SAW OSCILLATOR 1090 Search Results

HO1079

Abstract: DIP16-8 HO1081 RFM SAW Oscillator
Contextual Info: HO1079 1090.0 MHz • • • SAW Oscillator SAW Frequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal for Air Traffic Control Applications The frequency of this oscillator is stabilized by surface-acoustic-wave SAW technology. This results in excellent performance from a compact, rugged, oscillator operating

Contextual Info: CCSO-914Y12-1090 Ultra-Low Phase Noise 1090MHz SAW Clock True SineWave SAW Based Clock Oscillator 9x14mm SMD 12 Volt Model CCSO-914Y12-1090 is a 1090MHz SAW surface acoustic wave Clock Oscillator (CCSO). SAW crystal technology provides low-noise and low-jitter performance with

Contextual Info: CCSO-914Y12-1090 Ultra-Low Phase Noise 1090MHz SAW Clock True SineWave SAW Based Clock Oscillator 9x14mm SMD 12 Volt Model CCSO-914Y12-1090 is a 1090 MHz SAW surface acoustic wave Clock Oscillator (CCSO). SAW crystal technology provides low-noise and low-jitter performance with

Contextual Info: CCSO-914Y12-1090 Ultra-Low Phase Noise 1090MHz SAW Clock True SineWave SAW Based Clock Oscillator 9x14mm SMD 12 Volt Model CCSO-914Y12-1090 is a 1090MHz SAW surface acoustic wave Clock Oscillator (CCSO). SAW crystal technology provides low-noise and low-jitter performance with

DIP16-8

Abstract: HO1079 HO1081 SAW oscillator 1090
Contextual Info: HO1079 • • • SAW Frequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal for Air Traffic Control Applications 1090.0 MHz SAW Oscillator The frequency of this oscillator is stabilized by surface-acoustic-wave SAW technology. This results in excellent performance from a compact, rugged, oscillator operating at the fundamental frequency of 1090.0

Contextual Info: HO1079 • • • SAW Frequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal for Air Traffic Control Applications 1090.0 MHz SAW Oscillator The frequency of this oscillator is stabilized by surface-acoustic-wave SAW technology. This results in excellent performance from a compact, rugged, oscillator operating at the fundamental frequency of 1090.0

HX1081

Abstract: smd ferrite bead
Contextual Info: HX1081 • • • • SAW Frequency Stabilized Fundamental-mode Oscillation at 1090.0 MHz Designed for ATC/TCAS Transponder Applications Complies with Directive 2002/95/EC RoHS 1090.0 MHz SAW Oscillator 2 > The frequency of this oscillator is stabilized by UHF surface-acoustic-wave (SAW) technology, providing excellent performance in a compact, rugged oscillator operating at the

Contextual Info: HO1081-3 • • • • SAW Frequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal for ATC/TCAS Transponder Applications Complies with Directive 2002/95/EC RoHS 1090.0 MHz SAW Oscillator 2 > The frequency of this oscillator is stabilized by UHF surface-acoustic-wave (SAW) technology, providing excellent performance in a compact, rugged oscillator operating at the fundamental frequency of 1090.0 MHz.

Contextual Info: HO1081-4 • • • • SAW Frequency Stabilization Fundamental-mode Oscillation at 1090.0 MHz Ideal for ATC/TCAS Transponder Applications Complies with Directive 2002/95/EC RoHS 1090.0 MHz SAW Oscillator 2 > The frequency of this oscillator is stabilized by UHF surface-acoustic-wave (SAW) technology, providing excellent performance in a compact, rugged oscillator operating at the fundamental frequency of 1090.0 MHz.

saw 1090

Contextual Info: HO1091 • • • • SAW Frequency Stabilized Fundamental-mode Oscillation at 1090 MHz Ideal for ATC Transponder Applications Complies with Directive 2002/95/EC RoHS 1090 MHz SAW Oscillator 2 > The frequency of this oscillator is stabilized by UHF surface-acoustic-wave (SAW) technology, providing excellent performance in a compact, rugged oscillator operating at the fundamental frequency of 1090 MHz. The

DIP16-8

Contextual Info: HO1081-3 • • • • SAW Frequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal for ATC/TCAS Transponder Applications Complies with Directive 2002/95/EC RoHS 1090.0 MHz SAW Oscillator 2 > The frequency of this oscillator is stabilized by UHF surface-acoustic-wave (SAW) technology, providing excellent performance in a compact, rugged oscillator operating at the fundamental frequency of 1090.0 MHz.

1090 MHz oscillator

Abstract: saw 1090 SAW oscillator 1090
Contextual Info: HO1091 • • • • SAW Frequency Stabilized Fundamental-mode Oscillation at 1090 MHz Ideal for ATC Transponder Applications Complies with Directive 2002/95/EC RoHS 1090 MHz SAW Oscillator 2 > The frequency of this oscillator is stabilized by UHF surface-acoustic-wave (SAW) technology, providing excellent performance in a compact, rugged oscillator operating at the fundamental frequency of 1090 MHz. The

Contextual Info: CCSO-914-1090 SAW Clock Oscillator CCSO-914-1090 Model 14 Pin DIP, 12V, True Sinewave Model CCSO-014-1090 is a 1.090GHz SAW surface acoustic wave Clock Oscillator (CCSO). SAW crystal technology provides low-noise and low-jitter performance with true sinewave output. Features include -138dBc/Hz phase

Contextual Info: HO1081-4 • • • • SAW Frequency Stabilization Fundamental-mode Oscillation at 1090.0 MHz Ideal for ATC/TCAS Transponder Applications Complies with Directive 2002/95/EC RoHS 1090.0 MHz SAW Oscillator 2 > The frequency of this oscillator is stabilized by UHF surface-acoustic-wave (SAW) technology, providing excellent performance in a compact, rugged oscillator operating at the fundamental frequency of 1090.0 MHz.

mil-std-202

Abstract: mil-std-202 method 213 method c 1090mhz oscillator SAW oscillator 1090
Contextual Info: CCSO-014-1090 SAW Clock Oscillator CCSO-014-1090 Model 14 Pin DIP, 12V, True Sinewave Model CCSO-014-1090 is a 1.090GHz SAW surface acoustic wave Clock Oscillator (CCSO). SAW crystal technology provides low-noise and low-jitter performance with true sinewave output. Features include -138dBc/Hz phase

Contextual Info: CCSO-014-1090 SAW Clock Oscillator CCSO-014-1090 Model 14 Pin DIP, 12V, True Sinewave Model CCSO-014-1090 is a 1.090GHz SAW surface acoustic wave Clock Oscillator (CCSO). SAW crystal technology provides low-noise and low-jitter performance with true sinewave output. Features include -138dBc/Hz phase

Contextual Info: CCSO-014-1090 SAW Clock Oscillator CCSO-014-1090 Model 14 Pin DIP, 12V, True Sinewave Model CCSO-014-1090 is a 1.090GHz SAW surface acoustic wave Clock Oscillator (CCSO). SAW crystal technology provides low-noise and low-jitter performance with true sinewave output. Features include -138dBc/Hz phase

Contextual Info: CCSO-014-1090 SAW Clock Oscillator CCSO-014-1090 Model 14 Pin DIP, 12V, True Sinewave Model CCSO-014-1090 is a 1.090 GHz SAW surface acoustic wave Clock Oscillator (CCSO). SAW crystal technology provides low-noise and low-jitter performance with true sinewave output. Features include -138 dBc/Hz phase

Contextual Info: CCSO-914X Ultra-Low Phase Noise SAW Clock Frequency Range: 245.760 MHz to 1090 MHz True SineWave SAW Based Clock Oscillator 9x14mm SMD 3.3 & 5.0 Volt CCSO-914X3-250.000 K STE 4X Y R C O-91 CCS 0 MHz 25 -15 Bc 3d z /H Model CCSO-914X is a SAW surface acoustic wave Clock Oscillator (CCSO). SAW crystal

Contextual Info: IFIm H01079 1090.0MHz SAW Oscillator SA WFrequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal fo r Air Traffic Control Applications The frequency of this oscillator is stabilized by surface-acoustic-wave SAW technol­ ogy. This results in excellent performance from a compact, rugged, oscillator operating

Contextual Info: CCSO-014-1090 SAW Clock Oscillator CCSO-014-1090 Model 14 Pin DIP, 12V, True Sinewave Model CCSO-014-1090 is a 1.090 GHz SAW surface acoustic wave Clock Oscillator (CCSO). SAW crystal technology provides low-noise and low-jitter performance with true sinewave output. Features include -138 dBc/Hz phase

Contextual Info: H01079 • S/4W Frequency Stabilization • Fundamental-Mode Oscillation at 1090 MHz 1090.0 MHz SAW Oscillator • Ideal for A ir Traffic Control Transponder Applications The frequency of this oscillator Is stabilized by surface acoustic wave SAW technology. This results In excellent performance from a compact, rugged, oscillator

IFF Radar Transponder

Abstract: fp18 HO1081
Contextual Info: HO1126 1090.0 MHz • • • SAW Oscillator SAW Frequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal for IFF Transponder Applications The frequency of this oscillator is stabilized by surface-acoustic-wave SAW technology. This results in excellent performance from a compact, rugged, hermeticallysealed oscillator operating at the fundamental frequency of 1090.0 MHz. The high-reliablity HO1126 is designed for use in identify-friend-or-foe (IFF) radar transponders

DIP16-8

Abstract: HO1079 HO1081
Contextual Info: HO1081 1090.0 MHz • • • SAW Oscillator SAW Frequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal for IFF Transponder Applications The frequency of this oscillator is stabilized by surface-acoustic-wave SAW technology. This results in excellent performance from a compact, rugged, hermeticallysealed oscillator operating at the fundamental frequency of 1090.0 MHz. The highlyreliable HO1081 is designed for use in identify-friend-or-foe (IFF) radar transponders