MHJ-1401E
(274 kB)
|
- L1/L2 dual-band active antenna designed for GPS as well as GLONASS G1, BeiDou B1 and Galileo E1
- compact size realized by using a high Q dielectric ceramic
- high interference resistance
- high localization precision
- output type - SMA male
|
2.7 – 5.5 |
1575 / 1227 MHz |
Φ19.6x75 |
115 (L2)
115 (L1) |
27 (L2)
29 (L1) |
MHJ-1401F
(270 kB)
|
2.7 – 5.5 |
1575 / 1227 MHz |
Φ19.6x60 |
115 (L2)
115 (L1) |
25 (L2)
28 (L1) |
MHK-1568A
(125 kB)
|
- miniature L1-band active antenna designed for GPS as well as GLONASS G1, BeiDou B1 and Galileo E1
- small size realized by using a high Q dielectric ceramic
- high interference resistance
- filters against interference from cellular and ISM bands
- output type - PCB soldering pads
|
2.8 – 3.6 |
L1, B1, E1, G1 |
Φ14.8x43.4 |
115 |
27 |
MHC-1575M
(264 kB)
|
2.8 – 3.6 |
L1 (B1, E1, G1) |
Φ14.8x42.6 |
135 |
25 |
MHB-1575A
(128 kB)
|
- miniature L1-band passive antenna designed for GPS as well as BeiDou B1 and Galileo E1
- small size realized by using a high Q dielectric ceramic
- filters against interference from cellular and ISM bands
- balanced design rejects common mode noise from ground plane
- output type - 3-pin
|
|
L1 (B1, E1) |
Φ10.0x22.0 |
135 |
-3.0 |
MHA-1575A
(144 kB)
|
- miniature L1-band passive antenna designed for GPS as well as BeiDou B1 and Galileo E1
- small size realized by using a high Q dielectric ceramic
- filters against interference from cellular and ISM bands
- balanced design rejects common mode noise from ground plane
- output type - PCB soldering pads
|
|
L1 (B1, E1) |
Φ7.1x16.5 |
135 |
-3.5 |
MHF-1621B
(133 kB)
|
- a passive dielectric-loaded decafilar-helix antenna designed for Iridium telecomunications satellite system
- small size realized by using a high Q dielectric ceramic
- filters against interference from cellular and ISM bands
- designed for harsh environments: exposed to force, dust and
moisture
- output type - SMA male
|
|
1621.0 MHz |
Φ18.5x44.6 |
135 |
2.0 |
MHF-1621A
(121 kB)
|
- a passive dielectric-loaded decafilar-helix antenna designed for Iridium telecomunication satellite system
- small size realized by using a high Q dielectric ceramic
- filters against interference from cellular and ISM bands
- designed for harsh environments: exposed to force, dust and
moisture
- output type - SMA male
|
|
1621.0 MHz |
Φ14.6x42.6 |
135 |
2.0 |
MHF-1621D
(120 kB)
|
- a passive dielectric-loaded decafilar-helix antenna designed for Iridium telecomunication satellite system
- small size realized by using a high Q dielectric ceramic
- filters against interference from cellular and ISM bands
- designed for harsh environments: exposed to force, dust and
moisture
- output type - U-FL
|
|
1621.0 MHz |
Φ14.0x37.5 |
135 |
2.0 |
MHE-1621A
(184 kB)
|
- a passive dielectric-loaded decafilar-helix antenna designed for Iridium telecomunication satellite system
- small size realized by using a high Q dielectric ceramic
- filters against interference from cellular and ISM bands
- designed for harsh environments: exposed to force, dust and
moisture
- output type - SMA male
|
|
1621.0 MHz |
Φ14.6x27.3 |
135 |
-0.5 |
MHE-1621B
(183 kB)
|
- a passive dielectric-loaded decafilar-helix antenna designed for Iridium telecomunication satellite system
- small size realized by using a high Q dielectric ceramic
- filters against interference from cellular and ISM bands
- designed for harsh environments: exposed to force, dust and
moisture
- output type - U-FL
|
|
1621.0 MHz |
Φ14.0x22.0 |
135 |
-0.5 |
MHL-1621C
(111 kB)
|
- a passive dielectric-loaded decafilar-helix antenna designed for Iridium telecomunication satellite system
- small size realized by using a high Q dielectric ceramic
- filters against interference from cellular and ISM bands
- designed for harsh environments: exposed to force, dust and
moisture
- output type - SMA male
|
|
1621.0 MHz |
Φ23.0x60.0 |
190 |
2.0 |
