Description
The SATEL-B2 motherboard is designed to house SATEL radio modules, including SATEL-TR4+, SATEL-TR49, SATEL-TR489, SATEL-TR300, and SATELLINE-M3-TR9.
It regulates the supply voltage (+7…+27.5 VDC) for the radio module and provides the electrical connections by which the radio module and the user system communicate: RS232 Port1, RS232 Port2 (Diagnostics, SL commands), 1 GPO output, and 1 GPI input.
Variants:
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Without enclosure (board-level OEM variants): MP1 / MP2 / MP3
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With enclosure (enclosed assemblies): ME1 / ME2 / ME3
SATEL-TR4+ (or SATEL-TR489) radio module attached on SATEL-B2 motherboard is essentially backwards compatible to the widely used SATELLINE-M3-TR1 radio module – the connectors are identical with the same pinout. Likewise, SATEL-TR489 / SATEL-B2 motherboard combination is backwards compatible with SATELLINE-M3-TR1 869.
Technical Specifications
Compatible radio modules
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SATEL-TR4+
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SATEL-TR49 *)
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SATEL-TR489
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SATEL-TR300 *)
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SATELLINE-M3-TR9 *)
Power / interfaces
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SATEL-B2 motherboard regulates the supply voltage (+7…+27.5 VDC) for the radio module
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RS232 Port1, RS232 Port2 (Diagnostics, SL commands)
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1 GPO output
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1 GPI input
Satel B2 Motherboard without Enclosure
Mechanical assembly (incl. cooling elements ME0909, ME0910 and M2.5×6 screws, 4 pcs) without enclosure
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MP1 = Horizontal 26-pin female row connector
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MP2 = Horizontal 26-pin female row connector + D15 adapter
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MP3 = Vertical 26-pin male row connector
Satel B2 Motherboard with Enclosure
SATEL product page enclosure variants:
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ME1 = With ears, with TNC antenna connector
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ME2 = With ears, with TNC antenna connector and DIN clip
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ME3 = With ears, with BNC antenna connector and DIN clip
Antenna cable assembly
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TNC antenna connector
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BNC antenna connector
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SMA antenna connector
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MCX antenna connector
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MMCX antenna connector
*) Ask availability
Applications – best uses
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Board-level integration inside host devices (board-level OEM variants)
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Enclosed assemblies when an aluminum enclosure variant is needed
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Use cases where RS232 and simple GPIO (1 GPI / 1 GPO) are needed between the radio module and the user system



