3342-19.44M G

“19.44 M”

frequency in MHz

Add

“G”

for

gullwing

ENVIRONMENTAL SPECIFICATIONS

Temperature Cycle – Not to exceed ±5 ppm change when exposed to 2

hours maximum at each temperature from 0 to 120°C, with 25°C reference

Shock – 1000 G's, 0.35 ms, 1/2 sine wave, 3 shocks in each plane

Vibration – 10-2000 Hz of .06" d.a. or 20 G's, whichever is less

Humidity – Resistant to 85° R.H. at 85°C

MECHANICAL SPECIFICATIONS

Gross Leak – Each unit checked in 125°C flurocarbon

Case – Ceramic with glass hermetic seal, sealed in 420°C furnace

Pads – 60 microinch of gold over nickel

Marking – Print is permanent white ink

Resistance to Solvents – MIL STD 202, Method 215

AGING

3 to 5 ppm, first year, typ.

1 ppm per year thereafter, typ.

Control Voltage, Vc

Frequency Deviation, ppm

-150

-120

-90

-60

-30

120

150

0.5 1.0 1.5 2.0 2.5

Temperature, °C

Frequency Deviation, ppm

Vcontrol = 2.5V

Vcontrol = 1.5V

Vcontrol = 0.5V

VDD = 3.3V

-200

-150

-100

-50

100

150

200

010 6025 50 70

Fig. 1 Deviation vs. Control Voltage

for M3322-14.912M

Fig. 2 Frequency Stability vs, Temperature

for M3322-14.912M

7 8

LOAD

GND

+3.3V

Power

Supply

FET PROBE

350 MHz

SCOPE

Y-OUTPUT

COUNTER

VDD

PIN 1.

CONTROL VOLTAGE

TRISTATE

To adapt Fet probe to receptacle

use Tektronix Part #103-0164-00

To connect output to scope use

use Tektronix Part #131-0258-00 (receptacle)

ALL OSCILLATORS HAVE INTERNAL BYPASS CAPACITORS

TEST CIRCUIT

(1)

(2)

(8)

(5)(4)

Half Size connections shown in ( )