Radio Shack 4301107A 900 MHz Cordless Telephone User Manual Draft Owners Manual

RadioShack Corporation 900 MHz Cordless Telephone Draft Owners Manual

Draft Owners Manual

1(DRAFT COPY)Text OnlyRADIOSHACK MODEL 43-1107A (FCC ID: AAO4301107A) - USER MANUAL AND OPERATIONAL DESCRIPTIONUSER MANUALCAUTIONYou are cautioned that any changes or modifications not expressly approvedin this manual could void your authority to operate this equipment.IntroductionYour  900  MHz  cordless  phones  is  designed and engineered to exactingstandards for reliability, long life, and outstanding performance.
2Features  900 MHz Extended Range Technology  40 Channel Autoscan  9-Number Memory Dialing  3 One-Touch Priority Keys  Desk or Wall Mountable  Tone/Pulse Dialing  Handset Volume Control  32 Digit Redial  Page/Find  AutoTalk  AutoStandby  7 Hours Talk Time  Hearing Aid Compatible
3  Your  900  MHz cordless phone includes AutoTalk and AutoStandby. AutoTalk  allows you to answer a call by just removing the handset from the base so  you  dont  have  to  waste  time  pushing  buttons  or flipping switches.  AutoStandby  allows you to hang up by simply returning the handset to the  base.  The   UltraClear  Plus  true  compander  circuitry  virtually  eliminates  background  noise. This innovative technology, together with 40 different  channels,  provides  you with the best possible reception during all your  conversations.  To protect you against misbilled calls which might result from your phone  being  activated  by  other equipment, your phone has Random Code digital  security  which automatically selects one of over 65,000 digital security  codes   for   the   handset   and  base.  Also,  the  AutoSecure  feature  electronically locks your phone when the handset is in the base.  To  get  the  most  from  your  phone,  please  read  this  owners manual  thoroughly.  Also,  be sure to complete the product registration form and  mail it in.
4  Included with Your Phone  This Owners Manual  Other Printed Material  Precautions and Important Safety Instructions  Controls and Functions  1.talk -  answers or places calls  2.*/tone - switches to tone dialing in pulse dial mode  3.redial - redials the last number  4.pause - adds a timed pause in a memory dialing sequence  5.talk/batt  - LED indicates when phone is in use or the battery is low  6.flash - accesses call waiting (if available)  7.mem - enters or recalls numbers in memory  8.volume - sets both the ringer and earpiece volumes  9.chan -  selects another channel for clearer reception  10.m1,  m2,  m3 - accesses stored numbers in memory locations 1, 2, and 3  for one-touch dialing  11.handset retainer - holds handset in base for wall mounting.  12.status LED - indicates the phone is in use or the handset is charging  13.page/find - locates the handset
5  Installation  Charging the Battery Pack  The rechargeable Nickel-Cadmium battery pack must be fully charged before  using  your phone for the first time. Before plugging the phone line into  your new phone, you must charge the battery for approximately 15-20 hours  without interruption.  1.Remove the handset battery cover.  2.Plug  the  batterys  cable  into the handset and place the battery pack  inside the battery compartment.  3.Replace the battery cover.  Charging the Handset  Place  the  handset  on  the  base  to charge. (The handset can charge in  either the face-up or face-down position.)  Low Battery Indicator  When  the battery pack in the handset is low and needs to be charged, the  batt  LED  flashes  every 3 seconds.  If this occurs while you are on the  phone,  you  will  hear  an  alert tone. Complete your call as quickly as  possible, and return the handset to the base for charging.
6  Cleaning the Battery Contacts  To  maintain a good charge, it is important to clean all battery contacts  on  the handset and base about once a month. Use a pencil eraser or other  contact cleaner. Do not use any liquids or solvents.  Selecting a Location  Before  choosing  a  location  for  your new phone, read the Installation  Considerations   included   in   the  Precautions  and  Important  Safety  Instructions  brochure.   Note: Raise the antenna on the base to get best  communication range.  Setting the Dial Mode Switch  Desk or Tabletop Installation  1.Plug the AC adapter cord into the 9V DC input jack on the base.  2.Wrap the AC adapter cord inside the molded strain-relief.  3.Plug  one  end of the long telephone cord into the TEL LINE jack on the  base.  4.Place the telephone cord into the right molded channel cord holder.  5.Plug  the other end of the telephone cord into the telephone wall jack.  (Remember, the phone must be fully charged before you can use it.)  6.Plug  the  AC  adapter  into a standard 120V AC wall outlet that is not  controlled by a wall switch.  7.Raise the antenna on the base.
7  Wall Installation  Setting the Handset Retainer for Wall Mounting  1.Remove the handset retainer on the base by sliding it upward.  2.Flip the retainer over so the tab is facing up.  3.Slide the retainer back onto the base.  Mounting on a Standard Wall Plate  The phone is designed to be mounted on a standard AT&T or GTE wall plate.  1.Plug the AC adapter into the base.  2.Place the AC adapter cord inside the left molded channel cord holder.  3.Plug a short telephone cord into the TEL LINE jack on the base.  4.Place  the telephone cord into the right molded channel cord holder and  plug  the  other end of the cord into the wall jack. (Remember, the phone  must be fully charged before you can use it.)  5.Place the base on the two posts of the wall plate and slide downward to  secure.  6.Plug  the  AC  adapter  into a standard 120V AC wall outlet that is not  controlled by a wall switch.  7.Raise the antenna on the base to get best communication range.
8Mounting Directly on a Wall  If  you  do  not  have  a  standard  wall  plate, you can mount the phone  directly on a wall. Before mounting your cordless telephone, consider the  following:  Select  a  location  away  from  electrical cables, pipes, or other items  behind  the  mounting  location  that could cause a hazard when inserting  screws into the wall.  Make  sure  the  wall material is capable of supporting the weight of the  base and handset; otherwise, damage to the unit could result.  Use  #10  screws  with  anchoring  devices suitable for the wall material  where the base will be placed.  1.Insert  the  screws,  with  their  appropriate anchoring devices, 35/16  inches  apart. Allow 3/16 of an inch between the wall and screw heads for  mounting the phone.  2.Plug the AC adapter into the base.  3.Place the AC adapter cord inside the left molded channel cord holder.  4.Plug  one  end of the long telephone cord into the TEL LINE jack on the  base.  5.Place the telephone cord into the right molded channel cord holder.  6.Place the base on the screws and push down until its firmly seated.  7.Plug  the other end of the telephone line into the telephone wall jack.  (Remember, the phone must be fully charged before you can use it.)  8.Plug  the  AC  adapter  into a standard 120V AC wall outlet that is not  controlled by a wall switch.  9.Raise the antenna on the base to get best communication range.
9  Setting Up Your Phone  Raising the Antenna  Before  using  your  phone,  be sure to raise its antenna to the vertical  position.  Adjusting Ringer/Volume Controls  Ringer Tone and Volume  1.While the phone is not in use, press volume .  2.The  phone  has  two  ringer  tones, each with two volume levels. Press  volume again until you hear the ringer tone and volume level you want.  Setting the Handset Earpiece Volume  1.While you are on a call, press volume .  2.The  phone has two receiver volume levels, one soft and one loud. Press  volume  again until you hear the volume level you want.  3.Plug  the  AC  adapter  into  a standard 120VAC wall outlet that is not  controlled by a wall switch.  4.Place  the  handset upright in the charging cradle. (The handset can be  placed  in the charger with the keypad facing either the front or back of  the charging cradle.)The charge LED lights while  the unit is charging.
10  Using Your Phone  Making and Receiving Calls  Storing a Number in Memory  Your  900 MHz cordless phone has 9 memory locations for storing important  telephone numbers.  1.Remove  the  handset  from the base and press mem. The talk LED flashes  and you hear a beep.  2.Enter the phone number you want to store (up to 16 digits).  3.Press  mem  and  enter  a  number  (1-9)  on  the keypad for the memory  location you want to use.  You  hear a long beep and the talk LED goes out indicating the number has  been stored successfully.  If  you select any keys other than 1-9, the handset will beep rapidly and  no number will be stored.  Entering a Pause in Memory Dialing  If  you would like to use a phone number stored in memory to access voice  mail, for example, you can store a pause in the phone number sequence.  To use this function, follow steps 1 and 2 in Storing a Number in Memory,  then  press the pause button on the handset to place a pause in the phone  number sequence.
11Follow  the  remaining steps in the Storing a Number in Memory section tocomplete the operation.  Storing Mixed Tone/Pulse Numbers  If  your  phone  is  set up for pulse dialing, you can store a mixed mode  number (up to 16 digits) to easily access long distance services.  1.Remove  the  handset  from the base and press mem. The talk LED flashes  and you hear a beep.  2.Enter the number to be dialed in pulse mode.  3.Press the */tone button on the handset. The */tone button counts as one  digit and enters a pause.  4.Enter the number(s) to be dialed in tone mode.  5.Press  mem and a number (1-9) on the keypad for the memory location you  wish to use. You hear a long beep and the talk LED goes out.  Dialing a Stored Number  To  dial  a phone number stored in memory, press talk, then press mem and  the memory location (0-9). Your phone will dial the stored number.  One-Touch Dialing  Your  phone  is  equipped  with three One-Touch Priority keys for instant  dialing  (m1,  m2,  and m3). You cannot store phone numbers directly into  m1,  m2,  and  m3.  They  are only used to dial phone numbers stored into  memory locations 1, 2, and 3 on the keypad.
12  1.To  instantly dial phone numbers stored in memory locations 1, 2, or 3,  simply  press  m1,  m2, or m3. (There is no need to press talk, the phone  will automatically dial.)  2. If no phone number was stored in memory locations 1, 2, or 3 on the  keypad, pressing m1, m2, or m3 will do nothing.  Chain Dialing  After  dialing  a  number  you may be requested to enter a special access  code, for example, when performing a banking transaction.  1.Store the access code into one of the memory locations(1-9).  2.Dial the main number.  3.Press mem and the memory location of the access code at the appropriate  time.  Erasing a Stored Number  1.Remove the handset from the base.  2.Press mem twice.  3.Press  the  memory  location number (1-9) you want to clear. You hear a  long beep confirming that you have erased the number.
13  Replacing a Stored Number  Remember,  your  phone has 9 memory locations, represented by the numbers  1-9 on the keypad. If you store a phone number in one of these locations,  then  attempt to store a different number in the same location later, the  new number will replace the previous one.  Selecting a Different Channel  If  you  encounter  interference while using your phone, you can manually  change the phones channel for clear operation. Interference can come from  appliances  or  other  phones in your home. This function works only when  the phone is in use.  The  chan  button  on the handset allows you to choose between 40 factory  set  channels. During the course of a conversation, if you hear static or  noise which makes it difficult to hear, press chan. The talk LED flashes,  indicating the phone is changing to another channel.  Using the Flash Button  Use  flash  for accessing services such as call waiting. If you receive a  call  during  your  conversation,  press the flash button on the handset.  Press flash again to return to the previous call.
14 Using the Page/Find Feature  The Page/Find feature sends a signal from the base to the handset causing  it  to beep. This is useful for locating the handset when it is away from  the  base.  To use this feature, press page/find on the base. The handset  beeps  for  60  seconds.  (Press  and  hold the page/find button to get a  continuous beep.)  On the handset press talk to end the page. Press talk again if you do not  wish to make a call.  Traveling Out of Range  When  you  begin  to  move  too  far from the base, you will first hear a  clicking   sound.   As  you  travel  further  out  of  range,  the  voice  transmission  will begin to break up. If you pass the range limits of the  base, your call will terminate.
15---------------------------------------------------------OPERATIONAL DESCRIPTION(superscript: CIRCUIT DESCRIPTIOAND)(superscript: DIGITAL SECURITY CODE INFORMATION)UC-219ZL    AAO4301107A          43-1107A  (superscript: Equipment Description    )  (superscript: =====================)  (superscript: Your 900MHz cordless telephone is a telephone terminal  device that is designed for voice operation in a similar fashion to an  ordinary residential or business telephone without the inconvenience and  restrain of a handset cord.)  (superscript: This device consists of a base unit and a handset.  The  base unit is connected to a standard telephone modular jack (USOC RJ 11C  Type) and is supplied electric power from a standard AC power line by  using with the AC Adapter.  The handset is powered from an internal  battery pack.)  (superscript: Your 900MHz cordless telephone operates by means of a full  duplex radio frequency TX/RX system in 902 - 928 MHz band.  These radio  frequency systems operate in accordance with Part 15 of the FCC Rules.)  (superscript: Your 900MHz cordless telephone has been specifically  designed to comply with the requirements set forth in Part 68 of the FCC  Rules as well as the Part 15 requirements.)  (superscript: Circuit Description and Operating Frequency)  (superscript: ===========================================)
16(superscript: Overview)  (superscript: This equipment is a Cordless Telephone System which  operates within the 900MHz ISM band.  This equipment consists of a base  unit and a handset.  The base unit is connected to a telephone network,  and has transmitter and receiver circuits which are served to  communication with the handset. The handset also has a transmitter and  receiver portions in addition to regular dialing circuit.)  (superscript: Both the handset and the base unit have PLL circuits which  enable to communicate in an empty channel.  Pressing the CH key on the  handset can last the communications moving into other open channel  without cutting the line even if interfered by interruption on talks.)  (superscript: 1. Handset)  (superscript: 1) Local Frequencies and Intermediate Frequencies)  (superscript: TX VCO Frequency:   902.052464 MHz  to 904.002470 MHz)  (superscript: RX 1st Local Freq.:      936.552559 MHz  to 938.502564 MHz)  (superscript: RX VCO Frequency:   936.552559 MHz  to 938.502564 MHz)  (superscript: RX 2nd Local Freq.:      10.100 MHz)  (superscript: 1st Intermediate Frequency:   10.555 MHz)  (superscript: 2nd Intermediate Frequency:   455 kHz)  (superscript: 2) Communication Link to Base unit)  (superscript: RX Circuit:)  (superscript: An incoming RF signal from the base unit is received  through the antenna.  RX VCO frequency shown above is produced by PLL IC  (IC502) and RX VCO (IC502 1/2).  Then, this frequency is the RX 1st Local  frequency.)  (superscript: This 1st local signal is applied to the 1st Mixer (IC502)  which produces 1st IF of 10.555MHz.)
17  (superscript: The 1st IF signal (10.555MHz) is mixed with 2nd local  frequency of 10.1MHz to produce the 2nd IF of 455kHz at IC401.  AF signal  demodulated by IC401 is amplified by the audio amplifier  (Q401/Q403/Q405/Q406) to drive a speaker.)  (superscript: TX Circuit:)  (superscript: TX VCO signal is generated at the PLL circuit and the TX  VCO (IC502 2/2).  Meanwhile, voice signal from the microphone (MC401)  modulates the TX VCO signal at IC502.  This modulated signal is  the TX  RF frequencies as listed above.)  (superscript: Then, the TX RF signal is amplified by RF AMP (Q506/Q507)  and fed into the antenna through a band pass filter (FT501).)  (superscript: 3) Dialing Signal)  (superscript: When this equipment is in Talk Mode, the transmitting  circuit and dialing circuit are activated to make outgoing call.  In this  condition, when any number keys are pressed, the CPU (IC404) generates  corresponding dial pulse codes.)  (superscript: 2. Base Unit)  (superscript: 1) Local Frequencies and Intermediate Frequencies)  (superscript: TX VCO Frequency  :      925.997470 MHz to 927.947465 MHz)  (superscript: RX 1st Local Freq.:      891.497564 MHz to 893.447559 MHz)  (superscript: RX VCO Frequency  :      891.497564 MHz to 893.447559 MHz)  (superscript: RX 2nd Local Freq.:      10.100MHz)  (superscript: 1st Intermediate Frequency:   10.555 MHz)  (superscript: 2nd Intermediate Frequency:   455 kHz)  (superscript: 2) Communication Link to Handset)  (superscript: RX Circuit:)  (superscript: An incoming RF signal from the handset is received through  the antenna.)
18  (superscript: RX VCO frequency shown above is produced by PLL IC (IC202)  and RX VCO (IC202 1/2).  Then, this frequency is the RX 1st Local  frequency.  This 1st local signal is applied to the 1st Mixer (IC202)  which produces 1st IF of 10.555MHz.)  (superscript: Then, the 1st IF signal (10.555MHz) is mixed with 2nd local  frequency of 10.100MHz to produce the 2nd IF of 455kHz at IC3, and also  AF output is obtained by IC3. The demodulated signal by IC3 contains a  security code, and the code is fed to the CPU.)  (superscript: TX Circuit:)  (superscript: TX VCO signal is generated at the PLL circuit and the TX  VCO (IC202 2/2).  Meanwhile, voice signal from Telephone Network through  the Hybrid Transformer (T1) modulates the TX VCO signal at IC202.  This  modulated signal is the TX RF frequencies as listed above. Then, the TX  RF signal is amplified by RF AMP (Q206/Q207) and fed into the antenna  through a band pass filter (FT201).)  (superscript: 3) Dialing Signal)  (superscript: Dial pulse code sent from the handset is demodulated by IC3  as mentioned above, and is fed into the CPU to control RL1.)  (superscript: 4) Telephone Interface Circuit)  (superscript: Outgoing voice signal to telephone network is amplified by  IC1 and Q3.  This signal is delivered to the telephone interface circuit  through the Hybrid Transformer (T1).)  (superscript: Incoming voice signal also goes through T1, then it is  amplified by Q4 and IC1 2/2 to a proper level for frequency modulation,  then it is fed to the TX circuit. To protect the TX/RX circuits from a  metallic surge, the surge absorbing capacitor (C20) is provided at the  secondary circuit of the Hybrid Transformer (T1).)
19  (superscript: 5) Bell Signal)  (superscript: An alerting signal (Bell signal) is detected by means of a  Photo Coupler (IC4) which has a sufficiently high impedance.)  (superscript: 6) Power Supply Circuit)  (superscript: The power supply circuits are composed of Q7, Q11 and a  zener diode type D11 and D13.  These are voltage regulator circuits to  stabilize input voltage from the AC Adapter to attain a stable operation.)  (superscript: Digital Security Code Information)  (superscript: =================================)  (superscript: 65536 Digital Security Code)  (superscript: This cordless telephone system automatically selects a  different security code from 65536 possible discrete digital codes each  time the cordless telephone is used.)  (superscript: Furthermore, the security code can be changed randomly by  pressing PAGE button on the base unit when the handset is placed in the  base unit.)  (superscript: [APPENDIX]     TEST MODE AND OPERATION FREQUENCY)  (superscript: TEST MODE)  (superscript: This cordless telephone has test mode function which enable  to perform TX/RX testing.)  (superscript: Test Mode for Base Unit)  (superscript: To enter the test mode, connect the AC Adapter to the unit  while)  (superscript: pressing the PAGE button. When test mode is set up, and the  LINE LED lights.  The unit is set for CH 19 (926.897468MHz) Transmitting  mode.)
20 (superscript: To change the transmitting frequency, change the TONE/PULSE  switch position to TONE side and them press the PAGE button during the  unit is set the TX Test mode, so that the channel is changed from CH 19  to CH 20.  Every pressing the CHANNEL key, channel is changed as below.)  (superscript: 19   20   21   40    1    2    3 - - - 39   40   1   2   3  4 ---)  (superscript: To cancel the test mode, place the Handset in the Base  Unit, so that the STATUS LED lights and the equipment is set for normal  operation mode (Standby mode).)  (superscript: Or, disconnect the AC Adapter and connect it again, so that  the test mode is easily canceled.)  (superscript: Test Mode for Handset)  (superscript: First, disconnect the battery pack.  Then, connect the  battery pack again while pressing # and * keys.  When test mode is set  up, long beep tone is heard and the TALK LED lights.  The unit is set for  CH 21 Transmitting mode.  Every pressing the CHANNEL key, channel is  changed as below.)  (superscript: 21   20   19   40    1   2   3 - - - 39   40   1   2   3  4 ---)  (superscript: To cancel the test mode, press the TALK key.)RADIOSHACKCARE AND MAINTENANCE:Modifying or tampering with 43-1107A internal components can cause amalfunction and might invalidate its warranty and void your FCCauthorization to operate it.  If your 43-1107A is not performing as itshould, take, it to your local RadioShack store for assistance.  If thetrouble is affecting the telephone line, the phone company can ask you todisconnect your 43-1107A until you have resolved the problem.
21FREQUENCY TABLE               CH      Portable(TX Frequency)       Base(TX Frequency)                1         902.052464MHz                925.997470MHz                2         902.102465MHz                926.047470MHz                3         902.152465MHz                926.097470MHz                4         902.202465MHz                926.147470MHz                5         902.252465MHz                926.197470MHz                6         902.302465MHz                926.247469MHz                7         902.352465MHz                926.297469MHz                8         902.402465MHz                926.347469MHz                9         902.452465MHz                926.397469MHz               10         902.502466MHz                926.447469MHz               11         902.552466MHz                926.497469MHz               12         902.602466MHz                926.547469MHz               13         902.652466MHz                926.597469MHz               14         902.702466MHz                926.647468MHz               15         902.752466MHz                926.697468MHz               16         902.802466MHz                926.747468MHz               17         902.852467MHz                926.797468MHz               18         902.902467MHz                926.847468MHz               19         902.952467MHz                926.897468MHz               20         903.002467MHz                926.947468MHz               21         903.052467MHz                926.997467MHz               22         903.102467MHz                927.047467MHz               23         903.152467MHz                927.097467MHz               24         903.202468MHz                927.147467MHz               25         903.252468MHz                927.197467MHz               26         903.302468MHz                927.247467MHz               27         903.352468MHz                927.297467MHz               28         903.402468MHz                927.347466MHz               29         903.452468MHz                927.397466MHz               30         903.502468MHz                927.447466MHz               31         903.552468MHz                927.497466MHz               32         903.602469MHz                927.547466MHz               33         903.652469MHz                927.597466MHz               34         903.702469MHz                927.647466MHz               35         903.752469MHz                927.697466MHz               36         903.802469MHz                927.747465MHz               37         903.852469MHz                927.797465MHz               38         903.902469MHz                927.847465MHz               39         903.952470MHz                927.897465MHz               40         904.002470MHz                927.947465MHz

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