KAGA ELECTRONICS KM154A Module User Manual

Kaga Electronics Co.,Ltd Module

User Manual

( 1 / 3 )       KM-154A Zigbee_Module      User Manual      index  1.Introduction....................................2 2.Temperature Range...............................2 3.Absolute Maximumratings.........................2 4.DC Characteristics..............................2 5.Outline.........................................2 6.Directions......................................3
( 2 / 3 )  1.Introduction  This manual are applied to Zigbee_Module(KM154A).  2.Temperature Range  Parameter  Humidity Condition  Min  Typ  Max   Operating Temperature Range  20~85% -20   70 ℃ Storage Temperature Range  0~80% -30   80 ℃  3.Absolute Maximumratings  Symbol  Parameter  Rating  Unit VCC  Supply Voltage  -0.3 to 3.6  V RFIN  Input RF Level  10  dBm  4.DC Characteristics  Symbol  Parameter  MIN  TYP  MAX  Unit VCC Supply voltage  2.7 3.0 3.3 V VIH  High level input voltage  0.7xVCC   VCC  V VIL  Low level input voltage  0    0.3xVCC  V VOH  High level output voltage  VCC -0.5   VCC  V VOL  Low level output voltage  0    0.4  V  5.Outline                  1)Either a built-in antenna or an external antenna can be used.    Chip AntennaB to B Connecter10.557.5122930Ex. Antenna1.053.3 1.81.50.725 10.80.3514.3171.251.83.60.525 5.3251.2SHIELDmotherBOARDLABEL
( 3 / 3 ) 6.Directions 1. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. 2. FCC inserts: statement cautioning the user that changes or modifications not expressly approved by Kaga Electronics Co.,Ltd could void the user’s authority to operate the equipment. 3. Please do not put the metallic one (parts, GND patterns, signal wires, and cases, etc.) near the module. *This greatly influences a wireless performance. 4.Do not put parts between the module and the mother board.   5.Design the GND area on the mother board side as widely as possible.

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