MIL MIL-C-22442/17C PDF

Name:
MIL MIL-C-22442/17C PDF

Published Date:
09/02/1988

Status:
Active

Description:

CABLE ASSEMBLY, RADIO FREQUENCY (AIRCRAFT AUDIO), CX-7889/AIC-22(V), CX-7890/AIC-22(V), AND CX-11754 (SUPERSEDING MIL-C-22442/17B)(SEE BASE FOR INACTIVATION NOTICE)

Publisher:
Military Specifications and Standards

Document status:

Active

Format:

Electronic (PDF)

Delivery time:

10 minutes

Delivery time (for Russian version):

200 business days

SKU:

File Size :	1 file , 130 KB
Note :	This product is unavailable in Ukraine, Russia, Belarus
Number of Pages :	5
Published :	09/02/1988

History

Related products

QPL QPL-22442-20

Published Date: 04/15/2005

CABLE ASSEMBLIES, AIRCRAFT AUDIO, GENERAL SPECIFICATION FOR (SUPERSEDING QPL-22442-19)

$7.2

QPL QPL-6166-6 Notice 1 - Cancellation

Published Date: 01/15/1993

CORD: HEADSET-MICROPHONE, CX-1301/AR (NO S/S DOCUMENT)

$7.2

MIL MS75131

Published Date: 12/10/1982

DESIGN FEATURES FOR SWITCHBOARD CORD ASSEMBLIES

$7.2

MIL MIL-C-22442/2C

Published Date: 02/18/1992

CABLE ASSEMBLY, RADIO FREQUENCY (AIRCRAFT AUDIO), MOLDED RUBBER CONNECTOR (QUICK DISCONNECT) (SUPERSEDING MIL-C-22442/2B)(SEE BASE FOR INACTIVATION NOTICE)

$7.2

Best-Selling Products

PIMA IT2.38

Published Date: 01/01/1998

Determining the Resolving Power of Photographic Materials, Method for

$67.8

PIMA IT3.100-1998

Published Date: 01/01/1998

Photography - Roll film cameras - Back window location

PIMA IT3.104-1992(R1997)

Published Date: 03/18/1992

American National Standard for Photography - Front Lens Barrels up to 127 mm - Dimensions Important to the Connection of Auxiliaries

PIMA IT3.604-1999

Published Date: 07/21/1999

Photography (Optics) - Photographic Lenses - Measurement Method for Distribution of Illuminance

PIMA IT3.609-1998

Published Date: 01/01/1998

American National Standard for Photography (Lenses) - Visual and Photographic Resolving Power - Measurement Method

$11.4

PIMA IT3.613-1998

Published Date: 01/01/1998

Optics and Optical Instruments - Quality Evaluation of Optical Systems - Determination of Distortion

$14.4