DG-M10-KIT Digi International, DG-M10-KIT Datasheet - Page 8

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DG-M10-KIT

Manufacturer Part Number
DG-M10-KIT
Description
KIT EV SATELLITE MODEM DIGI M10
Manufacturer
Digi International
Type
Modemr
Datasheets

Specifications of DG-M10-KIT

Frequency
148MHz ~ 150.05MHz TX, 137MHz ~ 138MHz RX
Product
RF Development Tools
Maximum Frequency
150.05 MHz, 138 MHz
Antenna
MMCX
Supply Voltage (max)
18 VDC
Supply Current
1.5 A, 60 mA
Maximum Operating Temperature
+ 85 C
Board Size
7.49 cm x 4.60 cm x 1.32 cm
Minimum Frequency
148 MHz, 137 MHz
Minimum Operating Temperature
- 40 C
Supply Voltage (min)
9 VDC
For Use With/related Products
DG-M10
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Other names
602-1166

Available stocks

Company
Part Number
Manufacturer
Quantity
Price
Part Number:
DG-M10-KIT
Manufacturer:
Digi International
Quantity:
135
Digi m10 Technical Overview
1. General Description
This chapter provides a functional overview of the ORBCOMM satellite network.
1.1
Background
The ORBCOMM system is a two-way system that supports communication to and from mobile or
fixed satellite modems, also called
Subscriber Communicators
(SCs). In most applications, a
message
or other data is first generated by an SC. From that source, the message is transmitted
to the nearest ORBCOMM satellite. The satellite downlinks the message to the
Gateway Earth
Station
(GES), which then transmits the message to the desired
Gateway Control Center
(GCC).
Within the GCC, the message is processed and forwarded to its ultimate destination by the
Gateway Message Switching System
(GMSS). The destination may be another satellite modem,
a pager, a corporate resource management system or any personal or business e-mail or Internet
address.
The ORBCOMM system is available to transfer information for an end user whenever a satellite is
in view of the SC. If the satellite is connected to a GES, the satellite is considered in real-time
messaging mode, and the message is passed immediately through to the GCC for routing to its
final destination. If the satellite is not connected to a GES, the satellite switches to a store-and-
forward mode to accept
Global
Grams. Global Grams are short messages (up to approximately
200 bytes) stored on-board the satellite until it connects to the SC’s host GCC through an
affiliated GES.
For detailed information on the ORBCOMM system, refer to the ORBCOMM System Overview
document that was provided as part of your Digi JumpStart Kit.
Digi International, Inc. © 2009
Page 8 of 24

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