NJGF916NBWLAN

Preliminary 1 of 11 © 2001 Data Hunter, DS100546.pdf User Manual Data Hunter Rev 20010923 No, it’s not an antenna... It’s the COMPLETE Data Radio! © The Finger™ 916 MHz U.S.A. ISM Band Single Channel Narrowband Data Radio Transceivers The Finger ™ Preliminary 2 of 11 © 2001 Data Hunter, DS100546.pdf What is it? “The Finger” is a patent pending Monolithic Data Radio device encapsulating industry standard, advanced radio frequency integrated circuitry and components into complete, unified radio assemblies. The Finger is factory precision calibrated. The Finger has the lowest possible cost since there is no additional antenna, RF cable and RF connectors to purchase. Data Hunter Finger radios are not just RF-only devices like some competitor designs, but complete sophisticated data radios. All data radio functions are built in, including the antenna, RF power amplifier, crystal-controlled baseband processor and MAC (Media Access Controller). The sophistication extends to ARQ (automatic retries) with User- programmable retry count. The Finger will re-send the data until it is received perfectly or the Retry Attempt Counter is exhausted. The User simply feeds in industry standard asynchronous serial data. The Finger automatically packetizes the data stream, attaches the Target address, Initiator address, packet ID, and Check Sum in a DC-balanced RF stream for maximum Target Receiver sensitivity. Preliminary 3 of 11 © 2001 Data Hunter, DS100546.pdf Features ! Lowest installed cost. ! All-in-one monolithic data radio has lowest possible cost. ! No additional antenna cost. ! No RF cabling cost. ! No RF connectors cost. ! No other costly subassemblies. ! Migration path of current to future developing technologies ! Factory precision calibrated and tested. ! Substantial reduction of “shadow” effect, since antenna element is located well away from Host body. ! Best range and performance. ! “Zero Volume” occupied inside your equipment. ! Relieves Engineers of very complex, esoteric, problematic and trouble prone “black-art” RF engineering burdens. ! All-weather rated. ! -40C to +85C (-40F to 185F) Industrial temperature range. ! Always the leading edge advanced RF and wireless technologies available from the Data Hunter family of devices. ! Complete, sophisticated RF data radio with Flash-driven, crystal-controlled RF baseband and MAC microprocessor. ! FCC Certified, Class B.. ! No License required. Transmits in the 900 MHz ISM (Industrial Scient ific Medical) band for U.S.A. operation Connects to any asynchronous serial compatible device including direct connect to logic-level UARTs. (A voltage translator may be required to interface to higher voltage logic.) For microprocessors without a UART, the industry standard asynchronous data stream may be easily implemented in code as a software UART. ! Interface to RS-232 signals (if desired) is through logic level to RS-232 driver ICs. ! Transmits through walls. ! Up to 350 feet line-of-sight range. (Range will be less inside buildings and with obstacles and multi-path reflections.) ! Automatic Retries (ARQ) error detection and error control using automatic ACK/NAK commands allows automatic retry attempts up to the Retry Limit assigned by the User. ! 254 unique target I.D. addresses assignable by the User. ! Point-to-point paired communication targeting option. ! Multipoint-to-point optional dynamic retargeting is redirectable on-the-fly. ! 10,000 bps. Sustained Data Rate. (Note: Even thought The Finger interface can input and output data as fast as 115 Kbps., the true data throughput rate measure is the “Sustained Data Rate” after all processing overhead is taken i nto account, not the i np ut/outp ut i nte rface rate o r the o ver-the -air ra te.) ! “One-time setup” using Windows 95/98/00 GUI installation program. “No-time setup” is also an option, since the User can take The Finger right out of the shipping box and run it without any additional setup whatsoever. ! User can “Batch File” program The Finger with stored set up parameters for fast multiple device programming. ! OEM Users and programmers can control all setup and operating commands directly from the User device and can be altered “on the fly.” ! Handshaking with hardware RTS/CTS signals or software XON/XOF commands allows flow control to prevent buffer overrun. ! Bi-directional data transfers. Data can be transmitted both directions in synthesized full- duplex, or one direction as half-duplex. ! User Programmable Receive sensitivity – High sensitivity (default) and Medium sensitivity. Default Receive Sensitivity is –95 dBm. ! Maximum legal power output of 0 dB (1.0 mW), factory calibrated. Preliminary 4 of 11 © 2001 Data Hunter, DS100546.pdf Specifications --------------------------------------------------------------- “The Finger” U.S.A. Specifications --------------------------------------------------------------- Frequency Band: 902-928 MHz ISM Standard Frequency: 916.50 MHz (USA) Range: Up to 350 feet line-of-sight RF Power Output: (Narrowband) 0 dB (1.0 mW) maximum legal power output limit is calibrated by the factory. Receive Sensitivity: -95 dBm --------------------------------------------------------------- General Specifications apply to all models --------------------------------------------------------------- Interface: Serial, Asynchronous Logic Level: TTL (see DC Specifications) Connector Gender: Female 9-pin Addresses: Up to 254 User assignable addresses. Data Rate, over-the-air: 20 Kbps Data Rate, Sustained Throughput: 10 Kbps Serial Interface Communications: 1200 bps. to 38,400 bps. Handshaking Options: RTS/CTS Hardware (recommended) XON/XOF Software Communications Options: Bits: 7, 8 Parity: None, Odd, Even Stop Bits: One, Two Error Correction/Detection: ARQ (ACK/NAQ automatic retries). User defined retry attempts number Setup: 1. Factory Defaults (works right out of the box) 2. User Custom Set Up 3. Batch File User Custom Set Up Dimensions: 3.0”L x 0.60” Body dia. x 0.25” N…

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November 26, 2001 Federal Communications Commission Laboratory Division 7435 Oakland Mills Road Columbia, Maryland 21046 Ref: FCC e-mail regarding NJGF916NB Attention: Steve Dayhoff Dear Steve, We have received your e-mail request for clarifying information on the Data Hunter “Finger” data transceiver. The photos and schematic diagrams are enclosed. As to the third issue of your e-mail regarding its compliance as a modular transmitter, I would like to offer the following comments: Upon review of the FCC Public Notice DA 00-1407, it appears certain that this product does meet the criteria described therein. 1-The modular transmitter must have its own shielding. The product as offered for sale does not rely on additional shielding to demonstrate compliance. 2-The modular transmitter must have buffered mod/data inputs. As shown on the initially presented block diagram, buffered data inputs are employed. 3-The modular transmitter must have its own power supply regulation. An LDO 3.3 VDC regulator is part of the internal circuitry. 4-The modular transmitter must comply with antenna requirements. The product is contained within the antenna “Finger” which is not separable by an OEM from each other in its current embodiment. 5-The modular transmitter must be tested in a stand-along configuration. As per the report cover photo and others, the device was tested in the open without benefit of any other enclosure. Federal Communications Commission Steven Dayhoff November 26, 2001 (page two) 6-The label information has already been provided in the case where the product must have its own label. As for a separate label being provided where the product is intended to be contained within another larger product, please see the attached statement by the manufacturer, Data Hunter. 7-The manufacturer is seeking certification same as that previously issued under FCC ID NJG-ML916NBP as a WLAN device with Rx verified. 8-Because of the extremely low transmitted power of this product, it would appear that no special exposure requirements or notices apply. Hopefully, this information will aid in your evaluation of this product and eventual certification as a modular transmitter. Please call or otherwise correspond if you require further information. Thanks for your help. Sincerely, David Feher

Preliminary 1 of 12 © 2001 Data Hunter, DS100546.pdf User Manual Data Hunter Rev 20010923 No, it’s not an antenna... It’s the COMPLETE Data Radio! © The Finger™ 916 MHz U.S.A. ISM Band Single Channel Narrowband Data Radio Transceivers The Finger ™ Preliminary 2 of 12 © 2001 Data Hunter, DS100546.pdf What is it? “The Finger” is a patent pending Monolithic Data Radio device encapsulating industry standard, advanced radio frequency integrated circuitry and components into complete, unified radio assemblies. The Finger is factory precision calibrated. The Finger has the lowest possible cost since there is no additional antenna, RF cable and RF connectors to purchase. Data Hunter Finger radios are not just RF-only devices like some competitor designs, but complete sophisticated data radios. All data radio functions are built in, including the antenna, RF power amplifier, crystal-controlled baseband processor and MAC (Media Access Controller). The sophistication extends to ARQ (automatic retries) with User- programmable retry count. The Finger will re-send the data until it is received perfectly or the Retry Attempt Counter is exhausted. The User simply feeds in industry standard asynchronous serial data. The Finger automatically packetizes the data stream, attaches the Target address, Initiator address, packet ID, and Check Sum in a DC-balanced RF stream for maximum Target Receiver sensitivity. Preliminary 3 of 12 © 2001 Data Hunter, DS100546.pdf Features ! Lowest installed cost. ! All-in-one monolithic data radio has lowest possible cost. ! No additional antenna cost. ! No RF cabling cost. ! No RF connectors cost. ! No other costly subassemblies. ! Migration path of current to future developing technologies ! Factory precision calibrated and tested. ! Substantial reduction of “shadow” effect, since antenna element is located well away from Host body. ! Best range and performance. ! “Zero Volume” occupied inside your equipment. ! Relieves Engineers of very complex, esoteric, problematic and trouble prone “black-art” RF engineering burdens. ! All-weather rated. ! -40C to +85C (-40F to 185F) Industrial temperature range. ! Always the leading edge advanced RF and wireless technologies available from the Data Hunter family of devices. ! Complete, sophisticated RF data radio with Flash-driven, crystal-controlled RF baseband and MAC microprocessor. ! FCC Certified, Class B.. ! No License required. Transmits in the 900 MHz ISM (Industrial Scient ific Medical) band for U.S.A. operation Connects to any asynchronous serial compatible device including direct connect to logic-level UARTs. (A voltage translator may be required to interface to higher voltage logic.) For microprocessors without a UART, the industry standard asynchronous data stream may be easily implemented in code as a software UART. ! Interface to RS-232 signals (if desired) is through logic level to RS-232 driver ICs. ! Transmits through walls. ! Up to 350 feet line-of-sight range. (Range will be less inside buildings and with obstacles and multi-path reflections.) ! Automatic Retries (ARQ) error detection and error control using automatic ACK/NAK commands allows automatic retry attempts up to the Retry Limit assigned by the User. ! 254 unique target I.D. addresses assignable by the User. ! Point-to-point paired communication targeting option. ! Multipoint-to-point optional dynamic retargeting is redirectable on-the-fly. ! 10,000 bps. Sustained Data Rate. (Note: Even thought The Finger interface can input and output data as fast as 115 Kbps., the true data throughput rate measure is the “Sustained Data Rate” after all processing overhead is taken i nto account, not the i np ut/outp ut i nte rface rate o r the o ver-the -air ra te.) ! “One-time setup” using Windows 95/98/00 GUI installation program. “No-time setup” is also an option, since the User can take The Finger right out of the shipping box and run it without any additional setup whatsoever. ! User can “Batch File” program The Finger with stored set up parameters for fast multiple device programming. ! OEM Users and programmers can control all setup and operating commands directly from the User device and can be altered “on the fly.” ! Handshaking with hardware RTS/CTS signals or software XON/XOF commands allows flow control to prevent buffer overrun. ! Bi-directional data transfers. Data can be transmitted both directions in synthesized full- duplex, or one direction as half-duplex. ! User Programmable Receive sensitivity – High sensitivity (default) and Medium sensitivity. Default Receive Sensitivity is –95 dBm. ! Maximum legal power output of 0 dB (1.0 mW), factory calibrated. Preliminary 4 of 12 © 2001 Data Hunter, DS100546.pdf Specifications --------------------------------------------------------------- “The Finger” U.S.A. Specifications --------------------------------------------------------------- Frequency Band: 902-928 MHz ISM Standard Frequency: 916.50 MHz (USA) Range: Up to 350 feet line-of-sight RF Power Output: (Narrowband) 0 dB (1.0 mW) maximum legal power output limit is calibrated by the factory. Receive Sensitivity: -95 dBm --------------------------------------------------------------- General Specifications apply to all models --------------------------------------------------------------- Interface: Serial, Asynchronous Logic Level: TTL (see DC Specifications) Connector Gender: Female 9-pin Addresses: Up to 254 User assignable addresses. Data Rate, over-the-air: 20 Kbps Data Rate, Sustained Throughput: 10 Kbps Serial Interface Communications: 1200 bps. to 38,400 bps. Handshaking Options: RTS/CTS Hardware (recommended) XON/XOF Software Communications Options: Bits: 7, 8 Parity: None, Odd, Even Stop Bits: One, Two Error Correction/Detection: ARQ (ACK/NAQ automatic retries). User defined retry attempts number Setup: 1. Factory Defaults (works right out of the box) 2. User Custom Set Up 3. Batch File User Custom Set Up Dimensions: 3.0”L x 0.60” Body dia. x 0.25” N…

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Labeling “The Finger” is a miniature data radio designed for OEM (Original Equipment Manufacturers) and does not have the form-factor or space available for a viable external label. Thus, there are two labeling requirements: 1. The label on the bag containing the component Finger Data Radio Transceiver as it is shipped to the OEM for installation in their device. 2. The external label on the OEM’s device upon which the Finger Data Radio Transceiver will be installed. Label 1: Primary Label Located on OEM Shipping Bag. In additional to appropriate notices in the User Manual , Data Sheets and Specifications, each Data Radio delivered to the OEM is labeled with the serial number, model number and FCC information on each individual plastic bag containing a Data Radio. Since the OEM is producing the final product which incorporates the Finger Data Radio Transceiver, the OEM is responsible for final product labeling. Label 2: OEM Labeling Requirements The OEM’s device must display an external label which contains the following language: This device contains a previously certified RF Transceiver module FCC ID: NJG-F916NB Patents Pending Made in the U.S.A. 916.5MHz Narrowband FCC ID: NJG-F916NB FCC Class B. See User Guide for Complete FCC Notice. Model: F916 Serial: 100B3E | ||| ||| || ||| ||| |||| ||||| ||| |||| || | ||| ||| || ||| ||| |||| ||||| ||| |||| ||| ||| ||| || ||| ||| |||| ||||| ||| |||| || | ||| ||| || ||| ||| |||| ||||| ||| |||| || This device complies with Part 15 of the FCC rules. | ||| ||| || ||| ||| |||| |||| ||| || ||| |||| || | ||| ||| || ||| ||| |||| |||| ||| || ||| |||| ||| ||| ||| || ||| ||| |||| |||| ||| || ||| |||| || | ||| ||| || ||| ||| |||| |||| ||| || ||| |||| ||

3.5PHOTOGRAPHS OF TEST SETUP AND EUT (PCB of EUT) T he identification labeling w ill be placed on the Finger.

Preliminary 1 of 12 © 2001 Data Hunter, DS100546.pdf User Manual Data Hunter Rev 20010923 No, it’s not an antenna... It’s the COMPLETE Data Radio! © The Finger™ 916 MHz U.S.A. ISM Band Single Channel Narrowband Data Radio Transceivers The Finger ™ Preliminary 2 of 12 © 2001 Data Hunter, DS100546.pdf What is it? “The Finger” is a patent pending Monolithic Data Radio device encapsulating industry standard, advanced radio frequency integrated circuitry and components into complete, unified radio assemblies. The Finger is factory precision calibrated. The Finger has the lowest possible cost since there is no additional antenna, RF cable and RF connectors to purchase. Data Hunter Finger radios are not just RF-only devices like some competitor designs, but complete sophisticated data radios. All data radio functions are built in, including the antenna, RF power amplifier, crystal-controlled baseband processor and MAC (Media Access Controller). The sophistication extends to ARQ (automatic retries) with User- programmable retry count. The Finger will re-send the data until it is received perfectly or the Retry Attempt Counter is exhausted. The User simply feeds in industry standard asynchronous serial data. The Finger automatically packetizes the data stream, attaches the Target address, Initiator address, packet ID, and Check Sum in a DC-balanced RF stream for maximum Target Receiver sensitivity. Preliminary 3 of 12 © 2001 Data Hunter, DS100546.pdf Features ! Lowest installed cost. ! All-in-one monolithic data radio has lowest possible cost. ! No additional antenna cost. ! No RF cabling cost. ! No RF connectors cost. ! No other costly subassemblies. ! Migration path of current to future developing technologies ! Factory precision calibrated and tested. ! Substantial reduction of “shadow” effect, since antenna element is located well away from Host body. ! Best range and performance. ! “Zero Volume” occupied inside your equipment. ! Relieves Engineers of very complex, esoteric, problematic and trouble prone “black-art” RF engineering burdens. ! All-weather rated. ! -40C to +85C (-40F to 185F) Industrial temperature range. ! Always the leading edge advanced RF and wireless technologies available from the Data Hunter family of devices. ! Complete, sophisticated RF data radio with Flash-driven, crystal-controlled RF baseband and MAC microprocessor. ! FCC Certified, Class B.. ! No License required. Transmits in the 900 MHz ISM (Industrial Scient ific Medical) band for U.S.A. operation Connects to any asynchronous serial compatible device including direct connect to logic-level UARTs. (A voltage translator may be required to interface to higher voltage logic.) For microprocessors without a UART, the industry standard asynchronous data stream may be easily implemented in code as a software UART. ! Interface to RS-232 signals (if desired) is through logic level to RS-232 driver ICs. ! Transmits through walls. ! Up to 350 feet line-of-sight range. (Range will be less inside buildings and with obstacles and multi-path reflections.) ! Automatic Retries (ARQ) error detection and error control using automatic ACK/NAK commands allows automatic retry attempts up to the Retry Limit assigned by the User. ! 254 unique target I.D. addresses assignable by the User. ! Point-to-point paired communication targeting option. ! Multipoint-to-point optional dynamic retargeting is redirectable on-the-fly. ! 10,000 bps. Sustained Data Rate. (Note: Even thought The Finger interface can input and output data as fast as 115 Kbps., the true data throughput rate measure is the “Sustained Data Rate” after all processing overhead is taken i nto account, not the i np ut/outp ut i nte rface rate o r the o ver-the -air ra te.) ! “One-time setup” using Windows 95/98/00 GUI installation program. “No-time setup” is also an option, since the User can take The Finger right out of the shipping box and run it without any additional setup whatsoever. ! User can “Batch File” program The Finger with stored set up parameters for fast multiple device programming. ! OEM Users and programmers can control all setup and operating commands directly from the User device and can be altered “on the fly.” ! Handshaking with hardware RTS/CTS signals or software XON/XOF commands allows flow control to prevent buffer overrun. ! Bi-directional data transfers. Data can be transmitted both directions in synthesized full- duplex, or one direction as half-duplex. ! User Programmable Receive sensitivity – High sensitivity (default) and Medium sensitivity. Default Receive Sensitivity is –95 dBm. ! Maximum legal power output of 0 dB (1.0 mW), factory calibrated. Preliminary 4 of 12 © 2001 Data Hunter, DS100546.pdf Specifications --------------------------------------------------------------- “The Finger” U.S.A. Specifications --------------------------------------------------------------- Frequency Band: 902-928 MHz ISM Standard Frequency: 916.50 MHz (USA) Range: Up to 350 feet line-of-sight RF Power Output: (Narrowband) 0 dB (1.0 mW) maximum legal power output limit is calibrated by the factory. Receive Sensitivity: -95 dBm --------------------------------------------------------------- General Specifications apply to all models --------------------------------------------------------------- Interface: Serial, Asynchronous Logic Level: TTL (see DC Specifications) Connector Gender: Female 9-pin Addresses: Up to 254 User assignable addresses. Data Rate, over-the-air: 20 Kbps Data Rate, Sustained Throughput: 10 Kbps Serial Interface Communications: 1200 bps. to 38,400 bps. Handshaking Options: RTS/CTS Hardware (recommended) XON/XOF Software Communications Options: Bits: 7, 8 Parity: None, Odd, Even Stop Bits: One, Two Error Correction/Detection: ARQ (ACK/NAQ automatic retries). User defined retry attempts number Setup: 1. Factory Defaults (works right out of the box) 2. User Custom Set Up 3. Batch File User Custom Set Up Dimensions: 3.0”L x 0.60” Body dia. x 0.25” N…

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Preliminary 1 of 12 © 2001 Data Hunter, DS100546.pdf User Manual Data Hunter Rev 20010923 No, it’s not an antenna... It’s the COMPLETE Data Radio! © The Finger™ 916 MHz U.S.A. ISM Band Single Channel Narrowband Data Radio Transceivers The Finger ™ Preliminary 2 of 12 © 2001 Data Hunter, DS100546.pdf What is it? “The Finger” is a patent pending Monolithic Data Radio device encapsulating industry standard, advanced radio frequency integrated circuitry and components into complete, unified radio assemblies. The Finger is factory precision calibrated. The Finger has the lowest possible cost since there is no additional antenna, RF cable and RF connectors to purchase. Data Hunter Finger radios are not just RF-only devices like some competitor designs, but complete sophisticated data radios. All data radio functions are built in, including the antenna, RF power amplifier, crystal-controlled baseband processor and MAC (Media Access Controller). The sophistication extends to ARQ (automatic retries) with User- programmable retry count. The Finger will re-send the data until it is received perfectly or the Retry Attempt Counter is exhausted. The User simply feeds in industry standard asynchronous serial data. The Finger automatically packetizes the data stream, attaches the Target address, Initiator address, packet ID, and Check Sum in a DC-balanced RF stream for maximum Target Receiver sensitivity. Preliminary 3 of 12 © 2001 Data Hunter, DS100546.pdf Features ! Lowest installed cost. ! All-in-one monolithic data radio has lowest possible cost. ! No additional antenna cost. ! No RF cabling cost. ! No RF connectors cost. ! No other costly subassemblies. ! Migration path of current to future developing technologies ! Factory precision calibrated and tested. ! Substantial reduction of “shadow” effect, since antenna element is located well away from Host body. ! Best range and performance. ! “Zero Volume” occupied inside your equipment. ! Relieves Engineers of very complex, esoteric, problematic and trouble prone “black-art” RF engineering burdens. ! All-weather rated. ! -40C to +85C (-40F to 185F) Industrial temperature range. ! Always the leading edge advanced RF and wireless technologies available from the Data Hunter family of devices. ! Complete, sophisticated RF data radio with Flash-driven, crystal-controlled RF baseband and MAC microprocessor. ! FCC Certified, Class B.. ! No License required. Transmits in the 900 MHz ISM (Industrial Scient ific Medical) band for U.S.A. operation Connects to any asynchronous serial compatible device including direct connect to logic-level UARTs. (A voltage translator may be required to interface to higher voltage logic.) For microprocessors without a UART, the industry standard asynchronous data stream may be easily implemented in code as a software UART. ! Interface to RS-232 signals (if desired) is through logic level to RS-232 driver ICs. ! Transmits through walls. ! Up to 350 feet line-of-sight range. (Range will be less inside buildings and with obstacles and multi-path reflections.) ! Automatic Retries (ARQ) error detection and error control using automatic ACK/NAK commands allows automatic retry attempts up to the Retry Limit assigned by the User. ! 254 unique target I.D. addresses assignable by the User. ! Point-to-point paired communication targeting option. ! Multipoint-to-point optional dynamic retargeting is redirectable on-the-fly. ! 10,000 bps. Sustained Data Rate. (Note: Even thought The Finger interface can input and output data as fast as 115 Kbps., the true data throughput rate measure is the “Sustained Data Rate” after all processing overhead is taken i nto account, not the i np ut/outp ut i nte rface rate o r the o ver-the -air ra te.) ! “One-time setup” using Windows 95/98/00 GUI installation program. “No-time setup” is also an option, since the User can take The Finger right out of the shipping box and run it without any additional setup whatsoever. ! User can “Batch File” program The Finger with stored set up parameters for fast multiple device programming. ! OEM Users and programmers can control all setup and operating commands directly from the User device and can be altered “on the fly.” ! Handshaking with hardware RTS/CTS signals or software XON/XOF commands allows flow control to prevent buffer overrun. ! Bi-directional data transfers. Data can be transmitted both directions in synthesized full- duplex, or one direction as half-duplex. ! User Programmable Receive sensitivity – High sensitivity (default) and Medium sensitivity. Default Receive Sensitivity is –95 dBm. ! Maximum legal power output of 0 dB (1.0 mW), factory calibrated. Preliminary 4 of 12 © 2001 Data Hunter, DS100546.pdf Specifications --------------------------------------------------------------- “The Finger” U.S.A. Specifications --------------------------------------------------------------- Frequency Band: 902-928 MHz ISM Standard Frequency: 916.50 MHz (USA) Range: Up to 350 feet line-of-sight RF Power Output: (Narrowband) 0 dB (1.0 mW) maximum legal power output limit is calibrated by the factory. Receive Sensitivity: -95 dBm --------------------------------------------------------------- General Specifications apply to all models --------------------------------------------------------------- Interface: Serial, Asynchronous Logic Level: TTL (see DC Specifications) Connector Gender: Female 9-pin Addresses: Up to 254 User assignable addresses. Data Rate, over-the-air: 20 Kbps Data Rate, Sustained Throughput: 10 Kbps Serial Interface Communications: 1200 bps. to 38,400 bps. Handshaking Options: RTS/CTS Hardware (recommended) XON/XOF Software Communications Options: Bits: 7, 8 Parity: None, Odd, Even Stop Bits: One, Two Error Correction/Detection: ARQ (ACK/NAQ automatic retries). User defined retry attempts number Setup: 1. Factory Defaults (works right out of the box) 2. User Custom Set Up 3. Batch File User Custom Set Up Dimensions: 3.0”L x 0.60” Body dia. x 0.25” N…

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FCC PART 15 SUBPART C EVALUATION REPORT RADIO FREQUENCY INTERFERENCE TEST Prepared for : DATA HUNTER 5132 Bolsa Avenue #102 Huntington Beach, California 92649 Product Description: Transmitter FCC ID. #: NJG-F916NB Model: Finger Test Completion Date: July 24, 2001 TABLE OF CONTENTS 1.0LETTER OF CERTIFICATION 2.0SUMMARY OF TEST 2.1 ADMINISTRATIVE DATA AND TEST DESCRIPTION 2.2 TEST RESULT - CONDUCTED EMISSIONS 2.3 TEST RESULT - RADIATED EMISSIONS 2.4 MODIFICATIONS 2.5 INTENT TO INCORPORATE ENGINEERING REWORK 2.6 RECOMMENDATIONS 3.0TEST CONFIGURATION AND DESCRIPTION OF EUT 3.1 SKETCH OF EQUIPMENT AND CABLE CONFIGURATION 3.2.1 DESCRIPTION OF EUT 3.2.2 DESCRIPTION OF PERIPHERAL EQUIPMENT 3.3 TYPES OF CABLES USED 3.4 OPERATION MODES 3.5 PHOTOGRAPHS OF TEST SETUP AND EUT 3.6 DETAILED BLOCK DIAGRAM OF EUT 4.0TEST EQUIPMENT AND TEST SETUPS 4.1 LIST OF TEST EQUIPMENT USED AND CALIBRATION DATES 4.2 CONDUCTED EMISSIONS TEST SETUP 4.3RADIATED EMISSIONS TEST SETUP 5.0TEST PROCEDURE 5.1 CONDUCTED EMISSIONS TEST 5.2 RADIATED PRELIMINARY TEST 5.3RADIATED EMISSIONS TEST 5.4FINAL RADIATED TESTING 6.0SAMPLE CALCULATIONS 7.0 MEASUREMENTS AND UNCERTAINTIES 8.0 LABELING AND NOTIFICATION REQUIREMENTS 1.0LETTER OF CERT IFIC AT ION PDE Laboratories, Inc is accredited by the U.S. National Institute Standards Techno logy under NVLAP as suppliers of test results to the criteria established by ISO/IEC guide 25 and ISO 9002. PDE Laboratories, Inc is approved by TUV Product Services as a test facility testing to the EMC DIRECTIVE 89/336/EEC. PDE Laboratories, Inc is approved as a contractor to Radio Frequency investigation LTD, a UK Competent Body and by Radio Frequency Technologies LTD, a Competent Body of Ireland. The data, data evaluation and equipment co nfiguration represented herein are a true and accurate representation of the test sample (EUT), and of the radio fre…

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