Contextual Info: CROSS REFERENCE TO Q-TECH PRODUCT PIN CONNECTIONS MIL # QT #* OUT Vcc/Vdd CASE /11 QT10C 1 14 2 GND 8 /15 QT10C 1 14 2 8 * For Q-TECHÕs equivalent part type and outline drawings, please refer to pages 8 and 9. QPL Dual In-Line: CMOS CMOS /11 sample part number

Contextual Info: Standard Page 1 of 3 Model : QT10 Type: Crystal Oscillator Pin Configuration VCC GND OUT CASE ITP 14 8 1 2 3, 12 Equivalent Military Designation: M55310/08=QT10T, /11=QT10C, /15=QT10C Frequency Options Frequency Stability vs Temperature 0.01 Hz to 160 MHz

BY120

Contextual Info: military Page 1 of 2 Military Designation : M55310/15 Package Type : Dual In-Line DIP Pin Connections Vcc GND OUT CASE QT # 14 8 1 2 QT10C Logic Levels Stability Options Logic Level Supply Voltage Code Temp. Range 15V 12V 10V 1 (high) 13V 10V 9.5V 6.25V

QT10C

Abstract: Q-Tech M55310/16
Contextual Info: CROSS REFERENCE TO Q-TECH PRODUCT PIN CONNECTIONS MIL # QT #* OUT Vcc/Vdd CASE /11 QT10C 1 14 2 GND 8 /15 QT10C 1 14 2 8 * For Q-TECHÕs equivalent part type and outline drawings, please refer to pages 8 and 9. QPL Dual In-Line: CMOS CMOS /11 sample part number

crystal 12mhz

Abstract: qt55 QT6C
Contextual Info: DUAL IN-LINE PACKAGES Q-TECH CRYSTAL CLOCK OSCILLATORS -5.2 to -4.5Vdc & 1.8 to 15Vdc - 0.01Hz to 200MHz CORPORATION Description Q-Tech’s Dual In-line DIP crystal oscillators consist of a source clock square wave generator, logic output buffers and/or logic divider stages, and a

QT6T

Abstract: qt55 qt50t qt4t8
Contextual Info: DUAL IN-LINE PACKAGES Q-TECH CRYSTAL CLOCK OSCILLATORS -5.2 to -4.5Vdc & 1.8 to 15Vdc - 0.01Hz to 200MHz CORPORATION Description Q-Tech’s Dual In-line DIP crystal oscillators consist of a source clock square wave generator, logic output buffers and/or logic divider stages, and a

QT6C

Abstract: QT6T QT6HC10 qt50 QT18 QT41 QT504 M55310 QT12 QT6H
Contextual Info: Upper dimensions in inches - lower dimensions in millimeters. Unless otherwise specified, tolerances are .005Ó .127mm. . Detailed mechanical drawings available by request. .200 Max. 5.08 .200 Min. 5.08 .018 .457 .600 15.24 .880 Max. 22.35 .100 2.54 DIP Q-TECH

QT6HC10

Abstract: QT12 QT6C QT42 qt41 QT6T QT18 QT50 QT10 M55310
Contextual Info: Upper dimensions in inches - lower dimensions in millimeters. Unless otherwise specified, tolerances are .005Ó .127mm. . Detailed mechanical drawings available by request. .200 Max. 5.08 .200 Min. 5.08 .018 .457 .600 15.24 .880 Max. 22.35 .100 2.54 DIP Q-TECH

CLOCK GENERATOR 10HZ

Abstract: qt55 QT6T
Contextual Info: DUAL IN-LINE PACKAGES Q-TECH CRYSTAL CLOCK OSCILLATORS -5.2 to -4.5Vdc & 1.8 to 15Vdc - 0.01Hz to 200MHz CORPORATION Description Q-Tech’s Dual In-line DIP crystal oscillators consist of a source clock square wave generator, logic output buffers and/or logic divider stages, and a

CRYSTAL DIP 12MHZ

Abstract: QT6L9M-64 crystal 12mhz
Contextual Info: DUAL IN-LINE PACKAGES CRYSTAL CLOCK OSCILLATORS -5.2 to -4.5Vdc & 1.8 to 15Vdc - 0.01Hz to 200MHz Q-TECH CORPORATION Description Q-Tech’s Dual In-line DIP crystal oscillators consist of a source clock square wave generator, logic output buffers and/or logic divider stages, and a

QT42

Abstract: QT6C QT6L9M-64 crystal quartz 24mhz Q-Tech QT6T E505 QT18 qt6hcd9m EAR99
Contextual Info: DUAL IN-LINE PACKAGES CRYSTAL CLOCK OSCILLATORS -5.2 to -4.5Vdc & 1.8 to 15Vdc - 0.01Hz to 200MHz Q-TECH CORPORATION Description Q-Tech’s Dual In-line DIP crystal oscillators consist of a source clock square wave generator, logic output buffers and/or logic divider stages, and a

Contextual Info: DUAL IN-LINE PACKAGES CRYSTAL CLOCK OSCILLATORS -5.2 to -4.5Vdc & 1.8 to 15Vdc - 0.01Hz to 200MHz Q-TECH CORPORATION Description Q-Tech’s Dual In-line DIP crystal oscillators consist of a source clock square wave generator, logic output buffers and/or logic divider stages, and a

CRYSTAL DIP 12MHZ

Contextual Info: DUAL IN-LINE PACKAGES CRYSTAL CLOCK OSCILLATORS -5.2 to -4.5Vdc & 1.8 to 15Vdc - 0.01Hz to 200MHz Q-TECH CORPORATION Description Q-Tech’s Dual In-line DIP crystal oscillators consist of a source clock square wave generator, logic output buffers and/or logic divider stages, and a