Manual Revision: 2013-07-19
Covers Software Revisions:
BTD
-2: 1.0 & Higher
Covers Hardware Revisions:
UED-1: 7283C
BTD-2
Burst Tone Decoder
BTD-2 MOD-1272 Addendum
Motorola MDC-1200 ANI Mute Option
1
SPECIFICATIONS
Operating Voltage 5.5-15 VDC
Operating Current 3 mA
Operating Temperature -30 - +60 C
Input Level 25-500 mV RMS
Input Impedance 100 K Ohms
Frequency Range 300-3000 Hz
SINAD Ratio < 9 dB
Burst Tone Band Width ± 1.5%
Momentary Output 200 mA
Dimensions 1.7” L x 0.84” W x 0.23” H
GENERAL INFORMATION
The BTD-2 will decode a single burst tone and give a momentary and/or latched output. If the BTD-2 MOD-1272
is purchased then the unit will look for the 1800 Hz preamble of a Motorola MDC-1200 ANI packet in order to
mute the speaker of the radio, so the packet is not heard.
2
PRODUCT PROGRAMMING
Midian’s BTD-2 is programmed using the KL-4F programming interface and the MPS software. Please reference
the KL-4F manual for setup instructions of the software and hardware. From the product selection screen on the
MPS software, select the appropriate product name from the list and click OK.
Set the parameters of the product to fit the application. If any clarifications on a feature are required, move the
mouse cursor over the feature name until the question mark appears and right click, a definition of the feature will
be shown.
After entering the parameters, save the file by going to File - Save As. Enter the file name in the File Name block
and click Save. Saving the file will allow for quick and easy reprogramming of units.
Plug the unit into the P5 connector on the KL-4F using the double-ended wiring harness included in the KL-4.
Press and hold the PTT button on the KL-4F, then press and hold the Power button and then click “Program Unit”
in the menu bar to send the file to the unit. When programming is completed the buttons can be released.
Note: The BTD-2 is a non-readable unit.
Receive Tone Frequency (Hz): In this register program the desired burst tone frequency in Hz from 300 to 3000.
Tone Detect Time: This time is programmable for 0.00 to 0.99 seconds. This is the length of time that the burst
tone must be present prior to the BTD-2 decoding the tone. Midian recommends setting this to at least 0.30 to
avoid falsing.
Repeater Hang Time: This time is programmable for 0.0 to 9.9 seconds. If set to 0.0 the Hang Time is disabled.
This sets the amount of time that the BTD-2 must see a loss of COR prior to resetting the Monitor/Squelch Output
and the PTT Hang Time Output. The purpose is to keep the repeater active, so that it does not go inactive during
a conversation.
Horn Output Time: This time is programmable for 0-9 seconds. This sets the amount of time the Horn Output will
go low.
3
COR Polarity: This sets the polarity the BTD-2 looks for to see COR as active, GND (Ground) or V+ (+5 V). The
BTD-2 looks for an active COR to validate a tone, so as not to false. The unit also resets the latched outputs by
seeing COR go inactive.
Squelch Polarity: This sets the polarity of the output of the Monitor/Squelch Output, GND (Ground) or V+ (+5 V).
Monitor Input Polarity: This sets the polarity the BTD-2 looks for to open the squelch of the radio to look for
activity, GND (Ground) or V+ (+5 V). When this input goes active the BTD-2 activates the Monitor/Squelch
Output.
4
HARDWARE INSTALLATION
Be certain to follow standard anti-static procedures when handling any of Midian’s products.
P1-4 – Black – Ground – Connect to the nearest ground point.
P1-2 – Red - +5.5 – 15 VDC – Connect to switched B+ in the radio.
P1-3 – Brown – COR/COS – Connect to point in the squelch or CTCSS circuit that changes logic level when
carrier is received.
P1-6 – Orange – RX Tone Input – Connect to an audio point in the receiver, usually the high side of the volume
control or discriminator output. When using CTCSS, pick up the audio after the high pass filter.
P1-7 – Yellow – Monitor/Squelch Out – Connect to a point in the squelch circuit that normally changes logic level
with carrier. The squelch polarity is set in the programming software and by selecting the polarity of D-4 by
inserting either JU5 or JU6. R-47 can be changed to provide more or less current as needed. Do not allow the
Monitor/Squelch Output to conflict with the COR/COS lead input.
P1-10 – Gray/White – Horn Output - This provides a 0-9 second ground during ringing through Q7. JU7 (pads A
and B) must be installed and JU8 (pads A and C) must be uninstalled.
P1-8 – Green/White – PTT Hang Time Out – Connect to the radio’s PTT Input. This will keep the repeater keyed
after a loss of COR for the time set in the Hang Time.
P1-5 – Blue – Alert Tone/Speaker Audio – Connect to high side of the speaker. This provides a decode
indication tone. When using 20-40 Ohm speakers, the onboard resistor in series with Q3 should be sufficient.
When attaching this lead to a 4-8 Ohm speaker, add a 100-Ohm resistor in series with the lead to limit current.
P1-12 – Orange/White – Monitor/Program In – This input is connected for programming when the unit is plugged
into the KL-4F programming interface.
HARDWARE ALIGNMENT
RX Audio Input: On the BTD-2 adjust R65 so that Pin 14 of U2 (TP1) doesn’t quite clip when a 1 KHz tone
modulated at 3.3 KHz deviation from a signal generator is applied. If more level is needed remove R63 by cutting
JU1. Additionally, with an oscilloscope a symmetrical and clean square wave should be seen at Pin 8 of U2 (TP4).
COR/COS: If the radio only makes a minute change, it may be necessary to adjust the following values to cause
Q1 to change states:
R-5, R-6, & R-69
5
OPERATION
The BTD-2 is designed to work in 2 configurations:
1. Remote Control/Alert: Upon decoding of the burst tone, the BTD-2 will activate the Horn and
Monitor/Squelch Outputs. The horn output will go momentarily low for the 0-9 seconds programmed. The
Monitor Squelch output will remain latched until reset.
2. Repeater Controller: Upon decoding of the burst tone, the BTD-2 will activate the Monitor/Squelch Output
and PTT Hang Time Output. Either of these outputs can be used to key the repeater and will keep it keyed for
the amount of time programmed (Repeater Hang Time) after COR/COS input has been lost. If the repeater
hang time is programmed to 0.0 the remote control/alert features listed in the above paragraph are activated.
Programming to 0.1 or higher activates the repeater controller feature.
Decode: Upon decode the unit will give the following outputs depending on the hardware configuration:
1. Momentary Horn Output: This will give an open collector output to ground for 0-9 seconds depending on the
programmed horn time.
2. Latched Monitor/Squelch Output: This output can either go from low to high or from high to low. With JU-5
installed and the squelch polarity programmed for V+ the output will go from high to low. With JU-6 installed
and the squelch polarity programmed for Ground the output will go from low to high.
Resetting of Outputs: Depending on programming the momentary output will reset automatically after 0-9
seconds. The Monitor/Squelch output is reset by cycling power or by the COR going inactive.
COR Input: The COR polarity, GND (Ground) or V+ (+5 V) must be programmed for the active carrier polarity of
the radio. If used the decoder must see an active COR before decoding. If this feature is not used, do not connect
this wire and program the polarity for GND.
6
BTD-2 MOD-1272 ADDENDUM
Overview: MOD-1272 adapts a BTD-2 to mute ANI signaling packets, in particular Motorola’s MDC-1200
packets. It may also work with other signaling protocols that have a known single-tone preamble. In the case of
MDC, there is a preamble of 1800 Hz for approximately 27 msec. MOD-1272 changes the BTD-2 so that it is less
susceptible to falsing on voice as well as eliminating the need to connect the COR input. Another difference is that
the actual decode timing is 1/2 of that programmed. Also, the hardware has been modified to use a crystal for
greater decode accuracy. In all other respects, the product is identical to a BTD-2.
Operation: Upon detection of a signaling packet, the unit turns on transistor Q5 (PTT hang time out) for
approximately 200 msec. This output can be routed to the squelch circuit of a radio, or be used to clamp the audio
to ground* in order to mute the packet. This is the default configuration. The polarity of the squelch output can be
also be programmed so that the transistor is off during the mute period (set squelch polarity to V+) if the
application requires it.
Only 4 wires of the unit need to be connected: power, ground, RX tone in, and PTT hang time out. The RX level
control pot (R65) should be adjusted as described above. The decode sensitivity will not be as described
however. Expect packet detection to decrease below -14dB SINAD. Note: If you decide to clip the unneeded
wires, be sure not to clip the PROG ENABLE and PROG IN wires.
* Q5 can sink a maximum of 100 mA. Do not exceed or damage will result.
Programming Parameters:
The BTD-2 MOD-1272 comes preprogrammed with the above parameters. If different parameters are needed, the
KL-4F programming interface will be needed. Be certain to use the BTD-2 MOD-1272 programming file. Note that
the actual decode time is 1/2 of that programmed, so that the 0.03 tone detect time above causes the unit to
require a minimum of 15 msec of preamble tone in order to detect a signaling packet.
To increase the sensitivity of the unit, the tone detect time can be set to 0.02, but the risk of falsing on voice is
increased. Conversely, the tone detect time can be set to 0.04 to reduce the chance of falsing, but fewer packets
will be muted.
7
TECHNICAL NOTES
tinuous Decode: The BTD-2 does not support continuous tone decode. For this feature the BTD-1 should be
Con
ordered instead.
MIDIAN CONTACT INFORMATION
MIDIAN ELECTRONICS, INC.
2030 N. Forbes Blvd. #101
Tucson, Arizona 85745 USA
Toll-Free: 1-800-MIDIANS
Main: 520-884-7981
E-mail: sales@midians.com
Web: www.midians.com
8
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CP
CJS
1997-02-14 DML
2013-05-14
C-4
1 of 1
7283
MIDIAN ELECTRONICS, INC.
DATE:
DESIGN:
DWN BY:
REV:
APPR
COPYRIGHT ©
REV
SHEET
PROJECT NUMBER
DOCUMENT NAME
SCHEMATIC
2013
BTD-2
.022u
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33
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R67
2.2K
R66
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TX/TONE OUT[GRN]TX/TONE OUT[GRN]
P1:1
5.5V - 15V VIN[RED]5.5V - 15V VIN[RED]
P1:2
COR/COS IN[BRN]COR/COS IN[BRN]
P1:3
GND[BLK]GND[BLK]
P1:4
ALERT TONE/SPEAKER OUT[BLU]ALERT TONE/SPEAKER OUT[BLU]
P1:5
RX/TONE IN[ORG]RX/TONE IN[ORG]
P1:6
MON/SQ OUT[YEL]MON/SQ OUT[YEL]
P1:7
MIC MUTE OUT[GRN/W]MIC MUTE OUT[GRN/W]
P1:8
PTT OUT[WHT]PTT OUT[WHT]
P1:9
SCAN/DISABLE OUT/HORN OUT[GRY/W]SCAN/DISABLE OUT/HORN OUT[GRY/W]
P1:10
PTT IN[GRY]PTT IN[GRY]
P1:11
MONITOR/PROG IN[ORG/W]MONITOR/PROG IN[ORG/W]
P1:12
EMER/AUX[VIO]EMER/AUX[VIO]
P1:13
*
UK1
+5V
TP5
PTT LED
TP4
CALL LED
TP3
BUSY LED
D
F
E
G
TP2
TP1
TP6
NOTES:
JU1
JU3
A
B
C
TO USE JU1, REMOVE R63
TO USE JU3, REMOVE R21
COC22
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COR62
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COC16
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PIU1023
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PIU1044
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PIU108
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PIJU501
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COQ6
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PIR4402
COR44
COJU6
PIJU502
COJU5
PIC2601
COC26
PIC2602
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PIR3101
PIR3302
COR33
PIR3301
PIR3502
COR35
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COR37
COR39
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COTP6
PITP601
COQ4
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PIC2802
PIC2501
PIC2502
COD4:2
PID401 PID403
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COC25
COD4:1
PIQ40B
PIQ50G
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COJU8
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PIQ40E
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PIR2002
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COR22
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PIQ30E
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COQ2
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PIR2202
PIR2301 PIR2302
PIR2201
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PIU4012
PIU4013
PIU4014
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PIC2101
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PIU4018
PIU4016
PIU407
PIU405
PIU406
PIU4010
PIP101
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COC21
PIR4103
COR41
PIR4102
PIR4101
PIR4202
COR42
COR43
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PIR4301 PIR4302
PIP105
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PIP107
COP1:7
PIP108
COP1:8
PIP109
COP1:9
PIP1010
COP1:10
PIC502
COC5
PIC501
PIR4002
COR40
PIC302
PIR4001
PIC301
PID502
COD5
PID501
COC3
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COtb0sch1
COP1
PAP1013
PAP1012
PAP1011
PAP1010
PAP109
PAP108
PAP107
PAP106
PAP105
PAP104
PAP103
PAD201
COD2
PAD202 PAD203
PAD103
COD1
PAD101
PAD102
COC26
PAC2602PAC2601
COC28
PAC2801 PAC2802
PAR5502
PAR5602
COR56
PAR5501
PAR5601
PAJU501
COJU5
PAJU502
PAJU602
COJU6
PAJU601
COR55
PAD301
COD3
PAD302 PAD303
PAQ40C
PAD402
PAD403
PAR702
PAR701
PAVR105
PAC1201
PAC1202
COVR1
COC12
PAVR101
PAVR104
PAQ30E
COQ3
PAVR103PAVR102
PAC802
PAC2402
COC8
PAC801
PAC2401
COC23
COQ4
PAQ40E
PAR4602
PAQ40B
COD4
PAD401
COR7
PAR4402
PAR4401
COR46
PAR4601
COTP6
PAR4702
COR47
PAR4701
COR44
COR20
PAR2001 PAR2002
PAQ30B
PAVO10C
PAQ20C
PAR1701
COR17
COC24
PAR1702
PAC2302PAC2301
PAR4801
COR48
PAR4802
PATP601
PAC1901
COC19
PAC1902
COQ2
PAVO10E
PAQ20E
PAVO10B
PAQ20B
COC18
COR19
PAR1901 PAR1902
PAY101PAY102
PAQ30C
PAP102
COVO1
PAP101
PAC1001
PAC1002
PAC1101
COC10
COC11
PAC2101
PAC1102
PAC2102
COR23
PAR2302 PAR2301
COC21
COC20
COR22
PAR2202
PAC2001 PAC2002
PAR2102
PAR2203
COR21
PAR2101
PAR2201
PAR5401
COR54
PAR5402
PAVO1034
PAU1034
PAVO1035
COY1
PAU1035
PAVO1036
PAU1036
PAVO1037
PAU1037
PAVO1038
PAU1038
PAVO1039
PAU1039
PAVO1040
PAU1040
PAVO1041
PAU1041
PAVO1042
PAU1042
PAVO1043
PAU1043
PAVO1044
PAU1044
PAC1802PAC1801
PAR2401
COR24
PAR2402
PAR1802
COR18
COR25
PAR2502 PAR2501
PAR1801
COR27
PAVO1033 PAVO1032 PAVO1031 PAVO1030 PAVO1029
PAU1033
PAU1032 PAU1031 PAU1030
COU1
PAU102
PAU101
PAU103
PAR2601
PAR2801
PAR3001
COR26
PAR2602
PAR2701PAR2702
COR30
COR28
PAR2802
PAR3002
COR29
PAR2902 PAR2901
COR31
PAR3101PAR3102
PAVO1028
PAVO1027 PAVO1026 PAVO1025 PAVO1024 PAVO1023
PAU1029 PAU1028 PAU1027
PAU104
PAR3201
COR32
PAR3202
COR33
PAR3302 PAR3301
COR35
PAU1026 PAU1025
PAU1024 PAU1023
PAVO109
PAVO1011PAVO1010
PAU109PAU108
PAU107PAU106PAU105
PAR3401
PAR3601
COR34
COR36
PAR3402
PAR3602
COR37
PAR3702 PAR3701
COR39
PAR3501PAR3502
PAU1011PAU1010
PAR3801
PAVO10D
PAQ70D
COR38
PAR3802
PAQ80D
PAR3901PAR3902
PAVO1022
PAU1022
PAVO1021
PAU1021
PAVO1020
PAU1020
PAVO1019
PAU1019
PAVO1018
PAU1018
PAVO1017
PAU1017
PAVO1016
PAU1016
PAVO1015
PAU1015
PAVO1014
PAU1014
PAVO1013
PAU1013
PAVO1012
PAU1012
COQ7
PAVO10S
PAQ70S
PAVO10G
PAQ70G
COQ8
PAQ80S
PAQ80G
PAJU201
COJU2
PAJU202
PAR5301
COR53
PAR5302
COP2
PAVO108
PAP208
PAVO107
PAP207
PAVO106
PAP206
PAVO105
PAP205
PAVO104
PAP204
PAVO103
PAP203
PAVO102
PAP202
PAVO101
PAP201
COtb0sch2
COP2
PAP208
PAVO208
PAP207
PAVO207
COTP5
PATP501
PAR1002PAR1001
COR11
PAC1401PAC1402
COTP4
PAP206
PAVO206
COTP3
PATP301
PAP205
PAVO205
PAP204
PAVO204
PAP203
PAVO203
PAP202
PAVO202
PAVO201
PAP201
PAR4902
COR49
PAR4901
COD5
COJU7
PAR5101
COR51
PATP401
PAR5102
PAR5001
COR50
PAR5002
COR43
PAD501
PAD502
COC3
PAJU701
PAJU702
PAJU802
PAR4301 PAR4302
COR42
PAR4202PAR4201
PAC301 PAC302
PAJU801
COJU8
COR10
PAR1101 PAR1102
COR12
PAR1202 PAR1201
COC14
COU3
PAU305
PAU306
PAU307
PAU308
PAR1302
PAR1402
COR13
COR14
PAR1301
PAR1401
PAG01
COG
PAF01
COF
PAU4011PAU4010
PAVO2012
PAU4012
PAVO2013
PAU4013
PAVO2014
PAU4014
PAVO2015
PAU4015
PAVO2016
PAU4016
PAVO2017
PAU4017
PAVO2018
PAU4018
PAVO2019
PAU4019
PAVO2020
PAU4020
COU4
PAUK101
PAR901
COR9
COUK1
PAR902
PAUK102
COR16
PAR1602PAR1601
PAU304
PAU303
PAU302
PAU301
PAE01
COE
PAD01
COD
COC15
PAC1502PAC1501
PAR801
PAR1501
COR8
COR15
PAR802
PAR1502
COR52
PAR5202 PAR5201
PAVO2010 PAVO2011
PAVO209
PAU409
PAU408
PAU407
PAU406
PAU405
PAU404
PAU403
PAU402
PAU401
PAVO20B
PAQ10B
COVO2
PAR4102
COR68
PAR6802PAR6801
COR67
PAR6702
COC17
PAC1701PAC1702
COR1
PAR101 PAR102
COR2
PAR202 PAR201
COC1
PAC102
PAC101
PAVO20C
PAQ10C
COQ1
PAVO20E
PAQ10E
COR41
PAU201
PAU202
PAU203
PAU204
PAU205
PAU206
PAU207PAU208
PAC2502
COC25
PAC2501
PAR4103
PAR4101
COC27
PAC2701PAC2702
PAR6701
COR65
PAR6502
COU2
COR3
PAR302 PAR301
COC2
PAC201
PAC202
PAQ60D
COQ6
PAQ60G
PAQ60S
COR4
PAR402
COC29
PAC2901PAC2902
COQ5
PAQ50G
PAR6503
PAR6501
PAU2014
PAU2013
PAU2012
PAU2011
PAU2010
PAU209
PAR401
PAVO20D
PAQ50D
PAVO20S PAVO20G
PAQ50S
PAR6601
COR66
PAR6602
PATP101
COTP1
PAR6302
PAR6402
COR64
COR63
PAR6301
PAR6401
COR62
PAR6201
COC22
PAC2202
PATP201
COC4
PAC402
COC9
COTP2
PAC901
PAC1302
COC13
PAR501
PAR502
PAC1301
COR5
COC7
PAC702 PAC701
COC6
PAC601PAC602
PAC1602
PAR6102
COR61
COC16
PAC1601
PAR6101
PAR6202
PAC502
COC5
PAC2201
PAC501
PAC401
PAC902
PAR6902
COR69
PAR6901
PAR4002
COR40
PAR4001
PAR602
COR6
PAR601
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