Q-tech, High-temperature up to 225ºc, Operating temperature – Q-Tech HIGH TEMPERATURE User Manual

Page 2: Frequency stability, Materials, Symmetry, Logic, Options

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Q-TECH Corporation - 10150 W. Jefferson Boulevard, Culver City 90232 - Tel: 310-836-7900 - Fax: 310-836-2157 - www.q-tech.com

HIGH-TEMPERATURE UP TO 225ºC

CRYSTAL CLOCK OSCILLATORS

3.3 to 15Vdc - 1Hz to 110MHz

High-Temperature (Revision E, October 2010 ) (ECO# 10001)

Q-TECH

CORPORATION

Part Numbering System

Technology

Package and Frequency

Supply Current

Supply Voltage

Q-Tech Corporation assigns a custom MCM part number for each of the customer’s specification or application. The unique part
numbering system allows Q-Tech to design, select appropriate technology (packaging, supply current, operating temperature, vibration
and shock requirement, etc.) to tailor customer’s specific needs. The part is available in standard Full Military screening (-M) per
MIL-PRF-55310, product level B. Sample part number MCM7933-3M

Standard 3.3Vdc and 5Vdc ± 10%
Available in lower and higher voltages 2.5Vdc to 18Vdc

Operating Temperature

Q-Tech extends its product offering to a wide operating tempera-
ture range from -55ºC to +225ºC.

Frequency Stability

Operating temperature and frequency dependent
Standard offerings:

Materials

• Standard AL2O3 thick-film substrate
• Standard Gold (Au) and Aluminum (Al) wire bonding
• High-temperature non-conductive or Ag conductive epoxies
• Round or strip AT-Cut Fundamental or Third-Overtone quartz

crystals

• Standard design for crystal mounting for high-shock (up to

36,000g on QT78, 88, 89 and 7 x 5mm with crystal
frequencies to 24MHz)

• CMOS, HCMOS, LVHCMOS Oscillator IC or discrete

semiconductor used

• Screening to MIL-PRF-55310
• Tri-state Output (May not be available in certain low

frequencies and package types)

• Multiple Outputs
• Phase Locked Output
• Low Voltage / Low Current
• Voltage Control (VCXO / VCO)
• Hybridize customer’s designs

Symmetry

45/55% max. for Fo < 12MHz
40/60% max. for Fo ≥ 12MHz

Logic

CMOS, ACMOS, HCMOS, LVHCMOS, TTL, SINE

Options

Offering as low as ± 75ppm. Please contact Q-Tech for details.

Please contact our factory or visit our website, www.q-tech.com for technical updates.

Q-Tech high-temperature crystal oscillators were designed to
assure low power consumption.

Standard typical no load supply current on high-temperature
oscillators:

5.0V

DIP-14:

1Hz to 110MHz

DIP-8:

1Hz to 85MHz

TO-5:

10kHz to 85MHz

SMD:

15kHz to 85MHz

7x5mm 500kHz to 40MHz

0ºC to +150ºC ±150ppm, ±200ppm, ±250ppm
0ºC to +175ºC ±200ppm, ±250ppm
0ºC to +200ºC ±250ppm
0ºC to +225ºC ±450ppm

3.3V

DIP-14:

1Hz to 70MHz

DIP-8:

1Hz to 70MHz

TO-5:

10kHz to 70MHz

SMD:

15kHz to 70MHz

7x5mm 500kHz to 40MHz

QT50L8M-10kHz

2.0mA (Custom design to 0.8mA)

QT78L8M-32.768kHz

2.5mA

QT50L8-32.768kHz

2.0mA (Custom design to 1.0mA)

QT4C8M-290kHz

5mA at 10Vdc

QT50HC8-4.096MHz

2mA

QT6C8M-4.194MHz

2.2mA

QT89L8-12MHz

5mA

QT89L8M-16MHz

6mA

QT75L8M-20MHz

6mA

QT89L8M-24MHz

6mA

QT89L8M-32MHz

11mA

QT89AC8-32MHz

12mA

QT50HC8M-40MHz

12mA

QT6HC8M-44MHz

25mA

QT89L8-48MHz

15mA

QT50HC8-64MHz

30mA

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