RADIATION TOLERANT
MEDIA CONVERTERS
PDS-282
DESCRIPTION
New platforms and system upgrades are most likely required to endure a nuclear
even or radiation from space and or high altitude. Our CTF-QUAD integrated
products for 850nm and 1300nm multi-mode optics are completely tested along
with the electronics for use in these systems. Any customers involved in high
altitude platforms, space applications, or any application involved in warfare should
take notice and be targets for our qualified technology. Along with qualification data
in vibration, temperature, shock, and others, HSS had compelling value proposition
for media conversion, high speed copper, and fiber optic product line.
LINAC
GRF
FBR
Radiation Details
1.2 10
7
-1.2 10
8
rad (Si)/sec
3000-9000 rad (Si)
1.2 x 10
10
- 1.2 x 10
11
n /cm
2
Full report available upon request
WHAT WAS TESTED
• CTF-Quad electronics and optical sub assemblies were tested in the
radiation environment
• Optical sub assemblies and electronics for 850nm multi-mode optics for up to
4.25Gbps signaling
• Optical sub assemblies and electronics for 1300nm (LED) multi-mode optics for
speeds from 1 to 150Mbps
Part Number
CF-170900-000
CF-170900-001
CF-170900-020
CF-170900-024
CF-170900-025
CF-170900-010
CF-170900-011
Wavelength
850nm VCSEL
850nm PIN + TIA
850nm PIN + TIA
1300nm LED
1300nm Photodiode
1310nm DFB Laser
1310nm Photodiode
Mode
MM
MM
MM
MM
MM
SM
SM
Max Speed
up to 4.25 Gbps Tx - Support for pathalogical
up to 4.25 Gbps Rx Encoded
up to 4.25 Gbps Rx Pathological
up to 125Mbps Tx
up to 125Mbps Rx
up to 2.5 Gbps Tx
up to 2.5 Gbps Rx
Jared Sibrava
•
Phone: (607) 643 - 1845
•
Email: jsibrava@amphenol-aao.com
EXAMPLE COMPONENT
CF-020010-348
Fiber Transmit 1310 nm
CTF-QUAD Fiber
Transmit 1
Laser Interface
Fiber Transmit 1
Di erential Copper Receive Channel 1
Fiber Transmit Disable Channel 1
Di erential Copper Receive Channel 2
Fiber Transmit Disable Channel 2
B
Fiber Transmit 850 nm
CTF-QUAD Fiber
Transmit 2
Laser Interface
Fiber Transmit 2
Fiber Receive 1310 nm
Fiber Receive 850 nm
CTF-QUAD Fiber
Receive 2
Laser Interface
Fiber Receive 2
Di erential Copper Transmit Channel 2
Fiber Loss of Signal Channel 2
P
K
CTF-QUAD Fiber
Receive 1
Laser Interface
Fiber Receive 1
Di erential Copper Transmit Channel 1
Fiber Loss of Signal Channel 1
F
( 1.489 )
PIN 40
PIN 2
B
P
K
F
PIN 1
PIN 39
( 1.489 )
CAVITY ID
PIN 40
SIGNAL
TX1
RX1
TX2
RX2
DESCRIPTION
PIN 2
Transmit CH1 , Optical
Receive CH1 , Optical
Transmit CH2 , Optical
Receive CH2 , Optical
PIN 1
FIBER
MM 1310
INTERFACE
100-BASE-FX
3.125 Gbps
Video
MASTER
KEYWAY
P
B
K
F
MM 850
PIN 39
+.017
1.562
-.016
TYP
1.812
+.020
-.006
2 PLACES
Jared Sibrava
•
Phone: (607) 643 - 1845
•
Email: jsibrava@amphenol-aao.com
HOW TO CONFIGURE A PLUG
CTF-QUAD MATING PLUG
Ordering procedure is shown below using part number CTF-5P96A1-00N
(kit with connector and appropriate number of A801 cavity adapters)
1.
Connector Type
CTF
2.
Material
5
3.
Quadrax Contact
P
4.
Finish
Z
5.
Shell Style
6
6.
Shell Size - Insert Arrangement
A1
7.
Rotation
N
1. Connector Type
Designates
CTF
Copper to Fiber Product Family
3. Quadrax Contact
Designates
P
Quadrax Size 8 Contact
Adapter for ARINC 801
Contact
6. Select a Shell Size
- Insert Arrangement
Designates
A1
E2
F4
H6
J8
9-5
17- 52
21-75
23 - 6
25- 8
2. Select a Material
Designates
5
6
8
Aluminum Shell
Composite Shell
Stainless Steel Shell
T
Z
F
M
W
J
L
Y
4. Select a Finish
Designates
Aluminum Durmalon
Aluminum Black Zinc Nickel
Aluminum
Electroless Nickel
Composite
Electroless Nickel
Aluminum OD Cad
Composite OD Cad
Stainless Steel Electrode-
posited Nickel
Stainless Steel Passivated*
7. Select a Rotation
Designates
N
A
B
C
D
E
Normal
*environmental only-not hermetic
5. Select a Shell Style
Designates
0
N
7
Wall Mount
Wall Mount w/ Clinch Nuts
Jam Nut
Note: All with Stand-off
Jared Sibrava
•
Phone: (607) 643 - 1845
•
Email: jsibrava@amphenol-aao.com
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