ZBA BC04-191 Manual

Zba bluetooth 2.0 module with on board antenna

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ZBA,
Inc.
ZBA Bluetooth 2.0 Module with on board antenna.
Assembly No. BC04-191
ZBA, Inc
94 Old Camplain Road,
Hillsborough, NJ 08844
www.zbausa.com

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  • Page 1 ZBA, Inc. ZBA Bluetooth 2.0 Module with on board antenna. Assembly No. BC04-191 ZBA, Inc 94 Old Camplain Road, Hillsborough, NJ 08844 www.zbausa.com...
  • Page 2 ZBA, Inc. "Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment." "This device complies with Part 15 of the FCC rules. Operations 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."...
  • Page 3: Table Of Contents

    7.4.2 Radio Characteristics ..................10 7.4.3 Power Consumption..................13 7.4.3.1 Current measurements on the BC04-191 ..........13 7.4.3.2 Datasheet specification of the BC04 External Module ......13 Serial Port Profile......................14 Default Configuration .................... 14 Configuration Command Set-up & Procedures ............. 14 8.2.1...
  • Page 4 If a customer wishes to use ZBA products in applications not intended by ZBA, said customer must contact an authorized ZBA representative to determine ZBA’s willingness to support a given application.
  • Page 5: Document Status

    Add AT command set June 2007 http://www.bluetoothmodules.net publication August 2007 Update current measurements To make a request for change, correction, additions or information on references, please contact: ZBA, Inc. 94 Old Camplain Road Hillsborough, NJ 08844 Phone: 908-359-2070 Fax 908-359-1272 E-mail: bluetooth–support@zbausa.com Website : http://www.bluetoothmodules.net...
  • Page 6: Scope

    Scope The intention of this specification is to provide general guidelines on the integration of the BC04-191 Bluetooth assembly. This product, which complies with Bluetooth Specification 12.0, is designed to help companies offer Bluetooth enabled products by speeding their development processes with a ready to integrate Bluetooth assembly with external antenna attachment.
  • Page 7: Applications

    ZBA, Inc. 5 Applications PCs, PDAs Computer Accessories (CF Cards, USB Dongles PCMCIA, RS232 Adaptors, etc.) Mice, Keyboard, Joysticks Cordless Phone FAX, Printer Adaptors Digital Camera Access Points to LAN and/or Dial-up network 6 Block Diagram Figure 1 Block Diagram of the BT Module...
  • Page 8: Specifications

    ZBA, Inc. 7 Specifications Pin Configurations & Dimensions Pin-out 12 pin 2mm dual row connector (SAMTEC CLT106-02-L-D or equiv.) Pin 1 = Vcc (3.3 Volts regulated) Pin 2 = GND Pin 3 = RxD Pin 4 = TxD Pin 5 = CTS...
  • Page 9: Figure 3 Input Circuit Of Module Power Control (Pin10)

    ZBA, Inc. 3) Input Circuit of Pin 10 From VCC –Pin 1 Low impedance P-FET From Pin 3.3 volt supply to module Input circuit of Module power control (pin10) Figure 3...
  • Page 10: Dimensional Drawing

    ZBA, Inc. Dimensional drawing 1.8 mm 2.0 mm 30mm ∅1.8mm x 2 1.8 mm 2.5mm 17.5mm 2.0 mm 1.0mm Figure 4 Dimensional drawing of the BC04-191...
  • Page 11: General Specifications

    ZBA, Inc. General Specifications Item Specification Carrier Frequency 2400MHz to 2483.5MHz Modulation GFSK, 1Mbps, 0.5BT Gaussian Channel Intervals 1MHz Number of Channels Frequency Hopping 1600hops/sec, 1MHz channel space Receive Sensitivity -82 dBm typ. @0.1% BER Transmission Power +4dBm max. Output Interface...
  • Page 12 ZBA, Inc. 2.441 2.480 Maximum received signal at 0.1% ≤-20 Frequency Bluetooth Transmitter Unit (GHz) Specification 2.402 RF transmit power 2.441 -6 to +4 (3) (1)(2) 2.480 RF power control range ≥16 RF power range control resolution 20 dB bandwidth for modulated...
  • Page 13 ZBA, Inc. 2.402 RF transmit power 2.441 -6 to +4 2.480 RF power control range ≥16 RF power range control resolution 20 dB bandwidth for modulated 1000 carrier Initial carrier frequency tolerance ±25 ≤ ±75 Drift ±15 ≤ ±25 Drift Rate ±20...
  • Page 14: Power Consumption

    Drift Rate ±20 Hz/µs ∆f1 "Maximum Modulation" 140<∆f1 <175 ∆f2 "Minimum Modulation" 7.4.3 Power Consumption 7.4.3.1 Current measurements on the BC04-191 Description Value Units Comments Power down- NPWR= hi, Mode: not connectable Mode Discovery & connecting, Average current 1.32 Connected, Mode park & sniff, no data...
  • Page 15: Serial Port Profile

    • Stop bit: One • Parity: None • H/W Flow Control: Disable • PIN: 1111 • Device Name: ZBA-SPP • Mode: Slave • Sleep Mode: Deep sleep when ever possible. • Partner pairing is dropped at power off or un-pairing by master.
  • Page 16: Entering The Set-Up Mode

    ZBA, Inc. Please contact ZBA for details on purchasing a development board to interface the module to the PC. Microcontroller Interface: The UART of the Bluetooth module can directly connect to the microprocessors UART. The Microprocessor must have an I/O that will operate from 0 to 3.3 Volts or the appropriate level shifter circuitry must be used as to not overstress the I/O...
  • Page 17: Set/Inquired Uart Parameters

    ZBA, Inc. AT+BAUD= <Para1> Para1 = 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200, 230400 AT+BAUD? +BAUD <para1> Note: The default baud rate is 9600bps 8.2.5 Set/inquired UART Parameters Command Response Parameter AT+UARTMODE=<Para1>,<Para2> OK <Para1>= Stop- AT+ UARTMODE? <Para1> UARTMODE <Para1>,<Para2>...
  • Page 18: Set Device Name

    Command Response Parameter AT+NAME= < Para1> Para1= Device name Default= ZBA-SPP AT+NAME? +NAME <Para1> Note: The default Device name = ZBA-SPP. 8.2.9 Set Device Type Command Response Parameter AT+CLASS=< Para1> Para1 Device type (Length must = 6 characters) default = 000000 AT+CLASS? CLASS<Para1>...
  • Page 19: Clear Paired Device Address

    ZBA, Inc. 8.2.11 Clear Pa Command Response Parameter AT+CLEARADDR None Note: This command will clear any remote device address that the module has been paired 8.2.12 Set Sniff Power Saving Mode Command Response Parameter AT+SNIFF=<Para1>,<Para2>, Para1 Maximum <Para3>,<Para4> Para2 Minimum...
  • Page 20: Set/Inquire Paired Device

    ZBA, Inc. Para4=Inquiry time- AT+SCANTIME? +SCAN<Para1>,<Para2>, <Para3>,<Para4> Note: The default Value (in decimal = N* 625 us) Para1= 2048, Para1= 18, Para1= 2048, Para1= 18, 8.2.16 Set/Inquire Paired Device Command Response Parameter AT+BIND= Para1 < Para1> 0 =Always paired 1 = Drop pair AT+BIND? +BIND<Para1>...
  • Page 21: Set/Inquired Paired Device Address

    ZBA, Inc. 8.2.19 Set/Inquired Paired Device Address Command Response Parameter AT+RADDR=<Para1> Para1 Paired device address AT+ RADDR? RADDR<Para1> Example to set-up the Module to communicate with one specific BT device whose BT address is currently unknown. First type: What is returned are the BT addresses of the devices in the BT neighbourhood.
  • Page 22: Set/ Inquire About Flow Control Mode

    ZBA, Inc. 8.2.23 Set/ Inquire about Data processing mode in the condition of disconnecting Command Response Parameter AT+ DATAMODE=<Para1> <Para1>: 0:Data hold into buffer, It will be sent to the other device after connect successfully. 1:Data will be throw away in the condition of...
  • Page 23 ZBA, Inc. only recommended if there are very, very long periods of inactivity and the battery power is of the utmost concern.
  • Page 24: Mounting Recommendations

    ZBA, Inc. 10 Mounting recommendations For maximized performance please orient the device with the antenna as close to the outside of the housing as possible. Best performance will occur if the underlying PCB does not have a ground plane under the area where the antenna is located. The nearest ground plane should be at least 3mm away from any point on the antenna.
  • Page 25 ZBA, Inc.

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