IFF RADAR TRANSPONDER Search Results

Product Selector Guide

Abstract: NI-400S-2S
Contextual Info: RF Military Power LDMOS Transistors Freescale’s LDMOS technology is ideally suited for military applications such as battlefield communications, primary radar covering HF, VHF, UHF, L-Band, S-Band, and avionics such as IFF transponders , and electronic warfare jamming. The high

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

Contextual Info: HO1163 • • • SAW Frequency Stabilization Fundamental-Mode Oscillation at 1030.0 MHz Ideal for IFF Transponder Applications 1030.0 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, hermetically-sealed oscillator operating at the fundamental frequency of 1030.0 MHz. The high-reliability HO1163 is designed for use in identify-friend-or-foe (IFF) radar

IFF Radar Transponder

Abstract: DIP16-8 HO1079 HO1081
Contextual Info: HO1081 • • • SAW Frequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal for IFF Transponder 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, hermetically-sealed oscillator operating at the fundamental frequency of 1090.0 MHz. The highly-reliable HO1081 is designed for use in identify-friend-or-foe (IFF) radar

Contextual Info: HO1081 • • • SAW Frequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal for IFF Transponder 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, hermetically-sealed oscillator operating at the fundamental frequency of 1090.0 MHz. The highly-reliable HO1081 is designed for use in identify-friend-or-foe (IFF) radar

Contextual Info: HO1126 • • • SAW Frequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal for IFF Transponder 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, hermetically-sealed 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

IFF Radar Transponder

Abstract: HO1080
Contextual Info: H01163 RIFIM L 1030.0 MHz_ S^IV Oscillator SA WFrequency Stabilization Fundamental-Mode Oscillation at 1030.0MHz Ideal fo r IFF Transponder Applications The frequency of this oscillator is stabilized by surface-acoustic-wave SAW technol­ ogy. This results in excellent performance from a compact, rugged, hermeticallysealed oscillator operating at the fundamental frequency of 1030.0 MHz. The highreliability HOI 163 is designed for use in identify-friend-or-foe (IFF) radar transpon­

H01081

Contextual Info: H01081 1090.0MHz » h II Pi» SAW Oscillator 'ill SA WFrequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal fo r IFF Transponder Applications The frequency of this oscillator is stabilized by surface-acoustic-wave SAW technol­ ogy. This results in excellent performance from a compact, rugged, hermeticallysealed oscillator operating at the fundamental frequency of 1090.0 MHz. The highlyreliable HO 1081 is designed for use in identify-friend-or-foe (IFF) radar transponders

IFF Radar Transponder

Contextual Info: H01126 1090.0 MHz » h II Pi» SAW Oscillator 'ill SA WFrequency Stabilization Fundamental-Mode Oscillation at 1090.0 MHz Ideal fo r IFF Transponder Applications The frequency of this oscillator is stabilized by surface-acoustic-wave SAW technol­ ogy. This results in excellent performance from a compact, rugged, hermeticallysealed oscillator operating at the fundamental frequency of 1090.0 MHz. The high-reliablity HOI 126 is designed for use in identify-friend-or-foe (IFF) radar transponders

IFF Radar Transponder

Abstract: HO1163 HO1080
Contextual Info: HO1163 1030.0 MHz • • • SAW Oscillator SAW Frequency Stabilization Fundamental-Mode Oscillation at 1030.0 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 1030.0 MHz. The highreliability HO1163 is designed for use in identify-friend-or-foe (IFF) radar transponders in military aviation. The HO1163 is a surface-mountable flatpack version of the

IFF Radar Transponder

Abstract: MD500L drones aircraft Radar Transponder radar transponder antenna ITAR TACAN Radar
Contextual Info: MD500L IFF Transponder Lancaster 3061 Industry Drive, Lancaster, PA 17603-4025 • Tel 717-397-2777 • Fax 717-397-7079 • www.herley.com FEATURES: • 500 Watt typical peak power output • All solid-state for added reliability • IFF/TACAN blanking and suppression

microwave transmitter circuit diagram

Abstract: radar system with circuit diagram IFF Transponder transmitter radar circuit modulator IFF Radar Transponder amplitude modulation transmitter circuit diagram circuit diagram for simple transmitter microwave agc simple block diagram of microwave receiver simple switch block diagram
Contextual Info: Spring/Summer 1998 Identification Friend or Foe IFF Systems use PIN Diodes MHz. These are specified by the FAA for commercial air control and are not the same for military aircraft. The basic system concepts are the same, however. Figure 1. Interrogator-Receiver Block Diagram

microwave transmitter circuit diagram

Abstract: IFF Radar Transponder radar circuit modulator amplitude modulation transmitter circuit diagram radar system with circuit diagram IFF Transponder transmitter Radar Antenna long range transmitter receiver circuit diagram microwave agc pulse amplitude modulation transmitter circuit
Contextual Info: Spring/Summer 1998 Identification Friend or Foe IFF Systems use PIN Diodes MHz. These are specified by the FAA for commercial air control and are not the same for military aircraft. The basic system concepts are the same, however. Figure 1. Interrogator-Receiver Block Diagram

Contextual Info: inn • H01081 SAW Frequency Stabilization • Fundamental-Mode Oscillation at 1090 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,

Q1129

Contextual Info: inni H01126 • SA W Frequency Stabilization • Fundamental-Mode Oscillation a t 1090 MHz • Ideal for IFF Transponder 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,

H01080

Contextual Info: H01080 1030.0 MHz » h II Pi» SAW Oscillator 'ill SA WFrequency Stabilization Fundamental-Mode Oscillation at 1030.0MHz Ideal fo r IFF Transponder 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

DIP16-8

Abstract: HO1078 HO1080
Contextual Info: HO1080 • • • SAW Frequency Stabilization Fundamental-Mode Oscillation at 1030.0 MHz Ideal for IFF Transponder Applications 1030.0 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 1030.0

Contextual Info: HO1080 • • • SAW Frequency Stabilization Fundamental-Mode Oscillation at 1030.0 MHz Ideal for IFF Transponder Applications 1030.0 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 1030.0

HO1080

Abstract: DIP16-8 HO1078 oscillator DIP
Contextual Info: HO1080 1030.0 MHz • • • SAW Oscillator SAW Frequency Stabilization Fundamental-Mode Oscillation at 1030.0 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, oscillator operating

APX-101

Abstract: TPX-54 APX-109 APX-100 tpx-56 APX-72 Transponder TPX Tpx 56 UPX-27 interrogator
Contextual Info: AN/DPM-27 V Lancaster N AVAL IFF I NTERROGATOR / T RANSPONDER T EST S ET 3061 Industry Drive, Lancaster, PA 17603-4025 • Tel 717-397-2777 • Fax 717-397-7079 • www.herley.com FEATURES: • For Ship and Shore Installations • Meets all requirements for DOD AIMS

AIMS 03-1000A

Abstract: mode 5 IFF IFF45TS DO-181C DOD AIMS 03-1000A 03-1000a IFF-45TS IFF MODE 5 45TS AeroFlex IFF-45TS
Contextual Info: For more information, contact: Tarah Hartzler McClenahan Bruer Communications 503 546-1014 tarah@mcbru.com James E. De Broeck Aeroflex Incorporated (316) 522-4981 jim.debroeck@aeroflex.com FOR PRINT AND ONLINE RELEASE: April 30, 2009 Aeroflex IFF-45TS Avionics Test Set Receives AIMS Certification

C band Radar Transponder

Abstract: IFF Radar Transponder x band radar transmitters Aethercomm high power microwave transmitter SSPA C Band 1030 mhz DPSK 1030 PULSED
Contextual Info: Solid State Pulsed Power Amplifier High Power Pulsed L Band Solid State RF Amplifier Aethercomm P/N SSPA 1.00-1.10-100 is a high power, • Minimum output power = 18 dBw pulsed, secondary surveillance radar, amplifier that • Pulse droop < 0.05 dB for a 32 uSec pulse

Contextual Info: H01163 • SA W Frequency Stabilization • Fundam ental-M ode Oscillation a t 1030 M H z • Ideal for IF F Transponder Applications 1030.0 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,