FLIGHT TEST TELEMETRY

L-band and / or S-band compact ground station (SPART type)

SPART with 2 axes pedestal

Only 2 elements compose this highly compact and complete telemetry station with monopulse tracking:

Our SPART antenna equipped with :

our 2axes pedestal

- High accuracy of tracking

- Low mechanical backlash

- High stiffness

- Unlimited azimuth rotation

feed and low noise amplifier designed by IN-SNEC and renowned for their MTBF indicator.

camera

Our integrated Antenna Control System and Broadband Radio Telemetry Receiver Cortex ACS-RTR

The S/L band compact station combines all advantages of SPARTE 2's performances and reliability. Several telemetry antennas have been already sold.

Main features :

L- and / or S-band operation

RHCP and LHCP simultaneously

Many operational modes

Many available options

Available sizes : 1.2m, 1.5m, 1.8m, 2.4m, 4.5m (consult us for other size)

Mobile or fixe

Data sheet (PDF format) 162k

Broad band radio telemetry receiver - RTR

Complete S-band telemetry receiver including RF receiver, pre-D and post-D processing, demodulator, bit synchronizer and decoder for broadband telemetry reception and demodulation, flight test surveillance, tracking reception systems.

Advantages :

User-friendly and intuitive graphic user interface

Easy configuration and monitoring,

Easy integration through TCP-IP socket interface

Windows NT environment (architecture based on our CORTEX™)

Compatible IRIG 106-00

Sliding keyboard

Floppy / CD drives

Low dimensions (4U)

Data sheet (PDF format) 142k

S-band modular receiver - MREC

- ref. SM514099

This receiver is dedicated for analog or digital S-band FM data processing ; its modularity allows several configurations such as :

Reception of wide band analog video signal with telemetering or audio sub-carriers

Reception of low or high rate digital data (up to 16 Mb/s)

Advantages :

High ruggedness

High RF shield

Wide temperature range

Low dimensions 7.24" x 4.4" x 4.3" (184x112x110 mm)

Low weight 3.75 lb (1.7kg)

Low power consumption

Low cost

PC remote-controlled

Modularity (Configurable on request)

Its compactness and its robustness allow its integration in fixed systems as well as in light aircraft or in medium-sized aerial such as our product COM'TRACK

Data sheet (PDF format) 124k

C-band low noise amplifier

- ref SM516266

High-performance and reliability with HEMT technology

Bandwidth : 4.4 - 5 GHz

Noise temperature 40K

Gain min 40 dB

Dimensions 9.05"x 2.16" x 1.77" (230 x 55 x 45 mm)

Weight 2.09 lb (950g)

Data sheet (PDF format) 130k

S-band low noise amplifier

ref Type I SM51599501A

Type II SM51393601A

High-performance and reliability with HEMT technology

Bandwidth 2.18 - 2.7GHz

Noise temperature 40K

Type I

Gain : 30 dB

Dimensions 0.72" x 0.98" x 0.23" (18.5 x 25 x 6 mm)

Type II

Gain 40 dB

Dimensions 1.69" x 1.22" x 0.23" (43 x 31 x 6 mm)

Data sheet (PDF format) 160k

Muzzle velocity radar - MVR

- ref 512 719

This type of radar operates stand-alone or coupled to a system; then the muzzle velocity radar forms an integral part of the land-bases or sea-borne artillery system, alongside firing control systems, meteorological stations, navigation and communications systems.

The MVR automatically measures the initial projectile velocity with an accuracy better than ±0.1%.

It is composed of a transceiver, an antenna and a digital processing unit integrated in a rugged housing, a display and control keyboard unit in option.

Dimensions : 11.22" x 8.26" x 5.44" (285 x 210 x 138.4 mm) (without the removable handle)

Weight : 13.22 lb (6 kg)

Data sheet (PDF format) 123k

Radio-altimeter

The IN-SNEC experiment in the field of the radioaltimetry was acquired with an external operation of development in 1997 : the purchase of the SNECMA-ELECMA's radiocommunications activities of which the major products was the strategic radioaltimeter of missile. SNECMA-ELECMA was prevailed then of an experiment of more than 20 years in this field.

Not only IN-SNEC continued successfully the SNECMA-ELECMA activities (strategic radioaltimeter of missile whose MCO is always in hand) but developed this activity through the realization of the radioaltimeter of a new strategic missile combining the high-tech performances (agility of frequency, resistance to the counter-measure) with the behaviour in a harsh environment (thermal and mechanical).

These equipment are designed and manufactured by our subsidiary Heim and distributed by the German department Heim Systems and the American department Heim Data Systems