FCC ID: CASTBAB1 Base Station Transceiver

by: Tait International Limited latest update: 2005-08-03 model: TBAB1

Four grants have been issued under this FCC ID from 07/02/2004 to 08/03/2005 (this is one of fifteen releases in 2005 for this grantee). Public details available include internal & external photos, manuals, and frequency information. some products also feature user submitted or linked troubleshooting guides, drivers, instructions, warrantee terms, & password defaults.

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all	frequencies		exhibits	applications
		manual

all exhibits 10
1 ~ 2005-08-03 7
2 ~ 2004-12-29 4
3 ~ 2004-12-07 5
4 ~ 2004-07-02 10

app s				submitted / available
1 2 3 4	Exhibit D Users Manual per 2 1033 c3	Users Manual	pdf	837.98 KiB
1 2 3 4		Cover Letter(s)	pdf		March 08 2005
1 2 3 4		Cover Letter(s)	pdf		March 08 2005
1 2 3 4		External Photos	pdf		March 08 2005
1 2 3 4		Internal Photos	native		March 08 2005
1 2 3 4		Test Report	pdf		March 08 2005
1 2 3 4		RF Exposure Info	pdf		March 08 2005
1 2 3 4		Cover Letter(s)	pdf
1 2 3 4		Cover Letter(s)	pdf		July 12 2004
1 2 3 4		ID Label/Location Info	pdf		February 07 2004

exhibit
download
text

1 2 3 4

Exhibit D Users Manual per 2 1033 c3

Users Manual

pdf

837.98 KiB

Appendix 1: 12V PA Boost Regulator Circuit Description This section provides a brief description of the circuitry on the boost regulator board. Figure 1.1 below shows the configuration for a 5W or 50W PA, along with the main inputs and outputs for power, RF and control signals. Note that the 60W board is only fitted to the 50W PA. The circuit description for the rest of the PA is provided in the Circuit Description chapter. Figure 1.1 5W or 50W PA high level block diagram 12VDC I/P Boost Regulator 12VDC O/P

(Reciter) 28VDC 28VDC RF I/P +

PA Key 6W Board RF DC Control &

Monitor System Control Bus Control Board 60W Board RF Control &

Monitor RF O/P Low-Pass Filter

Directional Coupler Board Control &

Monitor Ambient Air Temperature Sensor Board The boost regulator board accepts an input of 12VDC nominal. The input is firstly fed through the DC input filter, and is then fed through an output filter to provide the 12VDC (nominal) output for the reciter. The output from the DC input filter is also fed to the power stage where the voltage is boosted to 28VDC, and is then fed through an output filter to provide the 28VDC output for the PA circuit boards. The battery control circuitry monitors the DC input voltage from the battery. Protection is provided against the wrong input voltage being supplied. The battery control circuitry also prevents deep discharge of the battery. TB8100 Installation and Operation Manual Tait Electronics Limited December 2004 Appendix 1: 12V PA i Overview of Inputs and Outputs This section identifies the main input and output connections for the TB8100 BSS with 12V PA. Figure 1.2 below identifies the connections at the front of the base station, and Figure 1.3 on page iii identifies those at the rear. Refer to the Connection chapter for more details. Figure 1.2 5W or 50W base station inputs and outputs - front view b c d e g gh f PA reciter b RF input from reciter f terminating circuitry for system control bus c 12VDC low current output for reciter g system control bus d RF output to PA h DC output (for optional reciter fan only) e 12VDC low current input from PA Important The system control bus terminating circuitry board must be connected to the system control bus at all times. If the board is disconnected, the state of much of the bus will be undefined. This may cause corrupted data to be present on the bus when the reciter reads the states of the switches on the control panel. This in turn may result in random actu-

ations of microphone PTT, carrier, or speaker key, causing the BSS to transmit or the speaker to be actuated incor-

rectly. ii Appendix 1: 12V PA TB8100 Installation and Operation Manual Tait Electronics Limited December 2004 Figure 1.3 5W or 50W base station inputs and outputs - rear view b c d e i h g f reciter b system interface connector c external reference frequency input PA f RF output g RF input d 12VDC input h auxiliary DC input for system interface e Power Saving control input i subrack ground connector DC Power The TB8100 12V PA is designed to accept a nominal 12VDC input with negative ground. There is a minimum DC start-up threshold to prevent damaging a battery which has little capacity left. You must connect the DC supply from the battery to the PA via a fuse or DC-rated circuit breaker with the appropriate rating, as shown in the table below. The DC input leads should be of a suitable gauge to ensure less than 0.2V drop at maximum load over the required length of lead. Nominal Supply Voltage Input Voltage Range Circuit Breaker/

Fuse Rating Recommended Wire Gaugea 12VDC 10.6VDC to 16.8VDC 20A 2AWG / 35mm2 a. For a length of 1.5m to 2m (5ft to 6.5ft) (typical). TB8100 Installation and Operation Manual Tait Electronics Limited December 2004 Appendix 1: 12V PA iii Figure 1.4 Recommended DC power connection Circuit Breaker or Fuse PMU Battery The pin allocations for the 2-way DC input connector are shown below. Pin Description 1 2

+V input ground c b 2-way connector - external view iv Appendix 1: 12V PA TB8100 Installation and Operation Manual Tait Electronics Limited December 2004

		frequency	equipment class	purpose
1	2005-08-03	150 ~ 174	TNB - Licensed Non-Broadcast Station Transmitter	Class II permissive change or modification of presently authorized equipment
2	2004-12-29	150 ~ 174	TNB - Licensed Non-Broadcast Station Transmitter
3	2004-12-07	150 ~ 174	TNB - Licensed Non-Broadcast Station Transmitter
4	2004-07-02	150 ~ 174	TNB - Licensed Non-Broadcast Station Transmitter	Original Equipment

Application Forms

app s	Applicant Information
1 2 3 4	Effective	2005-08-03
1 2 3 4		2004-12-29
1 2 3 4		2004-12-07
1 2 3 4		2004-07-02
1 2 3 4	Applicant's complete, legal business name	Tait International Limited
1 2 3 4	FCC Registration Number (FRN)	0003768611
1 2 3 4	Physical Address	245 Wooldridge Road
1 2 3 4		1645
1 2 3 4		Christchurch, N/A 8051
1 2 3 4		New Zealand

app s	TCB Information
1 2 3 4	TCB Application Email Address	d******@elitetest.com
1 2 3 4	TCB Application Email Address	r******@elitetest.com
1 2 3 4	TCB Scope	B2: General Mobile Radio And Broadcast Services equipment in the following 47 CFR Parts 22 (non-cellular) 73, 74, 90, 95, 97, & 101 (all below 3 GHz)

app s	FCC ID
1 2 3 4	Grantee Code	CAS
1 2 3 4	Equipment Product Code	TBAB1

app s	Person at the applicant's address to receive grant or for contact
1 2 3 4	Name	B****** E******
1 2 3 4	Title	Standards and Regulatory Manager
1 2 3 4	Telephone Number	64 3 ********
1 2 3 4	Fax Number	n********
1 2 3 4	E-mail	b******@taitradio.com

app s	Technical Contact
		n/a

app s	Non Technical Contact
		n/a

app s	Confidentiality (long or short term)
1 2 3 4	Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?:	Yes
1 2 3 4	Long-Term Confidentiality Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?:	No
	if no date is supplied, the release date will be set to 45 calendar days past the date of grant.

app s	Cognitive Radio & Software Defined Radio, Class, etc
1 2 3 4	Is this application for software defined/cognitive radio authorization?	No
1 2 3 4	Equipment Class	TNB - Licensed Non-Broadcast Station Transmitter
1 2 3 4	Description of product as it is marketed: (NOTE: This text will appear below the equipment class on the grant)	Base Station Transceiver
1 2 3 4	Related OET KnowledgeDataBase Inquiry: Is there a KDB inquiry associated with this application?	No
1 2 3 4	Modular Equipment Type	Does not apply
1 2 3 4	Purpose / Application is for	Class II permissive change or modification of presently authorized equipment
1 2 3 4	Purpose / Application is for	Original Equipment
1 2 3 4	Composite Equipment: Is the equipment in this application a composite device subject to an additional equipment authorization?	No
1 2 3 4	Related Equipment: Is the equipment in this application part of a system that operates with, or is marketed with, another device that requires an equipment authorization?	No
1 2 3 4	Grant Comments	The antenna(s) used for this transmitter must be fixed-mounted on outdoor permanent structures. RF exposure compliance is addressed at the time of licensing, as required by the responsible FCC Bureau(s), including antenna co-location requirements of Para. 1.1307(b)(3).
1 2 3 4	Is there an equipment authorization waiver associated with this application?	No
1 2 3 4	If there is an equipment authorization waiver associated with this application, has the associated waiver been approved and all information uploaded?	No

app s	Test Firm Name and Contact Information
		n/a

Equipment Specifications
	Line	Rule Parts	Grant Notes	Lower Frequency	Upper Frequency	Power Output	Tolerance	Emission Designator	Microprocessor Number
1	1	22,9	BE	136	174	5	0.5 ppm	5K90F1D
1	2	22,9	BE	136	174	5	0.5 ppm	6K60F1D
1	3	22,9	BE	136	174	5	0.5 ppm	7K80F1D
1	4	22,9	BE	136	174	5	0.5 ppm	11K3F1D
1	5	22,9	BE	136	174	5	0.5 ppm	12K0F1D
1	6	22,9	BE	136	174	5	0.5 ppm	13K2F1D
1	7	22,9	BC	136	174	100	0.5 ppm	5K90F1D
1	8	22,9	BC	136	174	100	0.5 ppm	6K60F1D
1	9	22,9	BC	136	174	100	0.5 ppm	7K80F1D
1	1	22,9	BC	136	174	100	0.5 ppm	11K3F1D
1	11	22,9	BC	136	174	100	0.5 ppm	12K0F1D
1	12	22,9	BC	136	174	100	0.5 ppm	13K2F1D
1	13	22,74,90,90.21	BE	150	174	5	0.5 ppm	11K0F3E
1	14	22,74,90,90.21	BE	150	174	5	0.5 ppm	10K0F1D
1	15	22,74,90,90.21	BE	150	174	5	0.5 ppm	8K10F7D
1	16	22,74,90,90.21	BE	150	174	5	0.5 ppm	10K0F7D
1	17	22,74,90,90.21	BC	150	174	50	0.5 ppm	11K0F3E
1	18	22,74,90,90.21	BC	150	174	50	0.5 ppm	16K0F3E
1	19	22,74,90,90.21	BC	150	174	50	0.5 ppm	6K60F2D
1	2	22,74,90,90.21	BC	150	174	50	0.5 ppm	9K60F2D
1	21	22,74,90,90.21	BC	150	174	50	0.5 ppm	8K10F1E
1	22	22,74,90,90.21	BC	150	174	50	0.5 ppm	10K0F7E
1	23	22,74,90,90.21	BC	150	174	50	0.5 ppm	8K10F7E
1	24	22,74,90,90.21	BE	150	174	5	0.5 ppm	16K0F3E
1	25	22,74,90,90.21	BC	150	174	50	0.5 ppm	10K0F7E
1	26	22,74,90,90.21	BC	150	174	50	0.5 ppm	8K10F1D
1	27	22,74,90,90.21	BC	150	174	50	0.5 ppm	10K0F1D
1	28	22,74,90,90.21	BC	150	174	50	0.5 ppm	8K10F7D
1	29	22,74,90,90.21	BC	150	174	50	0.5 ppm	10K0F7D
1	3	22,74,90,90.21	BC	150	174	100	0.5 ppm	11K0F3E
1	31	22,74,90,90.21	BC	150	174	100	0.5 ppm	16K0F3E
1	32	22,74,90,90.21	BC	150	174	100	0.5 ppm	6K60F2D
1	33	22,74,90,90.21	BC	150	174	100	0.5 ppm	9K60F2D
1	34	22,74,90,90.21	BC	150	174	100	0.5 ppm	8K10F1E
1	35	22,74,90,90.21	BE	150	174	5	0.5 ppm	6K60F2D
1	36	22,74,90,90.21	BC	150	174	100	0.5 ppm	10K0F1E
1	37	22,74,90,90.21	BC	150	174	100	0.5 ppm	8K10F7E
1	38	22,74,90,90.21	BC	150	174	100	0.5 ppm	10K0F7E
1	39	22,74,90,90.21	BC	150	174	100	0.5 ppm	8K10F1D
1	4	22,74,90,90.21	BC	150	174	100	0.5 ppm	10K0F1D
1	41	22,74,90,90.21	BD	150	174	100	0.5 ppm	8K10F7D
1	42	22,74,90,90.21	BC	150	174	100	0.5 ppm	10K0F7D
1	43	22,74,90,90.21	BE	150	174	5	0.5 ppm	9K60F2D
1	44	22,74,90,90.21	BE	150	174	5	0.5 ppm	8K10F1E
1	45	22,74,90,90.21	BE	150	174	5	0.5 ppm	10K0F1E
1	46	22,74,90,90.21	BE	150	174	5	0.5 ppm	8K10F7E
1	47	22,74,90,90.21	BE	150	174	5	0.5 ppm	10K0F7E
1	48	22,74,90,90.21	BE	150	174	5	0.5 ppm	8K10F1D
	Line	Rule Parts	Grant Notes	Lower Frequency	Upper Frequency	Power Output	Tolerance	Emission Designator	Microprocessor Number
2	1	22,74,90,90.21	BE	150	174	5	0.5 ppm	11K0F3E
2	2	22,74,90,90.21	BE	150	174	5	0.5 ppm	10K0F1D
2	3	22,74,90,90.21	BE	150	174	5	0.5 ppm	8K10F7D
2	4	22,74,90,90.21	BE	150	174	5	0.5 ppm	10K0F7D
2	5	22,74,90,90.21	BC	150	174	50	0.5 ppm	11K0F3E
2	6	22,74,90,90.21	BC	150	174	50	0.5 ppm	16K0F3E
2	7	22,74,90,90.21	BC	150	174	50	0.5 ppm	6K60F2D
2	8	22,74,90,90.21	BC	150	174	50	0.5 ppm	9K60F2D
2	9	22,74,90,90.21	BC	150	174	50	0.5 ppm	8K10F1E
2	1	22,74,90,90.21	BC	150	174	50	0.5 ppm	10K0F7E
2	11	22,74,90,90.21	BC	150	174	50	0.5 ppm	8K10F7E
2	12	22,74,90,90.21	BC	150	174	5	0.5 ppm	16K0F3E
2	13	22,74,90,90.21	BC	150	174	50	0.5 ppm	10K0F7E
2	14	22,74,90,90.21	BC	150	174	50	0.5 ppm	8K10F1D
2	15	22,74,90,90.21	BC	150	174	50	0.5 ppm	10K0F1D
2	16	22,74,90,90.21	BC	150	174	50	0.5 ppm	8K10F7D
2	17	22,74,90,90.21	BC	150	174	50	0.5 ppm	10K0F7D
2	18	22,74,90,90.21	BC	150	174	100	0.5 ppm	11K0F3E
2	19	22,74,90,90.21	BC	150	174	100	0.5 ppm	16K0F3E
2	2	22,74,90,90.21	BC	150	174	100	0.5 ppm	6K60F2D
2	21	22,74,90,90.21	BC	150	174	100	0.5 ppm	9K60F2D
2	22	22,74,90,90.21	BC	150	174	100	0.5 ppm	8K10F1E
2	23	22,74,90,90.21	BE	150	174	5	0.5 ppm	6K60F2D
2	24	22,74,90,90.21	BC	150	174	100	0.5 ppm	10K0F1E
2	25	22,74,90,90.21	BC	150	174	100	0.5 ppm	8K10F7E
2	26	22,74,90,90.21	BC	150	174	100	0.5 ppm	10K0F7E
2	27	22,74,90,90.21	BC	150	174	100	0.5 ppm	8K10F1D
2	28	22,74,90,90.21	BC	150	174	100	0.5 ppm	10K0F1D
2	29	22,74,90,90.21	BC	150	174	100	0.5 ppm	8K10F7D
2	3	22,74,90,90.21	BC	150	174	100	0.5 ppm	10K0F7D
2	31	22,74,90,90.21	BE	150	174	5	0.5 ppm	9K60F2D
2	32	22,74,90,90.21	BE	150	174	5	0.5 ppm	8K10F1E
2	33	22,74,90,90.21	BE	150	174	5	0.5 ppm	10K0F1E
2	34	22,74,90,90.21	BE	150	174	5	0.5 ppm	8K10F7E
2	35	22,74,90,90.21	BE	150	174	5	0.5 ppm	10K0F7E
2	36	22,74,90,90.21	BE	150	174	5	0.5 ppm	8K10F1D
	Line	Rule Parts	Grant Notes	Lower Frequency	Upper Frequency	Power Output	Tolerance	Emission Designator	Microprocessor Number
3	1	22,74,90,90.21	BE	150	174	5	0.5 ppm	11K0F3E
3	2	22,74,90,90.21	BE	150	174	5	0.5 ppm	16K0F3E
3	3	22,74,90,90.21	BE	150	174	5	0.5 ppm	6K60F2D
3	4	22,74,90,90.21	BE	150	174	5	0.5 ppm	9K60F2D
3	5	22,74,90,90.21	BE	150	174	5	0.5 ppm	8K10F1E
3	6	22,74,90,90.21	BE	150	174	5	0.5 ppm	10K0F1E
3	7	22,74,90,90.21	BE	150	174	5	0.5 ppm	8K10F7E
3	8	22,74,90,90.21	BE	150	174	5	0.5 ppm	10K0F7E
3	9	22,74,90,90.21	BE	150	174	5	0.5 ppm	8K10F1D
3	1	22,74,90,90.21	BE	150	174	5	0.5 ppm	10K0F1D
3	11	22,74,90,90.21	BE	150	174	5	0.5 ppm	8K10F7D
3	12	22,74,90,90.21	BE	150	174	5	0.5 ppm	10K0F7D
3	13	22,74,90,90.21	BC	150	174	50	0.5 ppm	11K0F3E
3	14	22,74,90,90.21	BC	150	174	50	0.5 ppm	16K0F3E
3	15	22,74,90,90.21	BC	150	174	50	0.5 ppm	6K60F2D
3	16	22,74,90,90.21	BC	150	174	50	0.5 ppm	9K60F2D
3	17	22,74,90,90.21	BC	150	174	50	0.5 ppm	8K10F1E
3	18	22,74,90,90.21	BC	150	174	50	0.5 ppm	10K0F7E
3	19	22,74,90,90.21	BC	150	174	50	0.5 ppm	8K10F7E
3	2	22,74,90,90.21	BC	150	174	50	0.5 ppm	10K0F7E
3	21	22,74,90,90.21	BC	150	174	50	0.5 ppm	8K10F1D
3	22	22,74,90,90.21	BC	150	174	50	0.5 ppm	10K0F1D
3	23	22,74,90,90.21	BC	150	174	50	0.5 ppm	8K10F7D
3	24	22,74,90,90.21	BC	150	174	50	0.5 ppm	10K0F7D
3	25	22,74,90,90.21	BC	150	174	100	0.5 ppm	11K0F3E
3	26	22,74,90,90.21	BC	150	174	100	0.5 ppm	16K0F3E
3	27	22,74,90,90.21	BC	150	174	100	0.5 ppm	6K60F2D
3	28	22,74,90,90.21	BC	150	174	100	0.5 ppm	9K60F2D
3	29	22,74,90,90.21	BC	150	174	100	0.5 ppm	8K10F1E
3	3	22,74,90,90.21	BC	150	174	100	0.5 ppm	10K0F1E
3	31	22,74,90,90.21	BC	150	174	100	0.5 ppm	8K10F7E
3	32	22,74,90,90.21	BC	150	174	100	0.5 ppm	10K0F7E
3	33	22,74,90,90.21	BC	150	174	100	0.5 ppm	8K10F1D
3	34	22,74,90,90.21	BC	150	174	100	0.5 ppm	10K0F1D
3	35	22,74,90,90.21	BC	150	174	100	0.5 ppm	8K10F7D
3	36	22,74,90,90.21	BC	150	174	100	0.5 ppm	10K0F7D
	Line	Rule Parts	Grant Notes	Lower Frequency	Upper Frequency	Power Output	Tolerance	Emission Designator	Microprocessor Number
4	1	22,9	BC	150	174	50	1 ppm	11K0F3E
4	2	22,9	BC	150	174	50	1 ppm	16K0F3E
4	3	22,9	BC	150	174	100	1 ppm	11K0F3E
4	4	22,9	BC	150	174	100	1 ppm	16K0F3E

some individual PII (Personally Identifiable Information) available on the public forms may be redacted, original source may include additional details

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