ELECTRONIC COMPONENTS ACA B- Acoustic Components & Wireless Transmission Modules
Contents.................................... Acoustic Components Contents... Receiver Units Guide... Product Lineup... 3 Receiver Unit... 4 Electret Condenser Microphone Units Guide... 5 Product Lineup...6 Omnidirectional... 7-9 Unidirectional... Rubber Holder... MEMS Microphone Units Product Lineup... Microphone Units... 3-5 Digital MIC... 6............ Acoustic Products Product Lineup... 7 Headphones... 8-9 Microphones... - Speakers... 3...... Wireless Transmission Modules Product Lineup... 4 Wireless Transmission Modules... 5-6
Guide for Receiver Units Impedance The magnitude of the complex impedance at khz is expressed in ohms. As of an impedance for a receiver, we normally offer a 5- ohm impedance, but will manufacture 3-ohm and other impedances on demand. E P 3 Z Input power E P 3 in mw or 6 in μw Z Output Sound Pressure Level As a method of measuring a telephone handset, we define the output pressure level at Hz when an earpiece is attached to the artificial ear specified in IEC38, and a voltage of 6 mv is applied across the receiver terminals. Please note that data comparison with those of other companies is not valid because there are many differences in setting references and input conditions, although the measuring methods of other companies are almost similar to our method. GENERATOR 6 EAR CAP ACOUSTIC COUPLER B&K TYPE 453) MEASURING MIC. B&K TYPE 434) Eg 6mV DYNAMIC TYPE SPL INDICATOR Hearing Aid Compatibility From August 6th 99 US FCC regulations required that all telephones in public places shall be hearing aid compatible. HAC receivers incorporate an additional coil, which produces a magnetic field that couples to the hearing aid pick-up coil. The AC magnetic field generated conforms to EIAR S-54. Leakage Measuring Evaluation Traditionally, the performance of telephone receivers was measured in a closed loop using the artificial ear specified in IEC 38. This approach did not pose any serious problems in the past because there were only a few types of telephone handsets available on the market. In recent years, however, a variety of new types of telephones such as cordless, portable and cellular telephones, have entered the market one after another, and they come equipped with various types of handsets. In the face of these new circumferences, more and more manufactures are trying to adopt the so-called open measurement method, in addition to the conventional closed loop method. This is because they believe that more emphasis should be put on auditory feeling in the working environment. Hosiden has also decided to adopt the open measurement method using ITU-T p.5 LowLeak Installation in Handset Please take care of the following points when installing in the handset: Avoid covering the sound ports in the front of the receiver. Avoid excessive mechanical load on the receiver when pressing down from the top, otherwise the performance would be affected. A voice coil is soldered to the printed circuit board with protective bonding. In use, connection leads should be soldered to the specified areas.
Receiver Units Product Lineup Rectangular type HDR59 (waterproof) Dimensions (mm) Mass (g) Nominal Input (mw) Impedance (Ω) S. P. L (/mv) Frame 6.4 3.5 / Plastic Material Magnet Rare Earth We design and manufacture products based on customers request about Speaker Units.
Receiver Units HDR59 Waterproof 6.9 - - -3 5 Hz 5 k k 5k k k
Guide for Electret Condenser Microphones Units Ring Diaphragm Diaphragm Spacer Capsule Back Plate Gate Ring IC(FET) PC Board Ring Sensitivity The sensitivity is defined as the output voltage for a specified acoustic stimulus and load condition. In this catalog it is expressed in V/pa. In the case of dynamic types it is expressed as the open circuit voltage appearing at the output terminals. In the case of electret type it is expressed with a specified resistive load and supply voltage since the output resistance tends towards constant current characteristic. Output impedance The output impedance represents the internal electric resistance within a microphone as seen from the side of output terminals of the microphone. JIS C-55 specifies 5,,5,4 and 6 ohms as standard. In the case of ECMs, the effective output resistance is determined mainly by the valve of load resistance. It can be made higher or lower by the value of load resistance with a corresponding change in sensitivity. The frequency response of a microphone is the data indicating which frequency range, from the lower to the higher range, the microphone has a certain sensitivity. In other words, it is the frequency range within whitch the microphone can receive sound. It is expressed as 5 Hz-5 Hz.
Electret Condenser Microphone Units Product Lineup Omnidirectional Dimensions (mm) Mass (g) Sensitivity (/Pa) Impedance (kω) Standard Power Supply (V DC) Current Consumption (ma) Lead Wire Type Pin Type Solderless Type Solder Reflow Type Chip- Condenser Built-in available KUS63 4.3.7-43...5 KUB63 4.3.7-4...5 KUB83 6.7. -45...5 - KUC353 9.4 4.5.6-45. 4.5.8 - - KUC43 9.7 6.7.9-45. 4.5.8 - - Chip- Condenser Soldered is available Unidirectional Dimensions (mm) Mass (g) Sensitivity (/Pa) Impedance (kω) Standard Power Supply (V DC) Current Consumption (ma) Lead Wire Type Pin Type Solderless Type Chip- Condenser Built-in available KUB93 6.. -45...5 KUB83 8 4.5.7-45. 4.5.5 - KUB893 9.4 4.7. -45. 4.5.5 - - Chip- Condenser Soldered is available KUCFoil Electret KUBBack Electret KUF Front Electret KURReverse KUSReflow
Electret Condenser Microphone Units (Omnidirectional) KUS63 Solder Reflow Type.3.7.8 4.7 IC μf OUTPUT 7pF 68pF MIC. CASE.kΩ POWER SUPPLY + GND - - -3 Hz K K KUB63 Lead Wire Type.3 4 IC μf OUTPUT. kω POWER SUPPLY + MIC. CASE GND - - -3 Hz K K
Electret Condenser Microphone Units (Omnidirectional) KUB83 Pin Type.7.9.45 6.9 Lead Wire Type.7 6 IC F OUTPUT. k POWER SUPPLY + Solderless Type.7.75 MIC.CASE GND 6.45 - - -3 Hz K K KUC353 Pin Type 4.5 4.5.54.45 9.4 Lead Wire Type 4.5 IC F OUTPUT k POWER SUPPLY + 9.4 GND MIC.CASE - - -3 Hz K K
Electret Condenser Microphone Units (Omnidirectional) KUC43 Pin Type 6.7 4.5..54 9.7.45 Lead Wire Type IC F OUTPUT 6.7 k POWER SUPPLY + 9.7 MIC.CASE GND - - -3 Hz K K
Electret Condenser Microphone Units (Unidirectional) KUB93 Lead Wire Type IC 33 6.8nF Varistor μf. kω OUTPUT POWER SUPPLY +. 4-.6 MIC. CASE GND 6 - - 9-3 -4 Hz 8 K K KUB83 Pin Type 4.5.9 IC F OUTPUT 8.35 k POWER SUPPLY +.45.5 MIC.CASE GND Lead Wire Type 4.5 - - 9 8-3 8-4 Hz k k KUB893 IC F OUTPUT Lead Wire Type. k POWER SUPPLY + 4.7 MIC.CASE GND 9.4-9 - -3 8-4 Hz k k
ECM Rubber Holder for ECM Units 4.7.5 9. 7 4 7.5 9.5 4.3 6.3.5 KCU79 R.55.75.35 5.8 3.9 5.43 3.5 5 5.9 8.9.9 KCU85 KCU3.5.35
MEMS MEMS Microphone Units Product Lineup Sensitivity Current Consumption Signal to Noise Ratio Impedance KRM3-4 ± 3 7μA typ. 59 typ. Ω max. KRM5-4 ± 3 7μA typ. 59 typ. Ω max. KRM5-38 ± 3 7μA typ. 6 typ. Ω max. KRM5-4 ± 3 7μA typ. 59 typ. 43Ω max. Operating Voltage.V (.5V - 3.3V).V (.5V - 3.3V).V (.5V - 3.3V).V (.5V - 3.3V) Directivity Omni - Directional Omni - Directional Omni - Directional Omni - Directional Digital MIC Sensitivity Clock Frequency Current Consumption Signal to Noise Ratio KRM533-6 ± 3FS/Pa.4MHz.55mA max. 6 typ. Operating Voltage.8V (.64V -.86V) Directivity Omni - Directional
MEMS MEMS Microphone Units KRM3 Ultra-Small type.475 3.76 3.6 4-R.5 3.95.8 -.5 4 3.8 - Hz K K K. Sensitivity -4±3 Current Consumption Signal to Noise Ratio 7μA typ. 59 typ..65.46.65 4 3 Ω max. Impedance Operating Voltage.V(.5V-3.3V) Directivity Omni - Directional.7 4-.8
MEMS MEMS Microphone Units KRM5 Ultra-Small type 3. 3.5 4-R. 3..5 -.3 4 3 - Hz K K K Sensitivity -4±3.9 Current Consumption 7μA typ...55 Signal to Noise Ratio 59 typ. 4.5 3 Ω max. Impedance Operating Voltage.V(.5V-3.3V) Directivity Omni - Directional. 4-.65
MEMS MEMS Microphone Units KRM5 Ultra-Small type Normal Type 3.76 3.6 4-R.5 Normal Type 3 Offset Type.95.8 - - Hz K K K Offset Type. 3 Normal Type Offset Type - Sensitivity Current Consumption Signal to Noise Ratio Impedance Operating Voltage Directivity -38±3 7μA typ. 6 typ. Ω max. -4±3 7μA typ. 59 typ. 43Ω max..v(.5v-3.3v).v(.5v-3.3v) Omni - Directional Omni - Directional Normal Type.3.49 3 6.3 -.56..5.6 4.53.93.6 -.7 5 - Hz K K K Offset Type.7.65 3 6.3 -.56..5 5.5.6.53 -.7.93 4
MEMS MEMS Microphone Units (Digital MIC) KRM533 Digital MIC 4 3.86 4-R. 3 FS 3.86 - - Hz K K K.35. Sensitivity Clock Frequency Current Consumption -6±3FS/Pa.4MHz.55mA max. 6 typ. Signal to Noise Ratio Operating Voltage.8V(.64V-.86V) Directivity Omni - Directional.5 5.3. R.85.35. R. 3 3.8.3.4.35 4.3.6.3.3.8
Acoustic Products Lineup Headphones Type Impedance (Ω) S. P. L (/mw) Nominal Input (mw) Mass (g) HDH8 3.5 HDH67 Dynamic - - - - HRH66 - - - - Microphones Type Directivity Impedance (Ω) Sensitivility (/Pa) SN Ratio () Maximum Input S.P.L () Cord Plug KHM896.K -4 55 5 3.5DIA Poles KHM6 ECM Uni K -43.5 56 3 directional KHM3 -.5 6 7.5 Mass (g) Bluetooth Speaker Bluetooth Version Operation time Mass HBG56 Ver. + EDR approx. 5 hours approx. 3g HBG5 Ver. + EDR approx. 5 hours approx. g
Headphones HDH8 9.9 3 - Plug : JIS C 656-5 Hz 5 k k 5k k k
Headphones HRH67 IR Headphone (4) (5) 4 (86) 7 6 (35.3) Structure Receiving System Receiving Frequency Supply Voltage Signal to Noise Ratio Battery Life Auto Power Off Folded Structure Infrared Frequency Modulation Lch.3MHz ± 3kHz Rch.8MHz ± 3kHz.4V 3.4V 5 Min. 3h Min. 3min 45sec ± 5sec (No Audio Signal) 4h ± 5min (Audio Streaming) HRH66 IR Headphone (49) (73) 7 6 Structure Receivimg System Receiving Frequency Supply Voltage Signal to Noise Ratio Battery Life Auto Power off Folded Structure Infrared Frequency Modulation Ach Lch.3MHz ± 3kHz Ach Rch.8MHz ± 3kHz Bch Lch 3.MHz ± 3kHz Bch Rch 3.8MHz ± 3kHz.4V 3.4V 5 Min. 5h Min. 3min 45sec ± 5sec (No Modulation Signal) 4h ± 5 min (Audio Streaming)
Microphones KHM896 4 KHM896 6 4 5 3.5 Directivity Uni-Directional Impedance.K Ω Sensitivility SN Ratio -4 55 typ. - 9 Maximum Input S.P.L - 8 Mass 5 g -3-4 Hz K K Plug : JIS C 656
Microphones KHM6 35.9 9..6 36. 6 9.9 4.9 3.5 - - 9 8-3 -4 Hz K K Plug : JIS C 656
Microphones KHM3 -.9 5 9.7 5 -R6 R4. R5 -R3 -R6.8 R3 R6.5 7 -.9 5 9.7 R5 R4. -R6 - R3 (7) - R6 Ø.8 5 4 4 -Ø.5 8.7-9 - 8-3 Connector : Tyco Electronics 37635- -4 Hz K K
Speakers HBG56 Bluetooth Portable Speaker (38.5) 36 35 3 Bluetooth Version Supported Profile Battery Capacity Operation Time Standby Time Mass Ver. + EDR. HFP ver.5/hsp ver./adp ver./ AVRCP ver./gavdp ver. 4mAh typ. approx. 5 hours Music Play Time approx. 5 hours Talk Time approx. 5 hours approx. 3g HBG5 Bluetooth Slimline Drip-Proof Speaker 7.75 84.5 Bluetooth Version Supported Profile Battery Capacity Operation Time Standby Time Mass Ver. + EDR. HFP ver.5/hsp ver./adp ver./ AVRCP ver./gavdp ver. 4mAh typ. approx. 5 hours Music Play Time approx. 5 hours Talk Time approx. 5 hours approx. g
Wireless Transmission Modules Wireless Transmission Modules HRM HRM4 Product name Bluetooth module Dimensions (mm) 3.7. (without Shield Cover) Supply voltage Bluetooth version QDID.5 4.4 V Ver..+EDR B466 RF output power +4m typ. (Class ) Capacity of Interface Flash Memory 6 Mbit UART/USB/ Analog audio UART/USB/ I S HRM7 Product name Dimensions (mm) Bluetooth Low.7 3.6.8 3.6 Energy module Supply voltage V (3. V typ.) Bluetooth version Ver.4. (Bluetooth Low Energy/ Single mode) QDID FCC TELEC B66 VIYHM7 7-AA3 RF output power +4m typ. Mounting method Soldering Bump (. mm pitch, 44 terminals) Interface UART/USB/ I S/GPIO Product name Dimensions (mm) Supply voltage Standard HRM36 ANT module.7 3.6.8 3.6 V ANT Frequency band.4 GHz band (43-48 MHz) Modulation method GFSK Transmission speed Mbps max. RF output power Interface +4 m typ. UART/SPI/ I C/GPIO
Wireless Transmission Modules HRM / HRM4 Bluetooth Bluetooth Module HRM HRM4 Bluetooth version QDID Dimensions Supply voltage Interface Capacity of Flash Memory.+EDR B466 +4 m typ. (Class ) 3.7. (without Shield Cover).5 4.4 V UART/USB/ Analog audio UART/USB/I S 6 Mbit HRM7 Bluetooth Low EnergyBluetooth Low Energy Module Bluetooth version QDID Dimensions Supply voltage Interface Mounting method HRM7 Ver.4. (Bluetooth Low Energy/Single mode) B66 +4 m typ..7 3.6.8 3.6 V (3. V typ.) UART/USB/I S/GPIO Soldering Bump (. mm pitch, 44 terminals)
Wireless Transmission Modules HRM36 ANTANT Module Product name Dimensions Supply voltage Standard Frequency band Modulation method Transmission speed RF output power Interface Mounting type HRM36 ANT Module.7 3.6.8 3.6 V ANT.4 GHz band (43-48 MHz) GFSK Mbps max. +4 m typ UART/SPI/I C/GPIO Solder bumps (. mm pitch, 44 bumps)
ACA B- Acoustic Components & Wireless Transmission Modules Table Page H B G 5 6 3 H B G 5 3 H D H 8 8 H D R 5 9 4 H R H 6 7 9 H R H 6 6 9 H R M 3 6 6 H R M 5 H R M 4 5 H R M 7 5 K C U 7 9 K C U 8 5 K C U 3 K H M 6 K H M 3 K H M 8 9 6 K R M 3 3 K R M 5 4 K R M 5 5 K R M 5 3 3 6 K U B 6 3 7 K U B 8 3 8 K U B 8 3 K U B 8 9 3 K U B 9 3 K U C 3 5 3 8 K U C 4 3 9 K U S 6 3 7 Head Office 4-33, Kitakyuhoji -chome, Yao-city, Osaka 58-7, Japan Phone : +8-7-993-Fax : +8-7-994-5 Japan Overseas Division : 4-33, Kitakyuhoji -chome, Yao-city, Osaka 58-7, Japan Phone : +8-7-94-893 Fax : +8-7-94-8937 China Hosiden Electronics(Shanghai) Co., Ltd. Room 8,Kirin Plaza,No.666 Gu Bei Road,Changning District,Shanghai P.R.China Phone : +86--58-488 Fax : +86--58-48 Hosiden (Shenzhen) Co., Ltd. Room76, Changping Commercial Building, 99 Honghua Road, Futian Free Trade Zone, Shenzhen, China Phone : +86-755-8348-95 Fax : +86-755-8359-77 Hong Kong Hong Kong Hosiden Ltd. Units -, /F., Stelux House, 698 Prince Edward Road East, San Po Kong, Kowloon, Hong Kong Phone : +85-3388 Fax : +85-3545 Taiwan Taiwan Hosiden Co., Ltd. 3F., No.34, Sec. 3, Zhongshan N. Rd., Zhongshan Dist., Taipei City 45, Taiwan Phone : +886--585-8599 Fax : +886--585-5 Singapore Hosiden Singapore Pte. Ltd. 8, Genting, Lane, #5-, Platinum 8, Singapore 349585 Phone : +65-696-8 Fax : +65-696-8 Malaysia Hosiden Corporation(M)Sdn. Bhd. Lot,Jalan P/A,Bangi,Industrial Estate,4365 Bander Baru Bangi, Selangor Darul Ehsan,Malaysia Phone : +6-3-895-8655 Fax : +6-3-896-6 Thailand Hosiden (Thailand) Co., Ltd. 43 Thai CC Tower, 6st Fl., Room 63, South Sathorn Rd,. Kwaeng Yannawa, Khet Sathorn, Bangkok, Thailand Phone : +66--673-976, 976 Fax : +66--673-976 Germany Hosiden Europe GmbH Graf-Recke-Straße 8, 439 Düsseldorf, Germany Phone : +49--96493- Fax : +49--96493-9 U.K. Hosiden Besson Ltd. St. Joseph's Trading Estate St. Joseph's Close, Hove, East Sussex, BN3 7EZ, United Kingdom Phone : +44-73-86 Fax : +44-73-7775 U.S.A. Hosiden America Corp. Head Office East State Parkway, Schaumburg, IL, 673, U.S.A. Phone : +-847-885-887 Fax : +-847-885-63 San Jose Sales Office 75 South Winchester Boulevard, Suite G, San Jose, CA 958, U.S.A. Phone : +-48-985-878 Fax : +-48-985-8785 Detroit Sales Office 897 Cabot Drive, Suite 6, Novi, MI 48377, U.S.A. Phone : +-48-489-74 Fax : +-48-489-54 CAUTION FOR SAFETY Please use our products properly based on our Drawing and Specification. 6. H 9