hosiden electronics sdn bhd

Malaysia

The magnitude of the complex impedance at 1 kHz is expressed inohms. As of an impedance for a receiver, we normally offer a 150-ohm impedance, but will manufacture 300-ohm and other impedanceson demand.Input powerWhen calculating input power it is assumed the impedance isresistive, therefore, where Z is the impedance at 1 kHz in ohmsE is the input voltage in voltsE2P 103 in mW or 106 in W ZOutput Sound Pressure LevelAs a method of measuring a telephone handset, we define the outputpressure level at 1000 Hz when an earpiece is attached to theartificial ear specified in IEC318, and a voltage of 60 mV is appliedacross the receiver terminals.Please note that data comparison with those of other companies isnot valid because there are many differences in setting referencesand input conditions, although the measuring methods of othercompanies are almost similar to our method.GENERATOR EAR CAP ACOUSTIC COUPLERFrom August 16th 1991 US FCC regulations required that all telephonesin public places shall be hearing aid compatible.HAC receivers incorporate an additional coil, which produces amagnetic field that couples to the hearing aid pick-up coil.The AC magnetic field generated conforms to EIAR S-0504.Leakage Measuring EvaluationTraditionally, the performance of telephone receivers was measuredin a closed loop using the artificial ear specified in IEC 318. Thisapproach did not pose any serious problems in the past becausethere were only a few types of telephone handsets available on themarket. In recent years, however, a variety of new types of telephonessuch as cordless, portable and cellular telephones, haveentered the market one after another, and they come equipped withvarious types of handsets. In the face of these new circumferences, more and more manufactures are trying to adopt the so-calledopen measurement method, in addition to the conventional closedloop method. This is because they believe that more emphasisshould be put on auditory feeling in the working environment. Hosidenhas also decided to adopt the open measurement me

The magnitude of the complex impedance at 1 kHz is expressed inohms. As of an impedance for a receiver, we normally offer a 150-ohm impedance, but will manufacture 300-ohm and other impedanceson demand.Input powerWhen calculating input power it is assumed the impedance isresistive, therefore, where Z is the impedance at 1 kHz in ohmsE is the input voltage in voltsE2P 103 in mW or 106 in W ZOutput Sound Pressure LevelAs a method of measuring a telephone handset, we define the outputpressure level at 1000 Hz when an earpiece is attached to theartificial ear specified in IEC318, and a voltage of 60 mV is appliedacross the receiver terminals.Please note that data comparison with those of other companies isnot valid because there are many differences in setting referencesand input conditions, although the measuring methods of othercompanies are almost similar to our method.GENERATOR EAR CAP ACOUSTIC COUPLERFrom August 16th 1991 US FCC regulations required that all telephonesin public places shall be hearing aid compatible.HAC receivers incorporate an additional coil, which produces amagnetic field that couples to the hearing aid pick-up coil.The AC magnetic field generated conforms to EIAR S-0504.Leakage Measuring EvaluationTraditionally, the performance of telephone receivers was measuredin a closed loop using the artificial ear specified in IEC 318. Thisapproach did not pose any serious problems in the past becausethere were only a few types of telephone handsets available on themarket. In recent years, however, a variety of new types of telephonessuch as cordless, portable and cellular telephones, haveentered the market one after another, and they come equipped withvarious types of handsets. In the face of these new circumferences, more and more manufactures are trying to adopt the so-calledopen measurement method, in addition to the conventional closedloop method. This is because they believe that more emphasisshould be put on auditory feeling in the working environment. Hosidenhas also decided to adopt the open measurement methodusing ITU-T p.51 LowLea

Model No. HRM1002 HRM1014Bluetooth version 2.1+EDRQDID B014616RF output power +4 dBm typ. (Class 1)Dimensions 23 12.7 2.2(without Shield Cover)Supply voltage 2.5 4.4 VInterface UARTUSBAnalog audio UARTUSBI2SCapacity of Flash Memory 16 Mbit

Numberof Poles Rating InsulationResistanceDielectricStrengthContactResistanceInsertionForceWithdrawalForce13P 2A 12V DC max. 50M min.at 250V DC250V ACat 1 minute 50m max. 29N max. 4.9N to 20N

Rated voltage 1000V DCRated current 3A DCOperating temperature -40C to 90C (TV)-40C to 85C (UL)Certification TV ULDegree Protection IP67(without potting

Structure Folded StructureReceiving System Infrared Frequency ModulationReceiving Frequency Lch 2.3MHz 30kHzRch 2.8MHz 30kHzSupply Voltage 2.4V3.4VSignal to Noise Ratio 50dB Min.Battery Life 30h Min.Auto Power Off 3min 45sec 15sec (No Audio Signal)

Sensitivity -423dBCurrent ConsumptionSignal to Noise Ratio 59dB typ.Impedance 100 max.Operating Voltage 2.1V(1.5V-3.3V)Directivity Omni - Directional

pe AAppearance Model No. Type Rating ContactResistanceInsulationResistanceWithstandingVoltageCharacteristicImpedanceTCX3253Receptacle0.5 A 40 V AC max. 10 m max. 100 M min.at 500 V DC500 V AC 1 minute 10015 %TCX3285TCX3255TCX3471TCX3457Plug

chesAppearance Model No. Rating Dimensions Operating Force Operating LifeHKW0731 50 mA 5 V DC 5.13.21.2 mm 1st click 0.7 N2nd click 2.0 N 100, 000 cyclesHKW0773 50 mA 5 V DC 4.43.20.6 mm 1st click 0.7 N2nd click 2.0 N 100, 000 cyclesHKW0820 50 mA 5 V DC 7.06.11.3 mm 1st click 0.7 N2nd click 2.0 N 200, 000 cyclesHXW0840 10 mA 5 V DC max.0.1 mA 1 V DC min. 7.36.81.2 mm1st click 0.8 N2nd click 2.2 NShuttle switch 1.9 mNm100, 000 cycles

The desired attraction force can be provided.The attraction force matching to the actual load can beprovided by changing the shapes of the mating sections of themovable and stationary iron cores.The exciting current is constant regardless of the stroke.The exciting current of an AC solenoid varies depending onthe stroke. With a DC solenoid, however, the exciting current isdetermined by DC resistance only and is constant regardlessof the stroke.Operation noise is reduced.If there is a clearance between the movable and stationaryiron cores of an AC solenoid, the coil may be burnt. In the caseof a DC solenoid, its exciting current is constant regardlessof the clearance of the movable and stationary iron cores.Therefore, a shock-absorbing material can be providedbetween the movable and stationary iron cores to reduceoperation noises.No buzzing noise is generated.DC solenoids do not generate the buzzing noise AC solenoidsgenerate due to the pulsating attraction force.Constant operation time.The operation time of the DC solenoid is constant regardlessof the frequency. This is because it is driven by direct current.Long life is ensured.The service life of the solenoid depends greatly on the amountof mechanical wear between the movable iron core and theguide (pipe). The sliding section of the guide is specially

AG or AR or AFP can be processed into plastic cover panel surfaceCAG or AR or AFP can be processed into plastic cover panel surfaceC

Constitutioncurved plastic cover panel in one axis direction(1000R)optical bondingfilm sensorAG or AR or AFP can be processed into plastic cover panel surface

Constitutioncover glass integratedAG or AR or AFP can be processed into plastic cover panel surfaceConstitutioncover glass integratedAG or AR or AFP can be processed into plastic cover panel surface

Constitutionplastic cover panel(thickness 1 to 3mm)optical bondingglass sensorAG or AR or AFP can be processed into plastic cover panel surfaceRealized S N ratio of the practical level in plastic cover panel of 3mm thick