- 1800 717 710 | Newsletter |
- FAQ |
- Contact
-
0 product
My Cart - Quick Order
- Home>
- Audio>
- Wireless Microphone Accessories>
- Antenna accessories>
- LECTRO ACTIVE ANTENNA COMBINER FOR ANALOG OR DIGITAL TX, 8 X 1
LECTRO ACTIVE ANTENNA COMBINER FOR ANALOG OR DIGITAL TX, 8 X 1
The M2C active antenna combiner is designed as an ideal matching component to Lectrosonics digital transmitters. Up to eight transmitters can feed a single antenna to minimize cabling in multi-channel systems. The inputs are isolated to minimize crosstalk and IM (intermodulation) between RF channels.
The overall architecture of the design provides excellent performance with low power consumption and heat buildup. Front panel indicators display active status of RF inputs. A USB port on the front panel is provided for firmware updates.
DATA SHEET
- Combines up to eight transmitter RF output signals to feed a single antenna
- Frequency range 470 to 614 MHz
- High overload components minimize intermodulation products
- Up to 100mW input on each portÂ
- Efficient architecture for low power consumption
- USB port for firmware updates
- Front panel LEDs indicate active channel
- Made in the USA
If you wish to purchase in store, to avoid disappointment, please confirm the availability of the product at your local John Barry prior to visiting.
Alternatively, orders placed online by 2pm AEST are typically dispatched same day, if ordered online.
If your product is on backorder, please contact us for an ETA.
Shipping is done via Startrack Express or Australia Post eParcel service and tracking advice will be provided once shipped.
For more information, please visit our Shipping Policy.
Should you have any questions regarding our equipment warranty conditions, please contact us
John Barry reserves the right under Australian Consumer Law to refuse a request for an exchange or refund on all final sale items, if you have misused/mishandled the product, or if you have simply changed your mind. Please visit our Refunds & Returns policy page for further information.