Pletronics: Manufacturer of High Quality Crystals and Oscillators

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CMOS output oscillators with FR4 bases to fit older package designs. ====================
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These are made from 5x7mm LCC ceramic based
oscillators (SM77 series) that should be used for all new designs.

SM77xxD 5.0V part packaged to fit in
the footprint of a J lead part
SG615 or SG8002J style
Do NOT use for new designs

SM77xxD 3.3V part packaged to fit in
the footprint of a J lead part
SG615 or SG8002J style
Do NOT use for new designs

SM77xxD 2.5V part packaged to fit in
the footprint of a J lead part
SG615 or SG8002J style
Do NOT use for new designs

SM77xxD 1.8V part packaged to fit in
the footprint of a J lead part
SG615 or SG8002J style
Do NOT use for new designs

SM77xxH 1.8V or 5.0V part packaged to fit in
the footprint of a J lead part
SG615 or SG8002J style
Do NOT use for new designs

SM77xxH 2.5V part packaged to fit in
the footprint of a J lead part
SG615 or SG8002J style
Do NOT use for new designs

SM77xxH 3.3V part packaged to fit in
the footprint of a J lead part
SG615 or SG8002J style
Do NOT use for new designs

SM11xxB device is obsolete
Use the SM77xxD device

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LVDS output oscillators with FR4 bases to fit older package designs. ==========================
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These are made from 5x7mm LCC ceramic based
oscillators (LV77 series) that should be used for all new designs.

LV77xxD part packaged to fit the
footprint of a SG615 style J lead part
40 to 325MHz 2.5V
LV76xxDW Pad 1 is E/D function
LV78xxDW Pad 2 is E/D function
Do NOT use for new designs

This LV76xxD 3.3V part has been replaced
See the LV96xxD 3.3V device for its replacement
The obsolete datasheet is provided here for reference only
You may order with the old part number, the LV96 device will be supplied
Pad 1 is E/D function
Do NOT use for new designs

This LV78xxD 3.3V part has been replaced
See the LV98xxD 3.3V device for its replacement
The obsolete datasheet is provided here for reference only
You may order with the old part number, the LV98 device will be supplied
Pad 2 is E/D function
Do NOT use for new designs

This device is OBSOLETE
discontinued due to lack of components to make this part
Output on pad 4 and 5
Pad 2 is the E/D function
Use LV99 devices and a 3.3V voltage regulator to realize a solution

This LV11xxB 3.3V part has been replaced
See the LV91xxD 3.3V device for its replacement
The obsolete datasheet is provided here for reference only
You may order with the old part number, the LV91 device will be supplied
Pad 2 is E/D function
Do NOT use for new designs

This device is OBSOLETE
discontinued due to lack of components to make this part
Output on pad 4 and 5
Pad 2 is the E/D function

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PECL output oscillators with FR4 bases to fit older package designs. ==========================
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These are made from 5x7mm LCC ceramic based
oscillators (PE77 series) that should be used for all new designs.

PE77xxD part packaged to fit the
footprint of a SG615 style J lead part
40 to 325MHz 2.5V
PE76xxDW Pad 1 is E/D function
PE78xxDW Pad 2 is E/D function
Do NOT use for new designs

This PE76xxD 3.3V part has been replaced
See the PE96xxD 3.3V device for its replacement
The obsolete datasheet is provided here for reference only
You may order with the old part number, the PE96 device will be supplied
Pad 1 is E/D function
Do NOT use for new designs

This PE78xxD 3.3V part has been replaced
See the PE98xxD 3.3V device for its replacement
The obsolete datasheet is provided here for reference only
You may order with the old part number, the PE98 device will be supplied
Pad 2 is E/D function
Do NOT use for new designs

This device is OBSOLETE
discontinued due to lack of components to make this part
Output on pad 4 and 5
Pad 2 is the E/D function
Use PE99 devices and a 3.3V voltage regulator to realize a solution

This PE33xxB 3.3V part has been replaced
See the PE91xxD 3.3V device for its replacement
The obsolete datasheet is provided here for reference only
You may order with the old part number, the PE91 device will be supplied
Pad 2 is E/D function

2.5V
Output on pad 4 and 5
PE33 Pad 2 is the E/D function
PE37 pad 1 is the E/D function
Do NOT use for new designs

This device is OBSOLETE
discontinued due to lack of components to make this part
Output on pad 4 and 5
Pad 1 is the E/D function
Use PE99 devices and a 3.3V voltage regulator to realize a solution

This PE37xxB 3.3V part has been replaced
See the PE97xxD 3.3V device for its replacement
The obsolete datasheet is provided here for reference only
You may order with the old part number, the PE97 device will be supplied
Pad 1 is E/D function

This device is OBSOLETE
discontinued due to lack of components to make this part
5.0V
Output on pad 1 and 4
Pad 2 is the E/D function
Use PE99 devices and a 3.3V voltage regulator to realize a solution

3.3V
Output on pad 1 and 4
Pad 2 is the E/D function
Do NOT use for new designs

This PE11xxT 3.3V part has been replaced
See the PE91xxD 3.3V device for its replacement
The obsolete datasheet is provided here for reference only
You may order with the old part number, the PE91 device will be supplied
Pad 2 is E/D function

This PE37xxT 3.3V part has been replaced
See the PE97xxD 3.3V device for its replacement
The obsolete datasheet is provided here for reference only
You may order with the old part number, the PE97 device will be supplied
Pad 1 is E/D function

Output on Pin 1 and Pin 8
Made with a CMOS oscillator and a level translator inside
5.0V Device
-10C to 70C Standard -40C to 85C Optional
Do NOT use for new designs

Output on Pin 1 and Pin 8
Made with a CMOS oscillator and a level translator inside
3.3V Device
-10C to 70C Standard -40C to 85C Optional
Do NOT use for new designs

Output on Pin 1 and Pin 8
Made with a CMOS oscillator and a level translator inside
2.5V Device
-10C to 70C Standard -40C to 85C Optional
Do NOT use for new designs

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Legacy TCXOs and VCXOs ==========================
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TCXO Open package - PCB exposed
The TCA4 / TCD4 Series should be considered for all new designs
Clipped sinewave, CMOS and Sinewave Output Options
10 to 60MHz 3.3V to 5.0V 12.5 x 19.0 x 5.0mm
The datasheet for reference only
OBSOLETE

TCXO Open package - PCB exposed
The TCA4 / TCD4 Series should be considered for all new designs
Clipped sinewave, CMOS and Sinewave Output Options
10 to 60MHz 3.3V to 5.0V 11.7 x 21.4 x 5.5mm
The datasheet for reference only
OBSOLETE

TCXO Open package - PCB exposed
The TCA4 / TCD4 Series should be considered for all new designs
Clipped sinewave, CMOS and Sinewave Output Options
10 to 60MHz 3.3V to 5.0V 11.6 x 11.6 x 4.0mm
The datasheet for reference only
OBSOLETE

TCXO
Open package - PCB exposed
The TCA4 / TCD4 Series should be
considered for all new designs
The datasheet for reference only
OBSOLETE

TCVCXO Open package - PCB exposed
The TCA4 / TCD4 Series should be considered for all new designs
Clipped sinewave, CMOS and Sinewave Output Options
10 to 60MHz 3.3V to 5.0V 12.5 x 19.0 x 5.0mm
The datasheet for reference only
OBSOLETE

TCVCXO Open package - PCB exposed
The TCA4 / TCD4 Series should be considered for all new designs
Clipped sinewave, CMOS and Sinewave Output Options
10 to 60MHz 3.3V to 5.0V 11.7 x 21.4 x 5.5mm
The datasheet for reference only
OBSOLETE

TCVCXO Open package - PCB exposed
The TCA4 / TCD4 Series should be considered for all new designs
Clipped sinewave, CMOS and Sinewave Output Options
10 to 60MHz 3.3V to 5.0V 11.6 x 11.6 x 4.0mm
The datasheet for reference only
OBSOLETE

TCVCXO
Open package - PCB exposed
The TCA4 / TCD4 Series should be
considered for all new designs
The datasheet for reference only
OBSOLETE

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Legacy Crystals ==========================
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Devices that should not be used for new designs

Plastic Encapsulated Crystal
3.5MHz to 70MHz
4.6 x 9.4 x 3.7mm
Very limited availability
-- discontinued due to RoHS requirements

5.5 x 11.6 x 2.2mm Ceramic Package
3.6MHz to 120MHz
Expect Long Delivery Times!!!

Cylindrical Leaded Crystal 30 to 150KHz
Never RoHS compliant
2.1 diameter x 6.2mm
OBSOLETE - Data sheet provided for reference ONLY

Cylindrical Leaded Crystal 30 to 150KHz
Never RoHS compliant
3.2 diameter x 9.0mm
OBSOLETE - Data sheet provided for reference ONLY

Cylindrical Leaded Crystal 4 to 70MHz
Never RoHS compliant
3.2 diameter x 9.0mm
OBSOLETE - Data sheet provided for reference ONLY

Cylindrical Leaded Crystal 3.5 to 4MHz
Never RoHS compliant
3.2 diameter x 10.5mm
OBSOLETE - Data sheet provided for reference ONLY