20GRMS Search Results

CTS CB3

Abstract: OC171 MIL-STD-883 METHOD 1009 crystals
Contextual Info: CB3/CB3LV SMD Clock Oscillator CTS FREQUENCY PRODUCTS CRYSTALS Features: • Standard miniature surface mount footprint • Frequency range 1.5 to125 MHz • Frequency stability: 100 ppm standard; 50 ppm and 25 ppm available • PCMCIA Type II & III • Low voltage option available

Contextual Info: PX-570 High Temperature Crystal Oscillator PX-570 Vectron offers a High Temperature Crystal Oscillator PX-570 product platform for extreme environment applications. In addition to its wide operating temperature range, PX-570 HTXO is also ideal for high shock & vibration applications. PX-570’s unique package design offers small

Contextual Info: PX-610 High Temperature Crystal Oscillator PX-610 Vectron offers a High Temperature Crystal Oscillator PX-610 product platform for extreme environment applications. In addition to its wide operating temperature range, PX-610 HTXO is also ideal for high shock & vibration applications. The foot print of the PX-610 design is based on

CMOS 4060

Abstract: mil-std-883 MIL-STD-883 METHOD 1009 SXO550 MIL-STD-883 METHOD 1009 condition A MilSTD-883 cts REEVES crystal
Contextual Info: CTS Reeves Spread Spectrum Clock Oscillator CRYSTALS FREQUENCY PRODUCTS SXO550 Features: • Wide Frequency Range 14 MHz to 120 MHz • Spread Spectrum Output for Reduced Emissions • Fits Existing Clock Footprint DIP CLOCKS VCXOs This crystal clock oscillator reduces measured electromagnetic

Contextual Info: EX-209 Hi-Reliability Evacuated Miniature Crystal Oscillator EX-209 Features • • • • • Applications 16 pin Double Dip Package Ruggedized hybrid thick film construction Low Power Consumption Frequency Range: 10 MHZ to 40 MHZ Previous Model: EX-245

Contextual Info: EX-209 Hi-Reliability Evacuated Miniature Crystal Oscillator EX-209 Features 16 pin Double Dip Package Ruggedized hybrid thick film construction Low Power Consumption Previous Vectron Model Numbers Frequency Range Standard Frequencies Typical Applications

d508

Contextual Info: EMXOTM EX-245 Evacuated Miniature Oven Controlled Crystal Oscillator EX-245 Series Hi-Reliability Evacuated Miniature Crystal Oscillator EMXOTM Features • • • • • • Radiation Tolerant to > 100krad SI total dose o o Low power consumption: <0.7W @ 25 C, <1.1W @-40 C

circuit diagram for Design and Fabrication of 5V

Contextual Info: PX-570 Preliminary High Temperature Crystal Oscillator PX-570 Vectron offers a High Temperature Crystal Oscillator PX-570 product platform for extreme environment applications. Typical operating temperature range is from -55°C to +180°C (Tighter temperature stability is available) with a frequency stability of +/- 250 ppm over the entire

Quartz resonator 20mhz

Contextual Info: PX-570 High Temperature Crystal Oscillator PX-570 Vectron offers a High Temperature Crystal Oscillator PX-570 product platform for extreme environment applications. In addition to its wide operating temperature range, PX-570 HTXO is also ideal for high shock & vibration applications. PX-570’s unique package design offers small

Contextual Info: PX-702 Preliminary High Temperature Crystal Oscillator PX-702 Vectron offers a High Temperature Crystal Oscillator PX-702 product platform for extreme environment applications. Typical operating temperature range is from -55°C to +180°C with a frequency stability of +/- 250 ppm over the entire operating temperature range.

CTS CB3

Abstract: MIL-STD-883 METHOD 1009
Contextual Info: CB3/CB3LV SMD Clock Oscillator CTS FREQUENCY PRODUCTS CRYSTALS Features: • Standard miniature surface mount footprint • Frequency range 1.5 to125 MHz • Frequency stability: 100 ppm standard; 50 ppm and 25 ppm available • PCMCIA Type II & III • Low voltage option available

Contextual Info: PX-570 Preliminary High Temperature Crystal Oscillator PX-570 Vectron offers a High Temperature Crystal Oscillator PX-570 product platform for extreme environment applications. Typical operating temperature range is from -55°C to +180°C (Tighter temperature stability is available) with a frequency stability of +/- 250 ppm over the entire

EX-209

Contextual Info: EX-209 Hi-Reliability Evacuated Miniature Crystal Oscillator EX-209 Features 16 pin Double Dip Package Ruggedized hybrid thick film construction Low Power Consumption Legacy Model: EX-245 Frequency Range Standard Frequencies Typical Applications Satellite and Deep Space

EXO-55

Abstract: mil-std-883 MIL-STD-883 METHOD 1009 condition A MIL-STD-883 METHOD 1009 mil-std-883 random cts REEVES
Contextual Info: FREQUENCY PRODUCTS CRYSTALS EXO55 ECL Clock Oscillator CTS Reeves Features: • • • • Complementary Output Available Tight Frequency Stability Available Optimal Jitter Performance Stabilities as tight as ±25 ppm CLOCKS The EXO55 series is an ECL compatible clock

EX-200

Contextual Info: EX-200 Evacuated Miniature Crystal Oscillator EX-200 Description The EX-200 Series offers a ruggedized hybrid thick film construction in a low profile hermetically sealed 16pin DDIL package, which can withstand severe environmental conditions. This product utilizes VI’s EMXO technology resulting in excellent stability

Contextual Info: CTS Reeves FREQUENCY PRODUCTS MX045LV/MX045HSLV 3.3V Clock Oscillator Features: Up to 50 MHz Operation Low Power Consumption Tristate Options CMOS/TTL Compatible Standard Frequencies 8 and 14 Pin Package CLOCKS • • • • • • The MX045LV is the newest member of the MX045 family. Designed to operate at 3.3V, the MX045LV

Contextual Info: Clock Application Notes CTS Reeves FREQUENCY PRODUCTS CTS R eeves hybrid crystal clock oscillators are the result of com bining the latest design technology with auto­ m ated m anufacturing, utilizing the industry's highest crystal technology and process controls. Initially, CTS

Contextual Info: High Temperature Low Power Real Time Clock Crystal Oscillators PX-702 PX-570 PX-420 Vectron ofers a High Temperature Low Power Real Time Clock Crystal Oscillator HT RTC XO product platform for extreme environment applications. Comparing with traditional RTC solution with 32.768KHz tuning folk resonator design, Vectron HT RTC XO solution

EX-209

Abstract: EX-245 MIL-PRF-55310
Contextual Info: EX-209 Hi-Reliability Evacuated Miniature Crystal Oscillator EX-209 Features Applications • 16 pin Double Dip Package • Ruggedized hybrid thick film construction • Low Power Consumption • Frequency Range: 10 MHZ to 40 MHZ • Previous Model: EX-245

downhole

Contextual Info: VX-400 High Temperature Voltage Control Crystal Oscillator VX-400 Vectron offers a High Temperature Voltage Control Crystal Oscillator VX-400 product platform for extreme environment applications. Typical operating temperature range is from -55°C to +180°C with an absolute pull range of +/- 50 ppm.

DIP CRYSTAL 8 pin

Contextual Info: PX-420 High Temperature Crystal Oscillator PX-420 Vectron offers a High Temperature Crystal Oscillator PX-420 product platform for extreme environment applications. Typical operating temperature range is from -55°C to +230°C with a frequency stability of +/- 250 ppm over the entire operating temperature range.

Contextual Info: EX-209 Hi-Reliability Evacuated Miniature Crystal Oscillator EX-209 Features 16 pin Double Dip Package Ruggedized hybrid thick film construction Low Power Consumption Legacy Model: EX-245 Typical Applications Satellite and Deep Space Radiation Tolerance Required

VECTRON INTERNATIONAL PART MARKING

Contextual Info: HT RTCXO High Temperature Low Power Real Time Clock Crystal Oscillators PX-702 PX-570 PX-420 Vectron offers a High Temperature Low Power Real Time Clock Crystal Oscillator HT RTC XO product platform for extreme environment applications. Comparing with traditional RTC solution with 32.768KHz tuning folk resonator design, Vectron HT RTC XO solution

Contextual Info: HM-4201-RTCM1 High-Temp Real Time Clock Module HM-4201-RTCM1 Product Description & Applications +180°C High Temp Real Time Clock/Calendar Module with Build-In 32.768KHz Crystal Oscillator. Timing, Calendar and Alarm functions can be set via I2C BUS. The entire HT RTC Module is fully operational from 2.7V to 3.6V. The Timing/Calendar function