IFF MODE 5 Search Results

atc 1400a maintenance manual

Abstract: ATC-1400A OPERATION MANUAL ATC-1400A MTL 5541 DO181A SI-1404 OPERATION MANUAL SI-1404 Mk10A ATC1400 UF-24
Contextual Info: Avionics SI-1404 MK12/Mode S IFF Accessory Unit SI-1404 provides a comprehensive 3rd Line/Depot Level test solution for next generation MK12/Mode S IFF transponders • Comprehensive Mode S level 4 and Mode 4 interrogator simulation • Accurate measurement of transponder

KIR 1C

Abstract: KIR-1C stanag 4193 IFF-701 mode s transponders vietnam factory stanag 4193 part V KIT-1C/TSEC battery stanag nato stanag 4193
Contextual Info: Avionics IFF-701 Transponder Test Set The IFF-701 is an 'O' Level/1st Line, portable battery operated test set for testing IFF MK12/Mode S Transponders installed in airborne, naval or land based platforms. The IFF-701 may also be used for 'I' Level/2nd Line filter bench testing.

Aeroflex SDX 2000

Abstract: diode KIV 63 SDX2000 mode 5 IFF sdx 2000 SDX2000-220 mode s transponders AC15527107 DME 2000 SDXOPT02
Contextual Info: Avionics SDX 2000 Transponder/Interrogator/DME Test Set ATC, DME, Mode S, Data Link, IFF and TACAN capability in a single tester Designed in cooperation with the world's leading DME Transponder and IFF manufacturers, the SDX 2000 is the first new technology, fully programmable RF tester that provides complete test

kiv-77

Abstract: Kir-1c DOD AIMS 03-1000A AIMS 03-1000A kiv-78 diode KIV 63 KIR 1C KIT-1c AC45TS-CNTR IFF-45TS
Contextual Info: Avionics IFF-45TS Transponder/Interrogator/TACAN Bench Test Set Optional controller shown A leading edge RF signal generator designed for Mode 5 engineering and manufacturing applications • AIMS Certified All modes including Mode 5 • Dual I/O for diversity transponder or

kiv-77

Abstract: Kir-1c AIMS 03-1000A KIT-1c kiv-78 KIR 1C diode KIV 63 IFF-45TS KIT-1A KIV-6
Contextual Info: Avionics IFF-45TS Transponder/Interrogator/TACAN Bench Test Set Optional controller shown A leading edge RF signal generator designed for Mode 5 engineering and manufacturing applications • AIMS Certified All modes including Mode 5 • Dual I/O for diversity transponder or

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

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

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

mode 5 IFF

Abstract: HVV1011-300 diode gp 429 hvvi "RF MOSFET" 300W 1030mhz hvv1011 1090mhz RF 1090MHz
Contextual Info: The innovative Semiconductor Company! HVV1011-300 High Voltage, High Ruggedness L-Band Avionics Pulsed Power Transistor 1030/1090 MHz, 50µs Pulse, 5% Duty For TCAS, IFF and Mode-S Applications TM Features • Silicon MOSFET Technology • Operation from 24V to 50V

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

1030 PULSED 32uS MODE-S

Abstract: 700 v power transistor
Contextual Info: PH1090-700B Avionics Pulsed Power Transistor—700 Watts, 1.03-1.09 GHz, 32µs Pulse, 2% Duty Features • • • • • • • • • Outline Drawing1 Designed for Mode-S IFF Applications NPN Silicon Microwave Power Transistor Common Base Configuration

PH1090-700B

Abstract: Mode-S transistor
Contextual Info: Avionics Pulsed Power Transistor, 700 Watts, 12/10/01 1.03-1.09 GHz, 32 µS Pulse, 2% Duty PH1090-700B Rev. 0 Features Q Q Q Q Q Q Q Q Absolute Maximum Ratings @ 25 °C Designed for Mode-S IFF Applications NPN Silicon Microwave Power Transistor Common Base Configuration

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

KIR 1C

Abstract: I-1402 ATC1400 atc 1400a maintenance manual KIT-1C/TSEC ATC-1400A Mk10A atc 1400a maintenance manual calibration EN50082-1 specification ATC-1400A
Contextual Info: Avionics I-1402 Mode 4 Accessory Unit The I-1402 provides a friendly test solution for Mk10A and Mk12 IFF transponders and interrogators • NATO codified Operation • Easy to operate The I-1402 can provide a fixed simulation of a KIT/KIR TSEC1A/1C cryptographic computer, utilizing the NATO assigned A, B &

RS423

Abstract: 188-114 RS422 AM26LS30 188-114A
Contextual Info: — 97 Dual D iff Line RS422/RS423 Driver 3691/3692 ik f M & f* Ü ft 771 R ISE TIME i ° J CONTROL A INPUT a ( T ]T ] OUTPUT A INPUT B /D IS A B L E jT J 4 ] OUTPUT B T i l R ISE TIME -Ü1 CONTROL B MODE S E L E C T [ T T i l R ISE TIME Hi CONTROLC CND U

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

ERJ8GEYJ100V

Abstract: Johanson Technology C1206C102K1RACTU C1206C103K1RACTU 445-4109-2-ND 478-2666-1-ND 251R15S
Contextual Info: HVV1012-250 High Voltage, High Ruggedness L-Band Avionics Pulsed Power Transistor 1025-1150 MHz, 10µs Pulse, 1% Duty Cycle For Airborne DME, TCAS and IFF Applications FEATURES The innovative Semiconductor Company! Silicon MOSFET Technology Operation from 24V to 50V

nm485st

Abstract: NM485S
Contextual Info: . NM485ST Low Power Isolated EIA-485 Transceiver featu re s O Sin gle 5V Supply O Low Power G alvan ic Isolation O Differential H alf Duplex Transceiver □ EIA -485 and C C IT T V .1 0 ,V . 11 Com patible [""] Driver Tri-state Outputs Active High Enable

BT8215

Abstract: bicon B8209
Contextual Info: 5.0 Electrical and Mechanical Specifications - 5.1 AC Characteristics Table 5-1 and Figure 5-1 show the timing requirements for a microprocessor

Cycle10s

Abstract: mode 5 IFF L-band RF MOSFET transistor AZ 1
Contextual Info: The innovative Semiconductor Company! HVV1012-250 High Voltage, High Ruggedness L-Band Avionics Pulsed Power Transistor 1025-1150 MHz, 10 s Pulse, 1% Duty Cycle For Airborne DME, TCAS and IFF Applications TM Features • Silicon MOSFET Technology • Operation from 24V to 50V