What can I do with IGEP RADAR SENSOR ORION

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Interfacing with the sensor

You can control the sensor and get IF signal directly or through included ADC by means of different expansion connectors:

Expansion connector-I

Expansion connector JC1 is intended for control and monitoring of internal radar sensor ORION signals.


JC1 pin-out

Table-orions.jpg


NOMENCLATURE

Function names marked with gray shading denote that are available only on demand

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·       

PIN:       PIN NUMBER OF THE CONNECTOR. SUBINDEX MEANING:

o   PW: Power Line

o   DIG: CMOS DIGITAL SIGNAL PORT 1V8 LOGIC LEVELS

o   DIG3: CMOS DIGITAL SIGNAL PORT 3V3 LOGIC LEVELS

o   DIG5: CMOS DIGITAL SIGNAL PORT 5V LOGIC LEVELS

o   ANA: ANALOG PORT

o   NC: PIN NOT CONNECTED

·                       NAME: FUNCTION OF THIS PORT. SUPERINDEX MEANING:

o    (L): ACTIVE LOW LEVEL

o   (H): ACTIVE HIGH LEVEL

·        LEVEL:  IS THE NOMINAL VOLTAGE LEVEL

·        MODE 0: IS THE MODE 0 function pin name of OMAP microcontroller

·        MAX:    IS THE ABSOLUTE MAXIMUM ALLOWED VOLTAGE LEVEL ON THIS PIN (PERMANENT DAMAGE IF HIGHER VOLTAGE)

·        FUNCTION:        DESCRIPTION OF PIN SIGNAL

o   (1):        ISEE INTERNAL USE TEST PIN. AVAILABLE ONLY ON DEMAND<span lang="EN-US" style="mso-bidi-font-family: TimesNewRoman" />

o   (2):        INPUT when power supply is applied to radar board. OUTPUT in other case.

IGEPv2 Expansion

A single expansion connector, JC2, is enough to adapt IGEPv2 processor board to the radar sensor ORION.


JC2 pin-out

Table orion JC2.jpg

IGEP COM MODULE Expansion

2 expansion connectors are needed to interface radar sensor ORION with processor board IGEP COM MODULE: JC3 & JC4


JC3 pin-out

Table orion JC3.jpg

Expansion connector JC4

Table orion JC4.jpg



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Continue this tutorial guide: 3/3 - Start developing under IGEP Technology
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