Download - Toyocom Cristal Oscillators

• General .............................................2

• CRYSTAL OSCILLATORS LINE UP......5

• Product Data (VC-TCXO/TCXO) TCO-5830 (0.012cc) ........................7

TCO-5826, 5828 (0.024cc) ..............8

TCO-5816, 5818 (0.027cc) ..............9

TCO-9141 (0.024cc) ......................10

TCO-9133 (0.06cc) .........................11

TCO-999 (0.126cc) ........................12

TCO-5000, 5100 (0.4cc) ................13

Electrical Data.................................14

Measuring Circuit ............................17

• Product Data (VCXO) TCO-730Z2, 734A, 735 Series .......18

TCO-291 Series ..............................19

TCO-293A.......................................21

TCO-2100 Series ............................22

TCO-2110 Series ............................23

TCO-2120 Series ............................24

TCO-726DVX, 726DHVX, 726BVX....25

TCO-756BVX7, 756DVX7...............26

TFG-756DVX7 ................................27

TCO-7116Z1V2...............................28

Electrical Data.................................29


CRYSTAL OSCILLATORS

1

• Product Data (SPXO) TCO-3110 Series ............................34


• Product Data (OCXO) TCO-632B, 639E, 635 Series .........36

TCO-6600 .......................................37

TCO-6730 .......................................38

TCO-676, 679 .................................39

TCO-6831 .......................................40

Electrical Data.................................41


• Product Data(SMO-N/SMO-N-K/DIP-14P) TCO-787RH3, 786RH, 787RH..........44

TCO-786NH, 787NH.......................45

TCO-786KH, 787KH .......................46

TCO-786ZH, 787ZH........................47

TFG-787RH3, 786RH, 786XH ........48

TCO-787SH3, 785SH, 785YH ........49

TCO-743A7, 743HC7,743TH7........50


• Reference Footprint ....................52

• PACKAGING (Tape and Reel) ....54

2

CRYSTAL OSCILLATORS

Among the above types, a VCXO combined with a TCXO, or a VCXO

combined with an OCXO, is called a VC-TCXO or a VC-OCXO,

respectively. These components have the merit of delicately controlling

their output frequency electrically.

AFINPUT+V ± ∆V

OSC

Vcc

O/P

Positive slope

–∆V

∆F (

Hz)

+∆VV AF input volt. (V)

Negative slope

–∆V

∆F (

Hz)

+∆V0 AF input volt. (V)

AFINPUT0V ±∆V

OSC

Vcc

O/P

VoltageRegulator

Vcc

O/POSC

Temperature compensation networkVcc

O/POSC

Temperature compensation network

A TCXO is a crystal oscillator with a temperature-sensitive reactance

circuit in its oscillation loop to compensate the frequency-temperature

characteristics inherent to the crystal unit. TOYOCOM TCXOs are

classified into two types. One is a Direct-Type TCXO with a temperature

compensation circuit built into the oscillation loop. The other is an

Indirect-Type TCXO with a temperature compensation circuit outside the

oscillation loop, in which the oscillation frequency is therefore indirectly

controlled. Circuit diagrams of the two types of TCXO are shown in Figs.

1 and 2.

In the case of the TCO-900 series, the temperature compensation circuit is

inserted directly into the crystal oscillation loop as shown in Fig.1. Since a

stable supply of power to the oscillation circuit is unnecessary, the power

consumption and case size of the TCO-900 series are substantially reduced.

Because of these features, the TCO-900 series is widely used as a reference

oscillator for synthesizers in mobile communication systems all over the

world. In particular, the size of the recently developed TCO-5811 is just

0.027cc, which enables the further compact design of mobile terminals.

A VCXO (Voltage Controlled Crystal Oscillator) is a crystal oscillator the

output frequency of which is controlled by adding an external control

voltage via a frequency control input on a variable capacitance component

such as a varactor diode connected in parallel to a load capacitance (CL).

TOYOCOM VCXOs are divided into two types according to Voltage-

Frequency (V-F) characteristic slopes depending on the AFC (Automatic

Frequency Control) input configuration of the VCXO. One is a VCXO

with a positive V-F slope and the other is a VCXO with a negative V-F

slope. Please note that the input voltage of a control circuit will vary

according to the individual type, as shown in Figs. 3 and 4. TOYOCOM's

VCXOs are capable of either, depending on the customer's preference.

TOYOCOM's VCXOs have been increasingly used for broader

applications such as slave oscillators in phased-lock loops, or frequency

modulators.

Fig.3 Control voltage characteristics of VCXO (positive slope) Fig.4 Control voltage characteristics of VCXO (negative slope)

Fig.1 Simplified schema of the indirect compensation Fig.2 Simplified schema of the direct compensation TCXO

High frequency stability is obtained in these oscillators by putting the

crystal unit in a high precision oven, which keeps the ambient temperature

constant. Since the temperature inside the oven is adjusted to the zero

temperature coefficient of each crystal oscillator, high stability is obtained.

Because an AGC (Automatic Gain Control) circuit is provided in the

oscillation circuit of the TCO-613, -615, and -632 series, high stability of

output frequency (±5 ~ ±10X10–9 / –10 ~ +60ºC)is being realized and its

short-term frequency stability and frequency vs. supply voltage

characteristic are excellent. These oscillators are therefore widely used as a

source of standard frequency in satellite navigation systems such as the

SSNN and various measurement systems.

1. TCXO (Temperature Compensated Crystal Oscillator)

2. VCXO (Voltage Controlled Crystal Oscillator)

3. OCXO (Oven Controlled Crystal Oscillator)

4. VC-TCXO, VC-OCXO

General

3

CRYSTAL OSCILLATORS

SPXO delivers excellent frequency stability without the necessity of

temperature compensation and frequency control.

SPXO with a high frequency range –TCO-3110 Series– is a direct

oscillation crystal oscillator that employs an HFF (High Frequency

Fundamental) crystal developed by TOYOCOM. It is mainly installed in

transmission equipment.

5. SPXO (Simple Packaged Crystal Oscillator)

SYM=100 x (%)

tf

T

tr

VOH

VOLTH

THT

2.4VDC

1.4VDC

0.4VDC0.0VDC

SYM=100 x (%)

tf

T

tr

VOH

VOLTH

THT

90% or 80%VCC

50%VCC

10% or 20%VCC0.0VDC

VOLTAGES All voltages are referenced to ground.VCC (Opr) Operating voltage:

The range of power supply voltage over which theoscillator is guaranteed to operate within thespecified limits.

VIH (Min) Input HIGH voltage (Mnimum): The minimum value represents the guaranteed inputlogic HIGH threshold for the oscillator.

VIL (Max) Input LOW voltage (Maximum): The maximum value represents the guaranteed inputlogic LOW threshold for the oscillator.

VOH (Min) Output HIGH voltage (Minimum):The minimum voltage at an output terminal for thespecified output current IOH and at the minimumvalue of VCC.

VOL (Max) Output LOW voltage (Maximum):The maximum voltage at an output terminal sinkingthe maximum specified load current IOL.

CURRENTS Positive current is defined as current flow into anoscillator. Negative current is defined as currentflow out of an oscillator.

Icc Operating current :The current flowing into the VCC supply terminal ofan oscillator with the specified input and outputconditions.

Topr Operating temperature.fo Output frequency of an oscillator.∆f/fo Frequency stability of the output frequency.SYM Symmetry of output waveform at the specified

level.tr Waveform rise time (LOW to HIGH), 0.4V to 2.4V

or 10% to 90% or 20% to 80% as specified.tf Waveform fall time (HIGH to LOW), 2.4V to 0.4V

or 90% to 10% or 80% to 20% as specified.n FanoutCL Load capacitanceRL Load resistancetst Start-up time of the output

6. Crystal Clock Oscillators1) General

3) Output waveform(CMOS)(TTL)

Crystal clock oscillations are high-frequency devices that supplyclock signals to variou electronic circuits. They can be used inlead-electrode and surface mounting applications over frequencyranges from 1.5MHz to 140MHz. Housing crystal units that consistof AT or BT cut fundamental or overtone and their oscillationcircuit in the same package, our crystal clock oscillators aredesigned and manufactured to provide a stable output of signalswhen the set voltage is applied.Generally, when customers buy crystal units and use them in thieroscillation circuits, they first need to provide analog settings priorto the installation. These include the settings of load capacitance,oscillation allowance, and variations in characteristics due to

temperature changes. With Toyocom's crystal clock oscillators,these settings are already provided by us, so their output signalscan directly control TTL and CMOS ICs. This shortens designprocesses for customers and contributes to standardizing parts tobe used. Our crystal clock oscillators also feature a VCXOfunction and a Try-state function. The VCXO function enablescontrol of output frequencies with external control voltage,whereas the Try-state feature maintains the output terminals athigh impedance levels by outputting signals with control siganlswhile the power is supplied.For further details about individual products, please refer to theirspecification sheets.

2) Definition of symbols and abbreviations

4

CRYSTAL OSCILLATORS

min. 20min. 20

20 ~ 3050 ~ 100min. 30

T2

T1

160140

100

50

Tem

pera

ture

of p

ad (

°C)

Time (sec.)

(SMO-N)T1=+240°C, T2=+245°C

[Infrared-reflow]

• Crystal Clock oscillators are high-frquency devices incorporatingcrystal units and oscillation circuits. In handling these products, itis critical to observe the following directions:

• When designing circuits and printed circuit boards incorporatingthese products, install a bypass capacitor in the order of 0.1µF atthe nearest possible location between the grounding and theoscillator's power terminal.

• These products include semiconductor circuits and very thincrystal blanks. When providing ultrasonic cleaning, werecommend that the user provide assessments prior to thecleaning, as cleaning might damage the crystal blanks dependingon how the oscillator is installed and how the cleaning is provided.Also, pay attention to possible impacts on the oscillator both inmechanical and thermal aspects.

• Recomended storage period is 6 months or shorter at 15-35°C,humidity of 75%RH or less.

• Take measures against static electricity during transportation,storage and use.

• Crystal Clock oscillators use semiconductors in their internaloscillation circuits with the semiconductor terminals directlyconnected to the oscillators. Therefore, do not apply voltage toother terminals when power is not provided to the power terminal.Also, do not apply power greater than the rated power voltage toterminals other than the power terminal.

4) Directions for proper use

5) Soldering heat resistance• DIP-14P: +260°C max., 10 sec. max. (at leads)• SMD : +260°C max., 10 sec. max. (Twice max.) or +230°C max., 3 minutes max.

6) Reflow conditions of SMD

7) IBIS modelIBIS model is available upon your request.

5

CRYSTAL OSCILLATORS

TypeFrequency availability (MHz)

Applications Page

· Reference oscillation for Mobile phone, Mobile communication equipment, Satellite communication system, Digital communication system, etc.

P.8

P.7

P.9

P.10

P.11

P.12

P.13

P.8

P.9

P.13

P.18

P.19

P.20

P.21

P.22

P.23

P.24

P.25

P.26

P.27

P.28

· Base station · Transmission equipment

TCO-5830

TCO-5826

TCO-5816

TCO-9141

TCO-9133

TCO-999

TCO-5000

TCO-5828

TCO-5818

TCO-5100

TCO-730Z2

TCO-734A

TCO-735A

TCO-735B

TCO-735C

TCO-291B

TCO-291B2

TCO-291C

TCO-291C2

TCO-291J

TCO-291X

TCO-291Y

TCO-291Z

TCO-293A

TCO-2101A

TCO-2102A

TCO-2103A

TCO-2104A

TCO-2111

TCO-2112

TCO-2113

TCO-2114

TCO-2121

TCO-2122

TCO-2123

TCO-726DVX

TCO-726DHVX

TCO-726BVX

TCO-756BVX7

TCO-756DVX7

TFG-756DVX7

TCO-7116Z1V2

1 10 100 1000

VC-TCXO

TCXO

VCXO

13 26

13 26

13 26

12.6 26

12.6 26

12.6 26

12.6 26

12.6 26

70 670

70

60 185

60 185

60 185

60 185

50 155.52

50 155.52

50 155.52

50 155.52

12 30

10 51.84

10 51.84

1.5

401.5

40

1.5

341.5

341.5

34

40 100

• 38.88

670

70 670

70 670

70 670

70 670

70 670

70 670

8 78

8 78

8 78

8 78

8 78

8 78

8 78

8 78

CRYSTAL OSCILLATORS LINE UP

6

CRYSTAL OSCILLATORS

TypeFrequency availability (MHz)

Applications Page

P.38

P.36

P.37

P.39

P.40

P.44

P.45

P.46

P.47

P.48

P.49

P.50

· Reference oscillation for Base station, Measuring instrument, etc.

· Clock oscillation for Base station, Transmission equipment, etc. · PC, Printer

· Base station · Transmission equipment

TCO-3111

TCO-3112

TCO-3113

TCO-3114

TCO-632B

TCO-639E

TCO-635A

TCO-635A1

TCO-635A2

TCO-6600

TCO-6730

TCO-676

TCO-679

TCO-6831

TCO-787RH3

TCO-786RH

TCO-787RH

TCO-786NH

TCO-787NH

TCO-786KH

TCO-787KH

TCO-786ZH

TCO-787ZH

TFG-787RH3

TFG-786RH

TFG-786XH

TCO-787SH3

TCO-785SH

TCO-785YH

TCO-743A7

TCO-743HC7

TCO-743TH7

1 10 100 1000

SPXO

OCXO

SMO-N

SMO-N-K

DIP-14P

405

5 •

• 10

• 10

• 10

5 • • 10

5 25

5 25

3 20

10 20

30 75

30 75

10 20

P.34

70 670

70 670

70 670

70 670

70 140

70 112

70 112

1.5 36

1.5 36

1.5 70

1.5 70

1.5 60

1.5 60

1.5 60

1.5 70

1.5 70

1.5 70

1.5 80

1.5 80

1.5 80

Cry

stal

Clo

ck O

scill

ator

s

7

CRYSTAL OSCILLATORS

Product Data (VC-TCXO)

TCO-5830 (0.012cc)

· Ultra miniature size (4 × 2.5 × 1.2hmm : 0.012cc)

· Surface mountable

· Improved phase noise

Features

Specifications

Type

Standard frequency

Supply voltage

Supply current

Output level

vs Temperature

vs Supply voltage

vs Load

Frequency tolerance

Aging

Frequency control range

+3 V±5 %

2 mA Max.

0.8 Vp-p Min. (Clipped sinewave, DC-coupled) 10 kΩ // 10 pF

±2 ppm Max. / –30 to +75°C (referred to +25°C)

±0.2 ppm Max. / +3 V±5 %

±0.2 ppm Max. (10 kΩ±1 kΩ // 10 pF±1 pF)

±2 ppm Max. / +25°C±2°C (after reflow)

±1 ppm Max. / year

±8 ppm Min. / +1.5 V±1 V

12.6 to 26 MHz

TCO-5830

Fre

quen

cy s

tabi

lity

Outline Drawing [mm]

1

2

3

4

Vcont

GND

Output

Vcc

Pin connections

[TCO-5830]

8

CRYSTAL OSCILLATORS

Product Data (VC-TCXO/TCXO)

TCO-5826, 5828 (0.024cc)




· Lower current consumption

Features

Type

Standard frequency

Supply voltage

Supply current

Output level

vs Temperature

vs Supply voltage

vs Load

Frequency tolerance

Aging

Frequency control range ±8 ppm Min. / +1.5 V±1 V

12.6 to 26 MHz

+3 V±5 %

2 mA Max.

0.8 Vp-p Min. (Clipped sinewave, DC-coupled)10 kΩ // 10 pF


±0.2 ppm Max. / +3 V±5 %

±0.2 ppm Max. (10 kΩ±1 kΩ // 10 pF±1 pF)

±2 ppm Max. / +25°C±2°C (after reflow)

±1 ppm Max. / year

TCO-5826

—

TCO-5828

Fre

quen

cy s

tabi

lity

Specifications


5.0±0.2

1.0±0.2

#1

C0.4

#2

#4 #3

3.2±

0.2

1.35

±0.1

5

1.6±

0.2

0.5±

0.15

0.3±

0.1

0.7±0

.2

2.8±0.2

Marking

[TCO-5826, 5828]

1

2

3

4

Vcont N.C.

GND

Output

Vcc

TCO-5826 TCO-5828

Pin connections

9

CRYSTAL OSCILLATORS


TCO-5816, 5818 (0.027cc)




· Lower current consumption

Features

Type

Standard frequency

Supply voltage

Supply current

Output level

vs Temperature

vs Supply voltage

vs Load

Frequency tolerance

Aging

Frequency control range ±8 ppm Min. / +1.5 V±1 V

12.6 to 26 MHz

+3 V±5 %

2 mA Max.

0.8 Vp-p Min. (Clipped sinewave, DC-coupled)10 kΩ // 10 pF


±0.2 ppm Max. / +3 V±5 %

±0.2 ppm Max. (10 kΩ±1 kΩ // 10 pF±1 pF)

±2 ppm Max. / +25°C±2°C(after reflow)

±1 ppm Max. / year

TCO-5816

—

TCO-5818

Fre

quen

cy s

tabi

lity

Specifications


1

2

3

4

Vcont N.C.

GND

Output

Vcc

TCO-5816 TCO-5818

Pin connections

5.0 ±0.2

1.0 ±0.2

#1

C0.4

#2

#4 #3

3.2

±0.2

1.6

±0.2

2.8 ±0.2

Marking

0.7

±0.2

1.55

±0.

15

0.5

±0.1

5

0.3

±0.1

*These leads should not be connected to PC board as they are for our adjustment purpose only.

4 –Ø0.8*

[TCO-5816, 5818]

10

CRYSTAL OSCILLATORS



· Low phase noise (–140dBc/Hz Max.@1kHz offset)

TCO-9141 (0.024cc)


Features

Type

Standard frequency

Supply voltage

Supply current

Output level

vs Temperature

vs Supply voltage

vs Load

Frequency tolerance

Aging


+3 V±5 %

2 mA Max.

0.8 Vp-p Min. (Clipped sinewave, DC-cut) 10 kΩ // 10 pF

±2.5 ppm Max. / –30 to +75°C (referred to +25°C)

±0.3 ppm Max. / +3 V±5 %

±0.2 ppm Max. (10 kΩ±1 kΩ // 10 pF±1 pF)

±2.5 ppm Max. / +25°C±2°C (after reflow)

±1 ppm Max. / year

±8 ppm Min. / +1.5 V±1 V

13 to 26 MHz

TCO-9141

Fre

quen

cy s

tabi

lity

Specifications


[TCO-9141]

1

2

3

4

Vcont

GND

Output

Vcc

Pin connections

11

CRYSTAL OSCILLATORS

· Miniature size (7 × 5.2 × 1.7hmm : 0.06cc)


· Low phase noise (–140dBc/Hz Max.@1kHz offset)

TCO-9133 (0.06cc)


Features

Specifications

Type

Standard frequency

Supply voltage

Supply current

Output level

vs Temperature

vs Supply voltage

vs Load

Frequency tolerance

Aging


+3 V±5 %

2 mA Max.

0.8 Vp-p Min. (Clipped sine wave, DC-cut)10 kΩ // 10 pF

±2.5 ppm Max. / –30 to +75°C (referred to +25°C)

±0.3 ppm Max. / +3 V±5 %

±0.2 ppm Max. (10 kΩ±1 kΩ // 10 pF±1 pF)

±2.5 ppm Max. / +25°C±2°C (after reflow)

±1 ppm Max. / year

±8 ppm Min. / +1.5 V±1 V

13 to 26 MHz

TCO-9133

Fre

quen

cy s

tabi

lity


1

2

3

4

Vcont

GND

Output

Vcc

Pin connections

[TCO-9133]

7.0±0.3

1.4±0.2

5.08

5.2±

0.3

1.0±

0.2

1.7m

ax.

T(Marking)

#1 #2

#4 #3

12

CRYSTAL OSCILLATORS

· Miniature size (9 × 7 × 2hmm : 0.126cc)


· Low phase noise

Type TCO-999

Standard frequency

Supply voltage

Supply current

vs Temperature

vs Supply voltage

vs Load

Frequency tolerance

Aging


+3 V±5 %

2 mA Max.

0.8 Vp-p Min. (Clipped sine wave, DC-cut) 10 kΩ // 10 pF

±2.5 ppm Max. / –30 to +75 °C (referred to +25°C)

±0.3 ppm Max. / +3 V±5 %

±0.2 ppm Max. (10 kΩ±1 kΩ // 10 pF±1 pF)

±3.5 ppm Max. / +25 °C±2 °C (after reflow)

±1 ppm Max. / year

±8 ppm Min. / +1.5 V±1 V

13 to 26 MHz

Fre

quen

cy s

tabi

lity

Output level

[TCO-999]

1

2

3

4

Vcont

GND

Output

Vcc

Pin connections

9.0±0.4

R0.5

* Coplanarity : 0.1mm max.* Tolerance for all measurements is ±0.1mm unless otherwise stated.

1.4±0.2

7.0±

0.3

1.2±

0.2

2.0m

ax.

(Marking)

0.8

5.08

#1 #2

#4 #3

TCO-999 (0.126cc)

Specifications


Features


13

CRYSTAL OSCILLATORS

· Miniature size (11.4 × 9.6 × 4hmm : 0.4cc)


Type TCO-5000 TCO-5100

Standard frequency

Supply voltage

Supply current

Output level

vs Temperature

vs Supply voltage

Aging

Frequency tolerance

Reflow frequency shift


Phase noise

10 to 51.84 MHz

+3.3 V±5 %

20 mA Max.

CMOS

±2.5 ppm Max. / –40 to +85 °C (referred to +25 °C)

±1 ppm Max. / +3.3 V±5 %

±4 ppm Max. / 7 years

±1 ppm Max. / +25 °C±2 °C (before reflow)

±3 ppm Max. / +25 °C±2 °C (after reflow)

–120 dBc / Hz Max.@1kHz offset

Fre

quen

cy s

tabi

lity

±20 ppm Min. / +1.65 V±1 V —

TCO-5000, 5100 (0.4cc)

Specifications


Features


2.54 7.

62±0

.2

7.62

±0.2

4.0

Max

.

0.15

9.6±0.2

11.6±0.4

#1

#2

#8

#5 #4

#3

11.4

±0.2 Marking

0.8

3.5±0.5 3.5±0.5

[TCO-5000, 5100]

1

2, 5, 8

3

4

N.C.Vcont

Output

GND/case

Vcc

TCO-5000 TCO-5100

Pin connections

14

CRYSTAL OSCILLATORS

Electrical Data


Frequency stability vs. temperature (TCO-5826, 5828, 5816, 5818 : 19.2 MHz)

+2.0

+1.5

+1.0

+0.5

±0.0

-0.5

-1.0

-1.5

-2.0-50 -25 ±0 +25

Temperature (°C)

∆f/f

(pp

m)

+50 +75 +100

Phase noise (TCO-5826, 5828, 5816, 5818 : 19.2 MHz)

0-10-20-30-40-50-60-70-80-90

-100-110-120-130-140-150-160-170

1 10 100 1KL (f) [dBc/Hz] vs f [Hz]

10K 100K 1M

10.05kHz

Rising time (TCO-5826, 5828, 5816, 5818 : 19.2 MHz)

20Hz/div

9.95kHz0 5

Time [msec]10

3.0

2.0

1.0

0.0

-1.0

-2.0

-3.0-50 -25 0 25 50 75 100

Frequency stability vs. temperature (TCO-5830 : 19.8 MHz)

Temperature (°C)

f/f (

ppm

)

Phase noise (TCO-5830 : 19.8 MHz)

0-10-20-30-40-50-60-70-80-90

-100-110-120-130-140-150-160-170

1 10 100 1KL (f) [dBc/Hz] vs f [Hz]

10K 100K 1M

10.05kHz

Rising time (TCO-5830 : 19.8 MHz)

20.00Hz/div

9.95kHz0 5

Time [msec]10

15

CRYSTAL OSCILLATORS


0–10–20–30–40–50–60–70–80–90

–100–110–120–130–140–150–160–170

Phase noise (TCO–999 : 14.4 MHz)

1 10 100 1k

L (f) [dBc/Hz] vs ff [Hz]

10k 100k 1M

∆f/f

(ppm

)

+5.0

+4.0

+3.0

+2.0

+1.0

±0.0

–1.0

–2.0

–3.0

–4.0

–5.0–40 –30 –20 –10 0 10 20 30 40 50 60 70 80 90

Temperature [°C]

Frequency stability vs. temperature (TCO-999 : 14.4 MHz)

–40 –30 –20 –10 0 10 20 30 40 50 60 70 80 90

∆f/f

(ppm

)

+5.0

+4.0

+3.0

+2.0

+1.0

±0.0

–1.0

–2.0

–3.0

–4.0

–5.0

Temperature (°C)

Frequency stability vs. temperature (TCO-9133 : 13 MHz)

0–10–20–30–40–50–60–70–80–90

–100–110–120–130–140–150–160–170 1 10 100 1K 10K 100K 1M

Phase noise (TCO-9133 : 13 MHz)

LL(f)) [dBc/Hz] vs ff [Hz]

Frequency stability vs. temperature (TCO-9141 : 26 MHz)

5.0

4.0

3.0

2.0

1.0

0.0

-1.0

-2.0

-3.0

-4.0

-5.0-20 -10 0 10 20 30 40 50 60 70 80

Temperature (°C)

∆f/f

(pp

m)

Phsae noise (TCO-9141 : 26 MHz)

0–10–20–30–40–50–60–70–80–90

–100–110–120–130–140–150–160–170

1 10 100 1KL (f) [dBc/Hz] vs f [Hz]

10K 100K 1M

16

CRYSTAL OSCILLATORS

5Hz/div

-0.5ppm

+0.5ppm

0 5 10Time [msec]

Rising time (TCO-999 : 14.4 MHz)

5.0

4.0

3.0

2.0

1.0

0.0

–1.0

–2.0

–3.0

–4.0

–5.0–50–40–30–20–10 0 10 20 30 40 50 60 70 80 90 100

Temperature [°C]

Frequency stability vs. temperature (TCO–5000, 5100 : 49.152 MHz)

∆f/f

(ppm

)


17

CRYSTAL OSCILLATORS

A

V

Vcont

Oscillator

Oscilloscope

3pF

10pF

10kΩ Frequencycounter

Vcc

Measuring Circuit


TCO-5830, 5816, 5818, 5826, 5828

TCO-9133, 9141, 999

A

V

Vcont

Oscillator

Oscilloscope

3pF0.1µF0.1µF

10pF

10kΩ Frequencycounter

Vcc

TCO-5000, 5100

A

VVcc

Vdd O/PT/P

CLGND

Oscillator

CL : 15pF max (including probe capacitance of measuring instrument)

18

CRYSTAL OSCILLATORS

· Fundamental mode oscillator with HFF-Xtal (TCO-734A, 735 Series)

· Wide frequency control range

· DIP-14 pin package

· CMOS is available

Type

+3.3 V±5 %, +5 V±5 %

25 mA Max.

0 dBm Min. / 50 Ω

±5 ppm Max. / +5 V±5 %

±5 ppm Max. / +3.3 V±5 %

+3.3 V±5 %

LV-PECL

±5 ppm Max. / +3.3 V±5 %

+5 V±5 %

65 mA Max.

Positive ECL

±5 ppm Max. / +5 V±5 %

–5.2 V±5 %

ECL

TCO-734A TCO-735CTCO-735BTCO-735A

155.52 MHz

±30 ppm Max. / –40 to +85 °C (referred to +25°C)

±5 ppm Max. / year

±50 ppm Min. / +2.5 V±2 V

50 to 155.52 MHz

Standard frequency

Supply voltage

Supply current

Output level

vs Temperature

vs Supply

voltage

Aging


Frequency range

Fre

quen

cyst

abili

ty

±50 ppm Min. / +1.65 V ±1.65 V±100 ppm Min. / +2.5 V±2 V

±100 ppm Min. / +1.65 V±1.65 V

TCO-730Z2

12.352, 16.384 MHz

+5 V±5 %

20 mA Max.

TTL compatible (Fanout-2)

±30 ppm Max. /

–20 to +70°C (referred to +25°C)

±2 ppm Max. /

+5 V±5 %±5 ppm Max. / –5.2 V±5 %

±100 ppm Min. /

+2.5 V±2 V

12 to 30 MHz

1

7

8

14

Vcont

GND/case

Output

Vcc

Pin connections

12.5

±0.5

7.62

±0.5

5.5±

1.0 7.

8±0.

55.

0±1.

0

Marking

15.24±0.5

11.5±1.5

4–ø0.45±0.1

#1 #7

#8#14

20.2±0.5

12.5

±0.5

7.62

±0.2

0.8±

0.2

8.6±

0.5

5.55

±0.7

5.0±

1.0

20.2±0.5

Marking

15.24±0.2

11.5±1.5

4–ø0.45±0.1

#1 #7

#8#14

1

7

8

14

Vcont

GND/case

Output

Vcc

Pin connections

TCO-730Z2, 734A, 735 Series

Product Data (VCXO)

Features

Specifications


[TCO-734A, 735A, B, C][TCO-730Z2]

19

CRYSTAL OSCILLATORS


· Small package (11.4 × 9.6 × 5hmm : 0.55cc)

9.6±0.2 φ3.5

11.6±0.4

4.75±0.1

#1#8

#5

3.5±0.5Soldersealing

3.5±0.5

0.8

0.15

7.62

±0.2

5.0

max

.

TOYOCOM

(MARKING)

11.4

±0.2

2.54

#2

#3

#4

1

2, 5, 8

3

4

Output

GND

Vcont

Vcc

Pin connections

TCO-291 Series

Product Data (VCXO)

Features

Specifications


[TCO-291B, B2, C, C2]

12.288, 16.384, 24.576, 32.768, 44.736, 51.84 MHz

30 mA Max.

TTL compatible

Fanout-2

CMOS

15pF Max.

Type TCO-291B

+5 V±5 %

TCO-291B2

+3.3 V±5 %

TCO-291C

+5 V±5 %

TCO-291C2

+3.3 V±5 %


8 to 78 MHz

Standard frequency

Supply voltage

Supply current

Output level

Load

Fre

quen

cyst

abili

ty

±5 ppm Max. / year

±100 ppm Min. / +2.5 V±2 V ±100 ppm Min. / +1.65 V±1.65 V ±100 ppm Min. / +1.65 V±1.65 V±100 ppm Min. / +2.5 V±2 V

vs Temperature

vs Supply voltage

Aging


Frequency range

±5 ppm Max. / +5 V±5 % ±5 ppm Max. / +3.3 V±5 % ±5 ppm Max. / +3.3 V±5 %±5 ppm Max. / +5 V±5 %

20

CRYSTAL OSCILLATORS

· Small package (11.4 × 9.6 × 4hmm : 0.44cc)


· High frequency

TCO-291 Series

Product Data (VCXO)

Features

Type

Standard frequency

Supply voltage

Supply current

Output level

vs Temperature

vs Supply voltage

Aging


Frequency range

155.52 MHz

TCO-291XTCO-291J

52 to 155.52 MHz

+5 V±5 %

25 mA Max.

0 dBm Min. / 50 Ω

±5 ppm Max. / +5 V±5 %

±100 ppm Min. / +2.5 V±2 V

TCO-291Y TCO-291Z

+5 V±5 %

65 mA Max.

PECL

±5 ppm Max. / +5 V±5 %

–5.2 V±5 %

ECL

±5 ppm Max. / +5.2 V±5 %

+3.3 V±5 %

LV-PECL

±5 ppm Max. / +3.3 V±5 %

±100 ppm Min. / +1.65 V±1.65 V

Fre

quen

cyst

abili

ty

±100 ppm Min. / +2.5 V±2 V


±5 ppm Max. / year

60 to 185MHz

Specifications


[TCO-291X, Y, Z]

1

2, 5, 8

3

4

Output

GND

Vcont

Vcc

Pin connections1

2, 5, 8

3

4

Output

GND

Vcont

Vcc

Pin connections

9.6±

0.2

2-φ2.5

φ1.0(Index)

0.8

7.62±0.2

(MARKING)

11.4±0.2

2.54

4.0

max

.

0.15

11.6

±0.4

4.75

±0.1

#1

#8#5

3.5±

0.5

Soldersealing

3.5±

0.5

#2#3#4

[TCO-291J]

21

CRYSTAL OSCILLATORS

· LV-PECL output

· Low height , surface mountable type (14 pins)

Type TCO-293A

155.52, 166.6286, 622.08, 666.5143 MHz

+3.3 V±5 %

65 mA Max.

LV-PECL

±35 ppm Max. / –40 to +85 °C (referred to +25°C )

±5 ppm Max. / +3.3 V±5 %

±5 ppm Max. / year

±100 ppm Min. / +1.65 V±1.65 V

70 to 670 MHz

Standard frequency

Supply voltage

Supply current

Output level

vs Temperature

vs Supply voltage

Aging


Available frequency range

Fre

quen

cyst

abili

ty

TCO-293A

Product Data (VCXO)

Features

Specifications


[TCO-293A]

1

2 to 6, 10 to 13

7

8

9

14

Vcont

N.C.

GND/case

Output 1 (Positive)

Output 2 (Negative)

Vcc

Pin connections

12.5

±0.5

6.5

6.0M

ax.

2.5415.24

1.5

Index (ø1.0)

Inde

x (ø

1.0)

20.0±0.5

2.75

3.25

<MARKING>

#1#2 #3 #5 #6 #7

#14#13 #12 #10 #9 #8

#4

#11

22

CRYSTAL OSCILLATORS

· TTL or CMOS output



TCO-2100 Series

Features

Type

Standard frequency

Supply voltage

Supply current

Output level

Load

vs Temperature

vs Supply voltage

Aging


Frequency range

32.768, 44.736, 51.84 MHz

TCO-2101A TCO-2103ATCO-2102A TCO-2104A

30 mA Max.

+3.3 V±5 %+3.3 V±5 %

TTL

Fanout-2

+5 V±5 % +5 V±5 %

CMOS

15 pF Max.


±5 ppm Max. / +5 V±5 %

±100 ppm Min. / +1.65 V±1.65 V

±5 ppm Max. / +3.3 V±5 %

±100 ppm Min. / +1.65 V±1.65 V

±5 ppm Max. / +5 V±5 %

±100 ppm Min. / +1.65 V±1.65 V

±5 ppm Max. / +3.3 V±5 %

±100 ppm Min. / +1.65 V±1.65 V

±5 ppm Max. / year

8 to 78 MHz

Fre

quen

cyst

abili

ty

Specifications


0.5

ø

[TCO-2101A, 2102A, 2103A, 2104A]

1

2

3

4

5

6

Vcont

N.C.

GND/case

Output

N.C.

Vcc

Pin connections

Product Data (VCXO)

23

CRYSTAL OSCILLATORS

Product Data (VCXO)

· LV-PECL output

· High frequency


Type

Standard frequency

Supply voltage

Supply current

Output level

vs Temperature

vs Supply voltage

Aging


Fequency range

77.76, 155.52, 156.25, 166.6286, 622.08, 666.5143 MHz

TCO-2112TCO-2111

+3.3 V±5 %

LV-PECL

±5 ppm Max. / +3.3 V±5 %

±100 ppm Min. / +1.65 V±1.65 V

TCO-2113 TCO-2114

–5.2 V±5 %

ECL

±5 ppm Max. / –5.2 V±5 %

+3.3 V±5 %

55 mA Max.

LVDS

±5 ppm Max. / +3.3 V±5 %

±100 ppm Min. / +1.65 V±1.65 V

+5 V±5 %

65 mA Max.

PECL

±5 ppm Max. / +5 V±5 %

Fre

quen

cyst

abili

ty


±5 ppm Max. / year

70 to 670 MHz

±100 ppm Min. / +2.5 V±2 V

TCO-2110 Series

Features

Specifications


[TCO-2111, 2112, 2113] [TCO-2114]

1

2

3

4

5

6

Vcont

N.C.

GND/case

Output 2 (Negative)

Output 1 (Positive)

Vcc

Pin connections [TCO-2111, 2112, 2113, 2114]

0.5 0.5

ø ø

24

CRYSTAL OSCILLATORS

Product Data (VCXO)

· High frequency


· Enable/Disable control (Oscillation standby function)

TCO-2120 Series

Features

Type

Standard frequency

Supply voltage

Supply current

Output level

vs Temperature

vs Supply voltage

Aging


Frequency range

77.76, 155.52, 156.25, 166.6286, 622.08, 666.5143 MHz

TCO-2121 TCO-2122 TCO-2123

+5 V±5 %

70 mA Max.

PECL


±5 ppm Max. / +5 V±5 %

±5 ppm Max. / year

70 to 670 MHz

–5.2 V±5 %

ECL

±5 ppm Max. / –5.2 V±5 %

+3.3 V±5 %

LV-PECL

±5 ppm Max. / +3.3 V±5 %

±100 ppm Min. / +1.65 V±1.65 V

Fre

quen

cyst

abili

ty

±100 ppm Min. / +2.5 V±2 V

Specifications


[TCO-2111, 2112, 2113]

1

2

3

4

5

6

Vcont

E/D control

GND/case

Output 2 (Negative)

Output 1 (Positive)

Vcc

Pin connections

0.5

ø

25

CRYSTAL OSCILLATORS

· Surface mountable type with J-lead

· CMOS output (TCO-726DVX, 726DHVX)

· TTL output (TCO-726BVX)

Type TCO-726DVX TCO-726BVX

Standard frequency

Supply voltage

Supply current

Output level

Freq. stability vs Temperature

Freq. control range

Symmetry

Rise/Fall time

Load capacitance

Fanout

Start-up time

TCO-726DHVX

15 mA Max. (1.5 ≤ f0 ≤ 10 MHz)

20 mA Max (10 < f0 ≤ 24 MHz)

35 mA Max (24 < f0 ≤ 34 MHz)

1.5 to 34 MHz

VOH = +4 V Min. / VOL = +0.4 V Max.VOH = VCC – 0.4 V Min. / VOL = +0.4 V Max.

±100 ppm Min. / +2.5 V±2 V

15 ns Max. (1.5 ≤ f0 ≤ 24 MHz)

10 ns Max. (24 < f0 ≤ 34 MHz)

at 10 to 90% Vcc

15 ns Max. (1.5 ≤ f0 ≤ 10 MHz)

10 ns Max. (10 < f0 ≤ 24 MHz)

5 ns Max. (24 < f0 ≤ 34 MHz)

at +0.4 to +2.4V

10 Max.

4 ms Max. (1.5 ≤ f0 ≤ 24 MHz)

10 ms Max. (24 < f0 ≤ 34 MHz)

+5 V±5 %


40 to 60% (50% VCC level) 40 to 60% (+1.4 V level)

30 pF Max.

—

—

TCO-726DVX, 726DHVX, 726BVX

Product Data (VCXO)

Features

Specifications


[TCO-726DVX, BVX]

1

2

3

4

Vcont

GND

Output

Vcc

Pin connections

JAPAN

(5.08 REF)

0.25/lead

0.99

max

.0.54 max.

(6.99 REF)

0.1

DENOTES LEAD#1 LOCATION

MODELFREQUENCY

5.0

max

.(4

.42

RE

F)

9.14

max

.(8

.76

RE

F)

14.22 max.(13.97 REF)

#1 #2

#4 #3

DATE CODE

Model

Frequency

14.22 max.(13.97 REF)

9.14

max

.(8

.67

RE

F)

5.00

max

.(4

.42

RE

F)

#1 #3

#6 #4

Demotes lead #1 location

Data code

0.54 max.

0.10 (6.99mm REF)

(2.54 REF)

#2

#5

1

2

3

4

5

6

Vcont

E/D control

GND

Output

N.C.

Vcc

Pin connections

[TCO-726DHVX]

B

26

CRYSTAL OSCILLATORS

· TTL output (TCO-756BVX7)

· CMOS output (TCO-756DVX7)

· DIP-14 pin packgae

· Two-layer air sealed

· metal package

Type TCO-756BVX7 TCO-756DVX7

1.5 to 40 MHz

+5 V±5 %

15 mA Max. (1.5 ≤ f0 ≤ 10 MHz)

20 mA Max. (10 < f0 ≤ 26 MHz)

35 mA Max. (26 < f0 ≤ 34 MHz)

40 mA Max. (34 < f0 ≤ 40 MHz)

40 to 60 % (+1.4 V level)

15 ns Max. (1.5 ≤ f0 ≤ 10 MHz)

10 ns Max. (10 < f0 ≤ 26 MHz)

5 ns Max. (26 < f0 ≤ 40 MHz)

at +0.4 to +2.4 V

—

10 Max.

40 to 60 % (50 % Vcc level)

15 ns Max. (1.5 ≤ f0 ≤ 26 MHz)

10 ns Max. (26 < f0 ≤ 40 MHz)

at 10 to 90% Vcc

30 pF Max.

—

±50 ppm Max. / 0 to +70°C (referred to +25°C)

±150 ppm Min. / +2.5 V±2.5 V

VOH=+4 V Min. / VOL=+0.4 V Max. VOH=Vcc – 0.4 V Min. / VOL=+0.4V Max.

4 ms Max. (1.5 ≤ f0 ≤ 26 MHz)

10 ms Max. (26 < f0 ≤ 40 MHz)

Standard frequency

Supply voltage

Supply current

Output level


Freq. control range

Symmetry

Rise/Fall time

Load capacitance

Fanout

Start-up time

13.2

Max

.4.

0 M

in.

4.57

7.62

7.11

Max

.

20.8 Max.

Marking

12.19

Solder dip

15.24#14 #8

#1

0.79

ø0.46

#7

TCO-756BVX7, 756DVX7

Product Data (VCXO)

Features

Specifications


[TCO-756BVX7, DVX7]

1

7

8

14

Vcont

GND/case

Output

Vcc

Pin connections

27

CRYSTAL OSCILLATORS

Type TFG-756DVX7

40 to 100 MHz

+5 V±5 %

50 mA Max. (40 ≤ f0 ≤ 60 MHz)

60 mA Max. (60 < f0 ≤ 100 MHz)

VOH=Vcc –0.5 V Min. / VOL=+0.5 V Max.

±50 ppm Max. / 0 to +70°C (referred to +25°C)

±150 ppm Min. / +2.5 V±2.5 V

40 to 60 % (50 % Vcc level)

4 ns Max. (40 ≤ f0 ≤ 60 MHz)

3 ns Max. (60 < f0 ≤ 100 MHz)

at 20 to 80% Vcc

30 pF Max.

4 ms Max.

Standard frequency

Supply voltage

Supply current

Output level


Freq. control range

Symmetry

Rise/Fall time

Load capacitance

Start-up time

13.2

Max

.4.

0 M

in.

4.57

7.62

7.11

Max

.

20.8 Max.

Marking

12.19

Solder dip

15.24#14 #8

#1

0.79ø0.46

#7

1

7

8

14

Vcont

GND/case

Output

Vcc

Pin connections

· CMOS output

· DIP-14 pin package

· Two-layer air sealed metal packge

TFG-756DVX7

Product Data (VCXO)

Features

Specifications


[TFG-756DVX7]

28

CRYSTAL OSCILLATORS

Type TCO-7116Z1V2

Standard frequency

Supply voltage

Supply current

Input voltage

Output level

Frequency stability vs Temperature


Symmetry

Rise/Fall time

Load capacitance

Fanout

Start-up time

38.88 MHz

+3.3 V ±5 %

30 mA Max.

VIH=+2 V Min. / VIL=+0.8 V Max.

VOH=90% Vcc Min. / VOL=10% Vcc Max.


±100 ppm Min. / +1.65 V±1.65 V

CMOS : 40 to 60 % (50% Vcc level)

TTL : 40 to 60 % (+1.4V level)

10 ns Max.

at 20 to 80 % Vcc (CMOS)

at +0.4 to +2.4 V Vcc (TTL)

15 pF Max.

5 Max.

5 ms Max.

1

2

3

4

5

6

Vcont

E/D control

GND

Output

N.C.

Vcc

7.0±0.2

(5.08)

(1.2

)

(1.4)

5.0±

0.2

1.6±

0.2

#4

#3#1 #2

#5#6

Marking

Pin connections

· CMOS / TTL(Fanout–5) output

· Ceramic package

· Space saving

· Enable / Disable control (Oscillation standby) function

TCO-7116Z1V2

Product Data (VCXO)

Features

Specifications


[TCO-7116Z1V2]

29

CRYSTAL OSCILLATORS

TCO-730Z2

155.52 MHz

TCO-734A

16.384 MHz+200

+100

–100

–2000.5 1.5 2.5 3.5 4.5

Control Voltage [V]

Fre

quen

cy D

evia

tion

[ppm

]

0

+300

+200

+100

0

–100

–200

–3001.0 2.0 3.0 4.0 5.0

Control Voltage [V]F

requ

ency

Dev

iatio

n [p

pm]

TCO-291J

155.52 MHz+300

+200

+100

–200

–100

–300+1.00 +2.0 +3.0 +4.0 +5.0

Control Voltage [V]

Fre

quen

cy D

evia

tion

[ppm

]

0

TCO-2104A

51.8 MHz+200

+150

+100

+50

0

–50

–100

–150

–2001.650 0.825 2.475 3.3

Control Voltage [V]

Freq

uenc

y D

evia

tion

[ppm

]

TCO-293A

622.08 MHz+300

+200

+100

0

–100

–200

–300+1.5 +2.00 +0.5 +1.0 +2.5 +3.0

Control Voltage [V]

Freq

uenc

y D

evia

tion

[ppm

]

TCO-291X

155.52 MHz+300

+200

+100

0

–100

–200

–300+1.00 +0.5 +1.5 +2.0 +2.5 +3.0

Control Voltage [V]

Freq

uenc

y D

evia

tion

[ppm

]

Electrical Data

Product Data (VCXO)

30

CRYSTAL OSCILLATORS

Electrical Data

Product Data (VCXO)

1.0

+300

+200

+100

0

–100

–200

–3002.0

Control Voltage [V]

TCO-756DVX7

16.384 MHz

Fre

quen

cy D

evia

tion

[ppm

]

3.0 4.0 5.0

1.0 2.0 3.0 4.0 5.0

Control Voltage [V]F

requ

ency

Dev

iatio

n [p

pm]

+300

+200

+100

–100

–300

–200

12.288 MHz

TCO-726DVX

0

TCO-2111

622.08 MHz+300

+200

+100

0

–100

–200

–300+1.00 +0.5 +1.5 +2.0 +2.5 +3.0 +3.5

Control Voltage [V]

Freq

uenc

y D

evia

tion

[ppm

]

TCO-7116Z1V2

38.88 MHz+200

+150

+100

+50

0

–50

–100

–150

–2000

0.2 0.6 1 1.4 1.9 2.3 2.7 3.10.4 0.8 1.2 1.65 2.1 2.5 2.9 3.3

Control Voltage [V]

Freq

uenc

y D

evia

tion

[ppm

]

31

CRYSTAL OSCILLATORS

Measuring Circuit

Product Data (VCXO)

CL: Total fixture and probe capacitance = 15pF Max

Vcc

Vcont

0.01µF OSC

A

V

Oscilloscope

3pF

2kΩ

CL

Diode × 41S953or equivalent

Vcc

Frequencycounter

TCO-730Z2, 291B, B2, 2101A, 2102A TCO-734A, 291J

TCO-735C, 291Z

TCO-735B, 291YTCO-735A, 291X

0.01µF

CL: Total fixture and probe capacitance = 15pF Max

Vcc

Vcont

OSC

A

V

Oscilloscope

3pF

CL

Frequencycounter

TCO-291C, C2, 2103A, 2104A

Vcc

Vcont

0.1µF1nF

1kΩFrequency counter

Power meter50Ω Terminated

OSC

A

V

+3.3V

+1.65V ±1.65V

0.1µF 1nF 1kΩ

130Ω

82Ω

Oscilloscope

Frequencycounter

OSC

A

VVcc

Vcont

0.1µF 1nF 1kΩ

82Ω

130Ω

Oscilloscope

Frequencycounter

OSC

A

V

-5.2V

+2.5V±2V

0.1µF

0.1µF

1nF 1kΩ

-2V

50Ω

Oscilloscope

Frequencycounter

OSC

A

V

32

CRYSTAL OSCILLATORS

Measuring Circuit

Product Data (VCXO)

TCO-2113TCO-2112

TCO-293A

0.1µF

Vcont

130Ω

130Ω

82Ω

82Ω

1nF1kΩ

1nF1kΩ

Vcc

Oscilloscope

Frequencycounter

Oscilloscope

Frequencycounter

A

V OSC

14

8

97

1

TCO-2121TCO-2114

+3.3V

+1.65V

V0.1µF

1nF 1kΩ

82Ω

82Ω

130Ω

130Ω

3 2

1

6

4

5

Oscilloscope

Frequency counter

1nF 1kΩ

Oscilloscope

Frequency counter

OSC

-5.2V

+2.5V

V0.1µF

0.1µF

1nF 1kΩ

50Ω

65

4

3

1

50Ω

Oscilloscope

Frequency counter

1nF 1kΩ

Oscilloscope

Frequency counter

OSC

A

-2V

+5.0V

+2.5V

0.1µF

1nF 1kΩ

82Ω

82Ω

130Ω

130Ω

3

1

6

4

5

Oscilloscope

Frequency counter

1nF 1kΩ

Oscilloscope

Frequency counter

OSCV

+3.3V

+1.65V

Vod

100pF

100pF3

4

56

1V0.1µF

OSC50Ω

50Ω

TCO-2111

0.1µF

Vcont

130Ω

130Ω

82Ω

82Ω

1nF1kΩ

1nF1kΩ

Vcc

Oscilloscope

Frequencycounter

Oscilloscope

Frequencycounter

A

V OSC

6

5

43

1

33

CRYSTAL OSCILLATORS

Measuring Circuit

Product Data (VCXO)

TCO-2123

A

V0.1µF

#1

#

CL

T.P.

DCPowerSupply

#

#

TCO-726DVX, DHVX

A

V0.1µF

#1CL

RLT.P.

DCPowerSupply

# #

#

TCO-726BVX, 756BVX7

A

V0.1µF

#1 #7

#8#14

CL

T.P.

DCPowerSupply

TCO-756DVX7, TFG-756DVX7 TCO-7116Z1V2

V

A

T.P.

DCPowerSupply

#

CL

SW##2#1

Vcont

#

0.1µF

CMOS output CL=See the specifications (Total fixture and probe capacitance)

+

+ –

–

+

–

TCO-2122

+5.0V

+2.5V

V0.1µF

1nF1kΩ

82Ω

82Ω

130Ω

130Ω

3 2

1

6

4

5

Oscilloscope

Frequency counter

1nF1kΩ

Oscilloscope

Frequency counter

OSC-5.2V

+2.5V

V0.1µF

0.1µF

1nF 1kΩ

50Ω

6 25

4

3

1

50Ω

Oscilloscope

Frequency counter

1nF 1kΩ

Oscilloscope

Frequency counter

OSC

A

-2V

34

CRYSTAL OSCILLATORS

· High frequency


Type

Standard frequency

Supply voltage

Supply current

Output level

vs Temperature

vs Supply voltage

Aging

Frequency range

+3.3 V±5 %

LV-PECL

±5 ppm Max. / +3.3 V±5 %

+5 V±5 %

65 mA Max.

PECL

±5 ppm Max. / +5 V±5 %

–5.2 V±5 %

ECL

±5 ppm Max. / —5.2 V±5 %

+3.3 V±5 %

55 mA Max.

LV-DS

±5 ppm Max. / +3.3 V±5 %

77.76, 155.52, 156.25, 166.6286, 622.08, 666.5143 MHz

TCO-3111 TCO-3112 TCO-3113 TCO-3114

70 to 670 MHz


±5 ppm Max. / yearFre

quen

cyst

abili

ty

TCO-3110 Series

[TCO-3111, 3112, 3113] [TCO-3114]

N.C.

N.C.

GND/case

Output 2 (Negative)

Output 1 (Positive)

Vcc

1

2

3

4

5

6

Pin connections [TCO-3111, 3112, 3113, 3114]

0.5 0.5

ø ø

Features

Specifications


Product Data (SPXO)

35

CRYSTAL OSCILLATORS

Product Data (SPXO)

Measuring Circuit

TCO-3113

TCO-3112TCO-3111

TCO-3114

+5.0VV

0.1mF

1nF1kW

82W

82W

130W

130W

3

1,2

6

4

5

Oscilloscope

Frequency counter

1nF1kW

Oscilloscope

Frequency counter

OSC

-5.2VV

0.1µF

0.1µF

1nF1kΩ

50Ω

65

4

3

1, 2

50Ω

Oscilloscope

Frequency counter

1nF1kΩ

Oscilloscope

Frequency counter

OSC

A

-2V

+3.3VV

0.1µF

1nF1kΩ

82Ω

82Ω

130Ω

130Ω

3

1,2

6

4

5

Oscilloscope

Frequency counter

1nF1kΩ

Oscilloscope

Frequency counter

OSC

+3.3VVod

100pF

100pF3

4

56

1,2V0.1µF OSC 50Ω

50Ω

36

CRYSTAL OSCILLATORS

· Miniature size

· Low power consumption

· Fast warm-up

Standard frequencySupply voltage

vs Temperature

vs Supply voltage

Aging

Warm-upOutput level Warm-up Steady state at +25°C

WeightFrequency range

±3×10–8 Max. / –10 to +60 °C (referred to +25 °C)

±5×10–9 Max. / +12 V±5 %

±2×10–8 / within 30 minutes at +25°C

400 mA Max.150 mA Max.±3×10–7 Min.

by internal trimmer100 g Max.

—

±5×10–9 Max. / day±5×10–8 Max. / year

Type TCO-632B TCO-639E TCO-635A TCO-635A1, A210 MHz

±1×10–7 Max. / –20 to +70 °C (referred to +25 °C)

±3×10–8 Max. / +12 V±10 %

±5×10–8 / within 5 minutes at +25°C+8 dBm±2 dB / 50 Ω (Sinewave)

150 mA Max.70 mA Max.

30 g Max.

±2×10–8 Max. / day±2×10–7 Max. / year

10 MHz5, 6.4, 10, 13 MHz

3 to 20 MHz 5 to 25 MHz

5, 10 MHz

TTL compatible (Fanout-2) TTL compatible (Fanout-2)

±1×10–6 Min.by external potentiometer (10kΩ)

—

Frequency adjustment

±1×10–6 Min.by internal trimmer

Freq

uenc

y st

abili

ty

Supplycurrent

+12 V±10 %

30.0

±0.5

5.5

22.0

±0.2

22.0

+

0–1

.0

22.0

+

0–1

.0

30.0±0.5

22.0±0.2

#1

#5 #4

#2 #3

5–ø0.8

Freq. adj

fine coarse

F. adj

[TCO-635A, A1]

#1 #2

30.0

±0.5

5.5

22.0

±0.2

30.0±0.5

22.0±0.2

#5 #4

#3

5–ø0.8

[TCO-635A2]

Marking Marking

40.0

±0.5

2.0

Max

.

35.0

±0.5

6.0

30.4

8±0.

25

20.3

2

30.48±0.25

40.0±0.5

Marking

#5

#4

#1

#3 #2

Freq. adj

5–ø0.5

[TCO-632B]

1

2

3

4

5

GND/case

Output

Vcc

GND/case

N.C.

Pin connections1

2

3

4

5

N.C.

N.C.

GND/case

Output

Vcc

Pin connections1

2

3

4

5

N.C.

N.C.

GND/case

Output

Vcc

Pin connections1-2-5

3

4

5


Vcc

Output

GND/case

Pin connections

26.3

±0.5

19.0

Max

.5.

5

35.8±0.5

17.8

±0.3

25.4±0.3

5–ø0.8

#1 #5 2 1

10kΩ

5

#3

#2

#4

[TCO-639E]

Marking

TCO-632B, 639E, 635 Serise

Product Data (OCXO)

Features

Specifications


37

CRYSTAL OSCILLATORS

Product Data (OCXO)

· Small size and low power

· Fast warm-up and high stability

Standard frequency

Supply voltage

vs Temperature

vs Supply voltage

Aging

Warm-up

Output level

Warm-up

Steady state at +25°C


Weight

Frequency range

±3×10–8 Max. / –10 to +75°C(referred to +25°C)

±2×10–9 Max. / +5 V±5%


HCMOS

600 mA Max.

300 mA Max.

±1×10–6 Min. / Vcont=0 to +5 V

40 g Max.

5 to 40 MHz

±1×10–9 Max. / day±5×10–8 Max. / year

Type TCO-6600

32.768 MHz

+5 V±5 %

Fre

quen

cy s

tabi

lity

Supplycurrent

Marking

Stand off

36.2 max.

5–ø0.8

15.2

4

17.8

±0.2

17.8

25.4±0.2

4.5

min

.

0.5

to 1

.0

20.0

max

.27

.2 m

ax.

#1

#2

#3#4

#5

TCO-6600

[TCO-6600]

Features

Specifications


1

2

3

4

5

Vcont

N.C.

Vcc

Output

GND/case

Pin connections

38

CRYSTAL OSCILLATORS

· Excellent long and short term stability

· Low phase noise

· Fast warm-up

· Using SC-cut Xtal

Standard frequency

Supply voltage

vs Temperature

vs Supply voltage

Aging

Warm-up

Output level

Warm-up



Weight

±2.5×10–9 Max. / 0 to +65°C(referred to +25°C)

±3×10–10 Max. / +12 V±5%


TTL compatible (Fanout-2)

600 mA Max.

220 mA Max.

±3×10–7 Min. / Vcont=+5 V±5 V

150 g Max.

±2×10–10 Max. / day±2×10–8 Max. / year

Type TCO-6730

5, 10 MHz

+12 V±5 %

Fre

quen

cy s

tabi

lity

Supplycurrent

1

2

3

4

5

Output

GND/case

Vcont

N.C.

Vcc

Pin Connection

51 max.

41 m

ax.

5.1±

0.5

32.0

±0.2

(0.5

)

(16.

0)

42.0±0.2

5-ø1.0±0.1

(21.0)

#3 #2

STAND OFF

#4

#1#5

Marking

30.5

max

.

TCO-6730

Product Data (OCXO)

Features

Specifications


[TCO-6730]

39

CRYSTAL OSCILLATORS

TCO-676, 679

Product Data (OCXO)

Features

Specifications


· Excellent long and short term stability

· Low phase noise

· Compact & low profile

· Using SC-cut Xtal

Freq

uenc

y st

abili

ty

Standard frequency

Supply voltage

vs Temperature

vs Supply voltage

Aging

±2×10–8 Max. / –10 ~ +70°C (referred to +25 °C)

±5×10–9 Max. / +12 V±5 %±5×10–9 Max. / +5 V±5 %


±1×10–8 Max. / day±1×10–7 Max. / year

Type TCO-676

10 MHz

±1×10–7 Max. / 0 ~ +70°C (referred to +25 °C)

±1×10–7 Max. / +12 V±5 %±1×10–7 Max. / +5 V±5 %

160 mA Max. (+12V)380 mA Max. (+5V)

±5×10–6 Min. / Vcont = +4.5V±4.5V (+12V)±5×10–6 Min. / Vcont = +2.5V±2.5V (+5V)

10 g Max.

70 mA Max. (+12V)160 mA Max. (+5V)

±5×10–8Max. / day±5×10–7Max. / year

10, 13 MHz

TCO-679

Warm-up

Output level

Warm-up


+12 V±5 %, +5 V±5 %

10 to 20 MHz

±5×10–7 / within 1 minute at +25°C

HCMOS

Supplycurrent

±1×10–6 Min. / Vcont = +5V±5V (+12V)±1×10–6 Min. / Vcont = +2.5V±2.5V (+5V)

20 g Max.

130 mA Max. (+12V)300 mA Max. (+5V)

300 mA Max. (+12V)700 mA Max. (+5V)


Weight

Frequency range

[TCO-676] [TCO-679]

25.4 Max.

25.4

Max

.

#1 #2 #3

#5(10.0)

10.0

±0.3

19.0

5±0.

3

19.05±0.3

#4

(5-ø3.2)

5-ø0.75±0.1 4-Stand offs

(4-ø3.0)

Pin connections

1

2

3

4

5

Output

GND/case

Vcont

N.C.

Vcc

Marking 12.7

±0.5

0.8±

0.2

9.7±

0.5

7.62

±0.2

5.35

±0.2

5.55

±0.7

20.3±0.5

10.7±0.2

15.24±0.2

4—ø0.45

#14

#1

#8

#7

Pin connections

1

7

8

14

Vcont

GND/case

Output

Vcc

4.5±

1.0

0.4

Min

12.7

Max

Marking

40

CRYSTAL OSCILLATORS

TCO-6831

Product Data (OCXO)

Features

Specifications


· Low profile (h = 9.5mm Max.)

· High stability

[TCO-6831]

Type TCO-6831

Standard frequency

Supply voltage

vs Temperature

vs Supply voltage

Aging

Warm-up

Output level

Phase noise


5,10 MHz

+5V±5%

±1 × 10-8 Max. / 0 to +70 °C (referred to +25°C)

Vcc=+5V±5%

±1 × 10-8 Max. / year

±3 × 10-8 / within 10 minutes at +25°C

CMOS

1600 mA Max.

800 mA Max.

–140 dBc / Hz Max.@1kHz offset

±0.1 × 10-6 Min. / Vcont=+2.5V±2V

Warm-up


Supplycurrent

Freq

uenc

yst

abili

ty

1

2

3

4

5

Vcont

GND/case

Output

N.C.

Vcc

Pin Connection

70.0 ±0.5

50.0

±0.5

9.5

max

.

#2#1

#3#5

Marking

#4

40.0

±0.5

40.0 ±0.5 20.0±0.5

5.0

±0.5

5-ø0.8 ±0.1

41

CRYSTAL OSCILLATORS

Electrical Data

Product Data (OCXO)

0–10–20–30–40–50–60–70–80–90

–100–110–120–130–140–150–160–170

1 10 100 1K 10K 100K 1M


L(f) [dBc/Hz] vs f [Hz]

20

15

10

5

0

–5

–10

–15

–2010 100 1000

Elapsed time (sec)

Warm-up characteristics (TCO-6730 : 10 MHz)

∆f/f

(pp

m)

10000 100000

3020100

–10–20–30

1 10 100 1000

Aging characteristics (TCO–6730 : 10 MHz) Aging characteristics (TCO–6730 : 5 MHz)

Elapsed time (days)1 10 100 1000

Elapsed time (days)

df/f

(ppb

)

302520151050

–5–10–15–20–25–30

df/f

(ppb

)

Phase noise (TCO-6600: 32.768 MHz) 0

–10–20–30–40–50–60–70–80–90

–100–110–120–130–140–150–160–170

1 10 100 1K

L (f) [dBc/Hz] vs f [Hz]

10K 100K 1M

5

4

3

2

1

0

–1

–2

–3

–4

–5–20 –10 0 10 20 30

Temperature (°C)

∆ F refers to frequency at Temp. +25°C

∆ F

/F (

×10–

8 )

40 50 60 70 80

Frequency stability vs temperature (TCO-6600: 32.768 MHz)

20

15

10

5

0

–5

–10

–15

–20

∆ F

/F (

×10–

8 )

0.1 1Time (min)

10 100

Warm-up characteristics (TCO-6600: 32.768 MHz) 5

4

3

2

1

0

–1

–2

–3

–4

–5

∆ F

/F (

×10–

8 )

1 10

Elapsed Time (days)

100 1000

Aging characteristics (TCO-6600: 32.768 MHz)

∆ F refers to frequency in 120 min

42

CRYSTAL OSCILLATORS

Electrical Data

Product Data (OCXO)

0–10–20–30–40–50–60–70–80–90

–100–110–120–130–140–150–160–170

1 10 100 1K 10K 100K 1M



1

0.5

0

–0.5

–1

–1.5

–210 1000100

Warm-up characteristics (TCO-679 : 10 MHz)

Elapsed time (sec)

∆f/f

( x

10- 6

)

1.0

0.5

0.0

–0.5

–1.01 10 100 1000

Aging characteristics (TCO-679 : 13 MHz)

Elapsed time (days)

df/f

(ppm

)

Phase noise (TCO-676: 10 MHz) 0

–10–20–30–40–50–60–70–80–90

–100–110–120–130–140–150–160–170

1 10 100 1K


10K 100K 1M

100

80

60

40

20

0

–20

–40

–60

–80

–100

df/f

(ppb

)

1 10

Elapsed time (days)

Supply voltage off for 9 days

100 1000

Aging characteristics (TCO-676: 10 MHz)

15.0

10.0

5.0

0.0

–5.0

–10.0

–15.01 10

Elapsed time (min)

100 1000

Warm-up characteristics (TCO-676: 10 MHz)

∆f/f

(×10

– 8)

43

CRYSTAL OSCILLATORS

Measuring Circuit

Product Data (OCXO)

TCO-635A TCO-635A1, A2, 632B, 639E

TCO-6600 TCO-676, 679

TCO-6730, 6831

A

V Oscillator

Oscilloscopeor electronic

voltmeter3~5pF

50Ω

OutputVcc

GND

Frequencycounter

CL: Total fixture and probe capacitance= 15pF max.

A

V OscillatorOutput

Oscilloscope

3~5pF

2kΩ

CLDiode x 41S953or equivalent

+5V

Frequencycounter

Vcc

GND

Output

Vcc

GND

10kW CL

Vcont.

Oscillator

Oscilloscope

Frequencycounter

V OutputVcc

Vcont.

GND

CL : Total fixture and probe capacitance=15pF max.

CL : Total fixture and probe capacitance=10pF max.

CLDiode x 41S953or equivalent

A

3~5pF

2kΩ

+5V

Oscilloscope

Frequencycounter

Oscillator

Vcc

Vcont

Vcc

CL GND

Output 100pF

10kΩ

10kΩ

Oscilloscope

FrequencycounterOscillator

A

V

A

V

CL: Total fixture and probe capacitance= 10pF max

44

CRYSTAL CLOCK OSCILLATORS

Type TCO-787RH3

1.5 to 36 MHz

±100 ppm

TCO-786RH TCO-787RH

Frequency

Frequency stability*

Operating temperature

Supply voltage

Supply current

TEST-4

1.5 to 70 MHz

±50 ppm

+5 VDC±10 % +3.3 VDC±10 %

4 mSec. Max. (1.5 ≤ fo ≤ 26 MHz)

10 mSec. Max. (26 < fo ≤ 36 MHz)

4 mSec. Max. (1.5 ≤ fo ≤ 26 MHz)

10 mSec. Max. (26 < fo ≤ 70 MHz)

70 % Vcc Min.

20 % Vcc Max.

50 pF Max. (1.5 ≤ fo ≤ 26 MHz)

30 pF Max. (26 < fo ≤ 50 MHz)

15 pF Max. (50 < fo ≤ 70 MHz)

45 to 55% (50%Vcc level)

1.5 to 70 MHz

±100 ppm

10 mA Max. (1.5 ≤ fo ≤ 10 MHz)

15 mA Max. (10 < fo ≤ 26 MHz)

35 mA Max. (26 < fo ≤ 36 MHz)

7 mA Max. (1.5 ≤ fo ≤ 10 MHz)

13 mA Max. (10 < fo ≤ 26 MHz)

30 mA Max. (26 < fo ≤ 36 MHz)

10 mA Max. (1.5 ≤ fo ≤ 10 MHz) 15 mA Max. (10 < fo ≤ 26 MHz) 35 mA Max. (26 < fo ≤ 50 MHz) 50 mA Max. (50 < fo ≤ 70 MHz)

35 mA Max. (36 ≤ fo ≤ 50 MHz) 50 mA Max. (50 < fo ≤ 70 MHz)

+3.5 V Min.

+1.5 V Max.

10 mSec. Max. (36 ≤ fo ≤ 70 MHz)

30 pF Max. (36 ≤ fo ≤ 50 MHz)

15 pF Max. (50 < fo ≤ 70 MHz)

50 pF Max. (1.5 ≤ fo ≤ 26 MHz)

30 pF Max. (26 < fo ≤ 36 MHz)

15 pF Max. (1.5 ≤ fo ≤ 36 MHz)

45 to 55% (50%Vcc level) 40 to 60% (50%Vcc level)

12 nSec. Max. (1.5 ≤ fo ≤ 26 MHz)

10 nSec. Max. (26 < fo ≤ 36 MHz)

at 10 to 90 % Vcc

12 nSec. Max. (1.5 ≤ fo ≤ 10 MHz)

10 nSec. Max. (10 < fo ≤ 26 MHz)

8 nSec. Max. (26 < fo ≤ 36 MHz)

at 20 to 80 % Vcc

12 nSec. Max. (1.5 ≤ fo ≤ 26 MHz)

10 nSec. Max. (26 < fo ≤ 50 MHz)

6 nSec. Max. (50 < fo ≤ 70 MHz)

at 10 to 90 % Vcc

10 nSec. Max. (36 ≤ fo ≤ 50 MHz)

6 nSec. Max. (50 < fo ≤ 70 MHz)

at 10 to 90 % Vcc

Output voltage

Symmetry

Rise/Fall time

Load capacitance

Start-up time

Measuring circuit

Sealing

fo

∆f/fo

Topr

Vcc

Icc

VIH

VIL

VOH

VOL

SYM

tr/tf

CL

tst

Glass sealed

+5 VDC±10 %

Vcc-0.4 V Min.+0.4 V Max.

0 to +70°C

Input voltage

* Inclusive of calibration tolerance at +25°C, operating temperature, operating voltage range.

1

2

3

4

E/D control

GND

Output

Vcc (DC)

7.0±0.2

5.08±0.15

1.1±0.15

1.0±0.15

5.0±0

.21.

8±0.2

#4 #3

#1 #2

MODEL

FREQUENCYDENOTES LEAD#1 LOCATION

DATE CODE

Pin connections

Product Data (SMO-N)

Features

Specifications


· CMOS output

· Small size : 7W × 5D × 2Hmm


TCO-787RH3, 786RH, 787RH

45


· TTL output




Type TCO-786NH TCO-787NH

±100 ppm

Frequency



Supply voltage

1.5 to 70 MHz

TEST-2

Glass sealed

4 mSec. Max. (1.5 ≤ fo ≤ 26 MHz)

10 mSec. Max. (26 < fo ≤ 70 MHz)

10 mA Max. (1.5 ≤ fo ≤ 10 MHz)

15 mA Max. (10 < fo ≤ 26 MHz)

35 mA Max. (26 < fo ≤ 50 MHz)

50 mA Max. (50 < fo ≤ 70 MHz)

10 Max. (1.5 ≤ fo ≤ 60 MHz)

5 Max. (60 < fo ≤ 70 MHz)

+3.5 V Min.

+1.5 V Max.

45 to 55% (+1.4 V level)

5 nSec. Max. (1.5 ≤ fo ≤ 70 MHz)

at +0.4 to +2.4 V

Supply current

Input voltage

Output voltage

Symmetry

Rise/Fall time

Fanout

Start-up time

Measuring circuit

Sealing

fo

∆f/fo

Topr

Vcc

Icc

VIH

VIL

VOH

VOL

SYM

tr/tf

n

tst

±50 ppm

+4 V Min.

+0.4 V Max.

0 to +70°C

+5 VDC±10 %


Specifications

1

2

3

4

E/D control

GND

Output

Vcc (DC)

7.0±0.2

5.08±0.15

1.1±0.15

1.0±0.15

5.0±0

.21.

8±0.2

#4 #3

#1 #2

MODEL


DATE CODE

Pin connections

Features


TCO-786NH, 787NH

46


· CMOS/TTL output




Type TCO-786KH TCO-787KH

±100 ppm

Frequency



Supply voltage

Supply current

30 to 75 MHz

TEST-2, 4

Glass sealed

10 mSec. Max. (30 ≤ fo ≤ 75 MHz)

40 mA Max. (30 ≤ fo ≤ 50 MHz)

60 mA Max. (50 < fo ≤ 75 MHz)

10 Max.

+2 V Min.

+0.8 V Max.

40 to 60% (50% Vcc level, +1.4 V level)

7 nSec. Max. (30 ≤ fo ≤ 75 MHz)

at 10 to 90% Vcc (CMOS)

at +0.4 to +2.4 V (TTL)

Input voltage

Output voltage

Symmetry

Rise/Fall time

Fanout

Start-up time

Measuring circuit

Sealing

fo

∆f/fo

Topr

Vcc

Icc

VIH

VIL

VOH

VOL

SYM

tr/tf

50 pF Max.Load capacitance CL

n

tst

±50 ppm

Vcc-0.4 V Min.

+0.4 V Max.

0 to +70°C

+5 VDC±10 %


Specifications

1

2

3

4

E/D control

GND

Output

Vcc (DC)

7.0±0.2

5.08±0.15

1.1±0.15

1.0±0.15

5.0±0

.21.

8±0.2

#4 #3

#1 #2

MODEL


DATE CODE

Pin connections

Features


TCO-786KH, 787KH

47


· CMOS/TTL output



· Low operating voltage (+3.3V)


Features

Type TCO-786ZH

±50 ppm

TCO-787ZH

±100 ppm

Frequency



Supply voltage

Supply current

1.5 to 80 MHz

0 to +70°C

+3.3 VDC±10 %

6 mA Max. (1.5 ≤ fo ≤ 12 MHz)

10 mA Max. (12 < fo ≤ 26 MHz)

15 mA Max. (26 < fo ≤ 28 MHz)

25 mA Max. (28 ≤ fo ≤ 40 MHz)

35 mA Max. (40 < fo ≤ 70 MHz)

45 mA Max. (70 < fo ≤ 80 MHz)

30 pF Max.

5 Max.

10 mSec. Max. (1.5 ≤ fo ≤ 80 MHz)

TEST-2, 4

Glass sealed

70% Vcc Min.

30% Vcc Max.

45 to 55% (50% Vcc level)

40 to 60% (+1.4 V level)

6 nSec. Max. (1.5 ≤ fo ≤ 36 MHz) 4 nSec. Max. (36 < fo ≤ 80 MHz)

Input voltage

Output voltage

Symmetry

Rise/Fall time

Load capacitance

Fanout

Start-up time

Measuring circuit

Sealing

fo

∆f/fo

Topr

Vcc

Icc

VIH

VIL

VOH

VOL

SYM

tr/tf

CL

n

tst

90% Vcc Min.

10% Vcc Max.

at 20 to 80% Vcc (CMOS)

at +0.4 to +2.4 V (TTL)


Specifications

1

2

3

4

E/D control

GND

Output

Vcc (DC)

7.0±0.2

5.08±0.15

1.1±0.15

1.0±0.15

5.0±0

.21.

8±0.2

#4 #3

#1 #2

MODEL


DATE CODE

Pin connections


TCO-786ZH, 787ZH

48


· CMOS output


· One chip PLL with VCO

Features

Type TFG-787RH3

70 to 140 MHz

±100 ppm

TFG-786RH TFG-786XH

Frequency



Supply voltage

Supply current

70 to 112 MHz

±50 ppm

+5 VDC±10 % +5 VDC±10 %+3.3 VDC±10 % +3.3 VDC±10 %

70% Vcc Min.

20% Vcc Max.

90% Vcc Min.

10% Vcc Max.


2 mSec. Max.

TEST- 5

Glass sealed

Input voltage

Output voltage

Symmetry

Rise/Fall time

Load capacitance

Start-up time

Measuring circuit

Sealing

fo

∆f/fo

Topr

Vcc

Icc

VIH

VIL

VOH

VOL

SYM

tr/tf

CL

tst

0 to +70°C

60 mA Max. (70 ≤ fo ≤ 96 MHz)

70 mA Max. (96 < fo ≤ 120 MHz)

60 mA Max. (120 < fo ≤ 140 MHz)

60 mA Max. (70 ≤ fo ≤ 96 MHz)

70 mA Max. (96 < fo ≤ 112 MHz)

40 mA Max. (70 ≤ fo ≤ 96 MHz)

50 mA Max. (96 < fo ≤ 140 MHz)

40 mA Max. (70 ≤ fo ≤ 96 MHz)

50 mA Max. (96 < fo ≤ 112 MHz)


3 nSec. Max. (70 ≤ fo ≤ 112 MHz)

at 20 to 80% Vcc

3 nSec. Max. (70 ≤ fo ≤ 140 MHz)

at 20 to 80% Vcc

30 pF Max. (70 ≤ fo ≤ 120 MHz)

15 pF Max. (120 < fo ≤ 140 MHz)30 pF Max. (70 ≤ fo ≤ 112 MHz)

Specifications


1

2

3

4

E/D control

GND

Output

Vcc (DC)

7.0±0.2

5.08±0.15

1.1±0.15

1.0±0.15

5.0±0

.21.

8±0.2

#4 #3

#1 #2

MODEL


DATE CODE

Pin connections

TFG-787RH3, 786RH, 786XH


49


· Small size : 7W × 5D × 1.8Hmm


Type TCO-787SH3 TCO-785SH TCO-785YH

Frequency



Supply voltage

Supply current

Seam welded

1.5 to 36 MHz

±100 ppm ±25 ppm

0 to +70°C

70% Vcc Min.

20% Vcc Max.

70% Vcc Min.

30% Vcc Max.

Vcc-0.4 V Min.

+0.4 V Max.

+5 VDC±5 % +3.3 VDC±5 %

45 to 55% (50% Vcc level) 40 to 60% (50% Vcc level) 45 to 55% (50% Vcc level)

40 to 60% (+1.4 V level)

Input voltage

Output voltage

Symmetry

Rise/Fall time

Load capacitance

Start-up time

Measuring circuit

Sealing

fo

∆f/fo

Topr

Vcc

Icc

VIH

VIL

VOH

VOL

SYM

tr/tf

CL

tst

Fanout n

TEST-4 TEST-2, 4

10 mA Max. (1.5 ≤ fo ≤ 10 MHz)

15 mA Max. (10 < fo ≤ 26 MHz)

35 mA Max. (26 < fo ≤ 36 MHz)

10 mA Max. (1.5 ≤ fo ≤ 10 MHz)

15 mA Max. (10 < fo ≤ 26 MHz)

35 mA Max. (26 < fo ≤ 50 MHz)

50 mA Max. (50 < fo ≤ 70 MHz)

6 mA Max. (1.5 ≤ fo ≤ 12 MHz)

10 mA Max. (12 < fo ≤ 26 MHz)

15 mA Max. (26 < fo ≤ 28 MHz)

25 mA Max. (28 < fo ≤ 40 MHz)

35 mA Max. (40 < fo ≤ 70 MHz)

45 mA Max. (70 < fo ≤ 80 MHz)

6 nSec. Max. (1.5 ≤ fo ≤ 36 MHz)

4 nSec. Max. (36 < fo ≤ 80 MHz)

at 20 to 80 % Vcc (CMOS)

at +0.4 to +2.4V (TTL)

7 mA Max. (1.5 ≤ fo ≤ 10 MHz)

13 mA Max. (10 < fo ≤ 26 MHz)

30 mA Max. (26 < fo ≤ 36 MHz)

4 mSec. Max. (1.5 ≤ fo ≤ 26 MHz)

10 mSec. Max. (26 < fo ≤ 70 MHz)

4 mSec. Max. (1.5 ≤ fo ≤ 26 MHz)

10 mSec. Max. (26 < fo ≤ 36 MHz)

10 mSec. Max. (1.5 ≤ fo ≤ 80 MHz)

—

50 pF Max. (1.5 ≤ fo ≤ 26 MHz)

30 pF Max. (26 < fo ≤ 36 MHz)

15 pF Max. (1.5 ≤ fo ≤ 36 MHz) 30 pF Max. (1.5 ≤ fo ≤ 80 MHz)

5 Max. (TTL)

12 nSec. Max. (1.5 ≤ fo ≤ 26 MHz)

10 nSec. Max. (26 < fo ≤ 36 MHz)

at 10 to 90% Vcc

12 nSec. Max. (1.5 ≤ fo ≤ 10 MHz)

10 nSec. Max (10 < fo ≤ 26 MHz)

8 nSec. Max. (26 < fo ≤ 36 MHz)

at 20 to 80% Vcc

+3.5 V Min.

+1.5 V Max.

Vcc-0.4 V Min.

+0.4 V Max.

90% Vcc Min.

10% Vcc Max.


12 nSec. Max. (1.5 ≤ fo ≤ 26 MHz)

10 nSec. Max (26 < fo ≤ 50 MHz)

6 nSec. Max. (50 < fo ≤ 70 MHz)

at 10 to 90 % Vcc

+5 VDC±10 % +3.3 VDC±10 %

50 pF Max. (1.5 ≤ fo ≤ 26 MHz)

30 pF Max. (26 < fo ≤ 50 MHz)

15 pF Max. (50 < fo ≤ 70 MHz)

1.5 to 70 MHz 1.5 to 80 MHz


1

2

3

4

E/D control

GND

Output

Vcc (DC)

7.0±0.2

5.08±0.15

1.1±0.15

1.0±0.15

5.0±0

.21.

6±0.2

#4 #3

#1 #2

MODEL


DATE CODE

Pin connections

Product Data (SMO-N-K)

Features

Specifications


TCO-787SH3, 785SH, 785YH

50


· DIP-14 pin IC package compatible

· Tight stability (±10 ppm)

· Hermetically double-sealed metal package and high reliability

Type TCO-743A7

1.5 to 60 MHz±10 ppm

0 to +70°C+5 VDC±10 %

TCO-743TH7

FrequencyFrequency stability*Operating temperatureSupply voltageSupply current

+4 V Min.+0.4 V Max.

—

— —

—

45 to 55% (+1.4 V level) 45 to 55% (50% Vcc level)

Output voltage

Input voltage

Symmetry

Rise/Fall time

Load capacitance

FanoutStart-up time

fo∆f/foToprVccIcc

VOH

VOL

VIH

VIL

SYM

tr/tf

CL

ntst

TEST-1 TEST-3 TEST-2

15 mA Max. (1.5 ≤ fo ≤ 10 MHz)20 mA Max. (10 < fo ≤ 26 MHz)40 mA Max. (26 < fo ≤ 60 MHz)

15 mA Max. (1.5 ≤ fo ≤ 10 MHz)20 mA Max. (10 < fo ≤ 26 MHz)40 mA Max. (26 < fo ≤ 60 MHz)

10 mA Max. (1.5 ≤ fo ≤ 10 MHz)15 mA Max. (10 < fo ≤ 26 MHz)35 mA Max. (26 < fo ≤ 50 MHz)50 mA Max. (50 < fo ≤ 60 MHz)

50 pF Max. (1.5 ≤ fo ≤ 26 MHz)30 pF Max. (26 < fo ≤ 50 MHz)15 pF Max. (50 < fo ≤ 60 MHz)

4 mSec. Max. (1.5 ≤ fo ≤ 26 MHz) 10 mSec. Max. (26 < fo ≤ 60 MHz)

5 nSec. Max. (1.5 ≤ fo ≤ 60 MHz) at +0.4 to +2.4 V

12 nSec. Max. (1.5 ≤ fo ≤ 26 MHz)10 nSec. Max. (26 < fo ≤ 50 MHz) 6 nSec. Max. (50 < fo ≤ 60 MHz) at 10 to 90% Vcc

+3.5 V Min.+1.5 V Max.

+4 V Min.+0.4 V Max.

Vcc-0.4 V Min.+0.4 V Max.

45 to 55% (+1.4 V level)

5 nSec. Max. (1.5 ≤ fo ≤ 60 MHz) at +0.4 to +2.4 V

TCO-743HC7

* Inclusive of calibration tolerance at +25°C, operating temperature.

Measuring circuit

10 Max. — 10 Max.

13.2

max

.

4.0

min

.

4.57

7.62

7.11

max

.

20.8 max.

Marking

12.19

Solder dip

15.24#14

#8

#1

0.79ø0.46

#7

1

7

8

14

N.C.

GND/case

Output

Vcc (DC)

TOYOCOM

MHzJAPAN

Type

Frequency

Date Code

Denotes lead #1 location

1

7

8

14

E/D control

GND/case

Output

Vcc (DC)

[TCO-743A7, 743HC7] [TCO-743TH7]

Pin connections Pin connections

Product Data (DIP-14P)

Features

Specifications


TCO-743A7, 743HC7, 743TH7

51


•TEST-2 / TTL (Tri-state) •TEST-1 / TTL

•TEST-4 / CMOS (Tri-state) •TEST-3 / CMOS

TTL outputRL : See the specifications

CL=15 pF max. (Total fixture and probe capacitance)

A

V0.1µF

#1 #

##

[N.C.]

CL

RLT.P.

DCPowerSupply

TTL outputRL : See the specifications

CL=15 pF max. (Total fixture and probe capacitance)

A

V0.1µF

#1 #

##

SW

CL

RLT.P.

DCPowerSupply


A

V0.1µF

#1 #

##

[N.C.]

CL

T.P.

DCPowerSupply


A

V0.1µF

#1 #

##

SW

CL

T.P.

DCPowerSupply

Product Data (SMO-N/SMO-N-K/DIP-14P)

Measuring Circuit

•TEST-5 / CMOS (Tri-state, R0)

SW

A

V0.1µF

#1 #

##

CL

R0

R0 = 10Ω

T.P.

DCPowerSupply

Please measure with resistor (R0) between output terminal and CL in order to decrease overshoot and undershoot.

*

52

CRYSTAL OSCILLATORS

TCO-9133

TCO-999

2.9

2.54

2.54

2.54

12.0

1.6

3.4

2.9 2.9

3.4 2.9

5.08

4.2

2.0

2.0

3.08

2.1 2.1

TCO-5826, 5828, 5816, 5818TCO-5830

TCO-9141

TCO-5000, 5100, 291B, B2, C, C2, J, X, Y, Z

1.8

5.08

4.3

1.9

Vcc

2.7

0.7

Vcont

Resist

GND

Output

1.6

1.34.2

Cby

1.3

(ex.0.01µF)

1.6

3.8

2.3

1.3

Reference Footprint [mm]

53

CRYSTAL OSCILLATORS

Reference Footprint [mm]

1.27

3.05

5.08

7.23

4.19

TCO-293A

2.54

14.1

7.2

2.54 x 6 = 15.24

14-1.4

TCO-726DVX, BVX

TCO-7116Z1V2 SMO-N, SMO-N-K

5.08

1.27

7.62

3.00

TCO-726DHVX

#2

#5#6

#1

1.27

3.05

5.08

7.23

4.19

#3

#4

1.8

2.54

4.2

2.0

Cby

#2 #3

#4

#1

#5#6

2.54

TCO-2101A, 2102A, 2103A, 2104A, 2111, 2112, 2113, 2114, 2121. 2122, 2123, 3111, 3112, 3113, 3114

1.8

5.08

4.2

2.0

Cby

• The figure shows oscillator arrangements close to the ideal.• The bypass capacitor Cby must be a ceramic type with 0.1µF or greater.• The E/D control terminal (oscillation standby function) should be used for

control purposes only. When not in use, this terminal must never be connectedto the mains nor grounded.

54

CRYSTAL OSCILLATORS

PACKAGING (Tape and Reel) [mm]

TCO-5826, 5828, 5816, 5818, 9141

RIAJ-REM 1200GN

PS

100.

0±1.

0

330.

0±2.

0

0.2

0.4

0.6

0.8 6

0.3±0.05

1.9±0.1

3.7±0.1

8.0±0.1 (Pocket pitch)

4.0±0.1 (Hole pitch) 2.0±0.05 ø1.

5+

0.1

0

ø1.

5+

0.1

0

5.5±

0.1

12.0

±0.3

5.5±

0.05

1.75

±0.1

(7°

)

(7°)

TCO-9133

ø80

.0±1

.0ø

330.

0±2.

0

(ø13

.0±0

.2)

17.5±0.521.5±1

7.6

16.0

±0.2 7.

51.

75

1.9

4.0

8.0

5.8

2.0

0.3±0.05

3° m

ax.

3° m

ax.

ø1.

5

ø1.

55+

330.

0±2.0

80.0

±1.0

17.5±1.5

2.4±0.3

D

4.0±0.12.0±0.1

ø1.5±0.05

ø1.5±0.05

1.75

±0.1

A C

5˚ M

ax

5˚ Max

B

E

0.3±0.05

10.1±0.1

A 16.0±0.3

B 7.5±0.1

C 9.4±0.1

D 12.0±0.1

E 2.2±0.1

120°

ø21.0±0.8

2.0±0.5

ø13.0±0.2

TCO-999

TCO-5830

RIAJ-REM 1200GN

PS

100.

0±1.

0

330.

0±2.

0

0.2

0.4

0.6

0.8 6

Feeding direction

4 (Hole pitch)

4 (Pocket pitch)

2

1.75

5.5

12±0

.2

1.4

4.4

+0.1 0ø1.5 0.25

5°m

ax.

5°max.

2.9

+0.1 0ø1.5

±0.05

55

CRYSTAL OSCILLATORS


2±0.1

25.5±1.5

1

6±1

80±1

330±2

11.5

±0.1

1.75

±0.1

24±0

.3

12.1

±0.1

(10.

75)

ø21±0.8

ø2.05±0.05

ø1.55±0.054±0.1

16±0.1

11.9±0.1

2±0.10.3±0.05

4.2±0.1

ø13±0.5

40°

120°

TCO-5000, 5100

4±0.1 2±0.10.4±0.05

4.4±0.1

5.4±0.2

9.05±0.1

11.2±0.2

16 (pitch)

(10°) (1

0°)

5° max.5°

max

.*

*

1.75

±0.1

ø1.5 +0.10-0

ø2.

0+

0.15

-0

11.5

±0.1

24±0

.3

14.2

±0.1

8±0.2

(10.

75)

330±2

80±1

ø80±1

25.5±1.5

40°

120°

1.0

TCO-2101A, 2102A, 2103A, 2104A, 2111, 2112, 2113, 2114, 2121, 2122, 2123, 3111, 3112, 3113, 3114

TCO-291B, B2, C, C2, J, X, Y, Z

330±2

80±1

(10.

75)

11.5

±0.1

24±0

.3

12.1

±0.1

1.75

±0.1

ø80±1

25.5±1.5

11.8±0.1

16±0.1

4±0.1 2±0.1 ø1.55±0.05 0.3±0.05

4.2±0.1

ø2.05±0.05

40°

120°

1.0

56

CRYSTAL OSCILLATORS

6 6 PS

35°

R 135.0

R 135.0

330.

0±2.0

24.0

±0.3 11

.51.

75

80.0

±1.0

13.0

±0.2

Ø10.0

12-R 5.0

4-R 4.08-R 10.0

22.0

R 45.0

ø1.5 4.0 (Hole pitch)

12.0(Pocket pitch)

9.8

4.0

14.4

6.4

5.2

5° max

5° m

ax 5° m

ax

+0.10

ø2.0 +0.10

25.5±0.5

0.3±0.05

29.5±1.0

R 80.0

Ø10.0

30.0

60°

EIAJ-RRM- NP-

120°


TCO-293A

TCO-726DVX, BVX, DHVX

35°

R 135.0

R 135.04.0

º10.0R 80.0

12-R5.0

R55.0

8-R10

.0

4-R8.0

EIAJ-RRM- NP-

60°

120°

30.0

2 0

3 022

.0

4 0

6 0

8 0

330.

0±2.0

32.0

±0.2

28.4

14.2

20.9

4.0

13.4

5.8

7°max

.

7°max.

16.0(Pocket pitch)

2.0

Used direction of feed

1.75

A

13.0

±0.2

33.5±0.5

0.4±0.5

37.5±1.0

100.

0±1.0

ø1.

5+

0.1

0Ø

1.5

+0.

10

6 06 PS

TCO-7116Z1V2

ø1.5

Feeding direction

2.0 4.0

8.0 ø10.05.75

16.0

7.5

1.75

7.65

2.1

0.3

ø13.0

D

G

2.0

Center hole

ø80

.0

ø25

5.0

17.5

W2

F

57

CRYSTAL OSCILLATORS


SMO-N, SMO-N-K

D0

Feeding direction

P2 P0

P1D1A

W

FE

B

K

t

D

C G

E

Center hole

F

B A

W1

W2

A

5.4

B

7.4

D0

φ1.5

D1

φ1.5

E

1.75

F

7.5

K

2.1

P0

4.0

P1

8.0

P2

2.0

t

0.3

W

16.0

A

φ254

B

φ100

C

φ13

D

φ21

E

2.0

F

102

G

120°

W2

21.5

W1

17.5

* 1k pcs/reel for SMD product in one standard packing.

58

CRYSTAL OSCILLATORS

• Products listed in this catalog may malfunction depending on how they are used and on the environment in

which they are used. TOYOCOM has prepared documents that detail the proper use of products; so please

feel free to request them.

• These products are intended for general use in electronic equipment. When using them in specific

applications that require extremely high reliability, such as those as below, the user must obtain written

permission from TOYOCOM prior to the application. These include: space equipment (artificial satellites,

rockets, etc.); transportation vehicles and control equipment (automobiles, aircraft, trains, vessels, etc.);

medical instruments to sustain life; underwater equipment; power station control equipment; anti-fire and

security equipment; traffic control equipment; and other equipment that requires reliability equivalent to that

of the aforementioned equipment.

• Specifications of these products are subject to change without prior notice for improvement purposes. For

the most up-to-date information on mass-production models, please check the latest data.

• TOYOCOM does not guarantee or give permission to use intellectual property rights and/or other rights

belonging to us or to third parties regarding the use of the technical information included in this catalog or

brochure.

• Although TOYOCOM constantly strives to ensure the quality and reliability of its products, malfunctions do

occur with electronic parts; so TOYOCOM recommends that the user take appropriate safety measures for

the equipment or systems in which these parts are installed.

• Reprint or reproduction of the whole or part of the descriptions in this catalog without the permission of

TOYOCOM is strictly prohibited.

• Information in this catalog is as of November 2002.

Important Notes

Download - Toyocom Cristal Oscillators

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