VOLUME I M I C R O P H O N E, H E A D E T & R E C E I V E R E L E C T I O N G U I D E
A History of Excellence Challenge Electronics, Inc. is a world class supplier of high-performance sounding devices and audible products used worldwide in telecommunications, security, medical, appliances and wireless applications. Table of Contents ection Pages How To Order Microphones................1 Condenser Microphones.................-9 Receivers..............................1 Headsets...........................11-13 With outstanding product breadth and top-of-the-line technical expertise, Challenge provides standard, custom and hard-to-find products at competitive prices with off-the-shelf availability. This is backed up by an infrastructure that includes IO-certified factory operations, decentralized warehousing and sales offices located strategically around the globe. Technical information is available at. 95 E. Jefryn Boulevard, Deer Park, New York 1179 Tel (631) 595-17 or (8) 7-8197 Fax (631) 586-5899 The information contained herein is believed to be correct, but no guarantee or warranty, express or implied, with respect to accuracy, completeness or results is extended and no liability is assumed. Challenge Electronics reserves the right to make changes in any specification, data or material contained herein.
How to Order Microphones (8) 7-8197 eries CF41 C415 C453 CF58 C61 CF616 C6 C67 C63 C635 C65 C85 C9465 C9745 C975 CF9745 C9767 CF155 U63 U635 U65 U85 U975 N453 N67 N635 N65 N975 B6 B67 B635 B65 C9767AE4P 1 3 4 5 6 7 8 1.. (C =, U = Uni, N = Noise Canceling, B = Back Electret). Diameter with one decimal point (mm) e.g. 97 = 9.7 3. Height with the filter in one decimal point (mm) e.g. 67 = 6.7 4. Power supply (Vs) fig. 1 5. Resistor loading (RL) fig. 6. ensitivity e.g. 4 = 4dB 7. Tolerance in sensitivity e.g. = ± 8. Pin, Lead or none IMPORTANT INFORMATION In accordance with the recommendations of the I.E.C. (International Electrotechnical Commission), we are using "pascal" in place of "µbar." The relation is 1pa = 1µbar. The sensitivity will increase db when measuring by pa. Example: -6dB (db = 1V/µbar) = -4dB (db = 1V/pa) * Uni Uni Uni Uni Uni Noise Noise Noise Noise Noise Back Back Back Back Diameter (mm) 4. 4. 4.5 5.8 6. 6. 6. 6. 6. 6. 6. 8. 9.4 9.7 9.7 9.7 9.7 1. 6. 6. 6. 8. 9.7 4.5 6. 6. 6. 9.7 6. 6. 6. 6. Height (mm) 1. 1.5 3.. 1. 1.6..7 3. 3.5 6.5 4.5 4.5 6.7 5.5 3. 3.5 3..7 3.5..7 3.5 Power upply (Vs)........... 1.5 4.5 1.5 /.5.5 1.5 /.5 1.5 / 4.5 1.5.... 1.5... 1.5 1.5 3. 3. 3. 3. 1 3/ 3/ 15/ 68 68 Power upply (Vs) fig. 1 Resistor Loading (RL) fig. A. 1 V B. 1.5 V G. 4 V H. 4.5 V C. V I. 5 V D..5 V E. 3 V J. 5.5 V K. 6 V F. 3.5 V (Vs) standard operation voltage FET impedance converter ECM unit hield case ensitivity (db) -44, -46, -5-38, -44 (RL) external resistance Term. 1 (+) RL Term. (-) * - Directional, Uni - Uni Directional, Noise - Noise Canceling, Back - Back Electret. Leadwire type is available on request. -4-45 -4-44 -44, -46-38, -4, -46-4, -44, -46-4, -44, -46-38, -4, -46-4, -46-45 -4, -4, -44 / -4, -4, -44, -46-4 -4, -4, -44 / -4, -4, -44, -46-36, -38, -4, -4, -44 / -38, -4, -46-38 -46-46 -5-46 -47-54 -51-46 -5-54 -46-46 -46-46 + +, + Terminal P/ P/ P/ P/ P/ P/ P/ P/ P/ P P/ C Output +Vs Ground Page No. 3 3 3 3 4 4 4 4 5 5 5 5 6 6 6 6 7 7 7 7 8 8 8 8 9 9 9 9 1
Condenser Microphones CF41 + +1 CF41CD43 ensitivity (db) -4 OMNI Power upply Vs (V). Max. Current (ma).5 Frequency Range (Hz) 1-1 Max. Operation Voltage (V) 1 ensitivity Reduction within 1.5 V (db) -3 /N Ratio (db) > 6 1. -1-3 5 1 5 1K(Hz) K 5K 1K K C415 + +1-1 C415CD453 C415CD453-P ensitivity (db) -45-45 OMNI OMNI Power upply Vs (V).K Max. Current (ma).5.5 Frequency Range (Hz) 1-1 5-16 Max. Operation Voltage (V) 1 1 ensitivity Reduction within 1.5 V (db) -3-3 /N Ratio (db) > 6 > 6 NIL 1.5.8 1.5-3 5 1 5 1K(Hz) K 5K 1K K CF453 + +1-1 -3 5 1 5 1K(Hz) K 5K 1K K CF58 + +1-1 C453CD443D C453CD463D C453CD53D ensitivity (db) -44-46 -5 OMNI OMNI OMNI Power upply Vs (V).K.K Max. Current (ma).5.5.5 Frequency Range (Hz) 5-16 5-16 5-16 Max. Operation Voltage (V) 1 1 1 ensitivity Reduction within 1.5 V (db) -3-3 -3 /N Ratio (db) > 6 > 6 > 6 CF58CD383D CF58CD443D ensitivity (db) -38-44 OMNI OMNI Power upply Vs (V).K Max. Current (ma).5.5 Frequency Range (Hz) 5-16 5-16 Max. Operation Voltage (V) 1 1 ensitivity Reduction within 1.5 V (db) -3-3 /N Ratio (db) > 6 > 6 3. 1.9..8.8 NIL. (8) 7-8197 -3 5 1 5 1K(Hz) K 5K 1K K
Condenser Microphones (8) 7-8197 C61 + +1-1 -3 5 1 5 1K(Hz) K 5K 1K K CF616 + +1-1 C61CD43 ensitivity (db) -4 OMNI Power upply Vs (V) Max. Current (ma).5 Frequency Range (Hz) 1-1 Max. Operation Voltage (V) 1 ensitivity Reduction within 1.5 V (db) -3 /N Ratio (db) > 6 CF616CD443 ensitivity (db) -44 OMNI Power upply Vs (V) Max. Current (ma).5 Frequency Range (Hz) 5-16 Max. Operation Voltage (V) 1 ensitivity Reduction within 1.5 V (db) -3 /N Ratio (db) > 6 1. 1.6.8 1.9 NIL 1.6-3 5 1 5 1K(Hz) K 5K 1K K C6 + +1-1 C6CD443D C6CD463D ensitivity (db) -44-46 OMNI OMNI Power upply Vs (V).K Max. Current (ma).5.5 Frequency Range (Hz) 5-16 5-16 Max. Operation Voltage (V) 1 1 ensitivity Reduction within 1.5 V (db) -3-3 /N Ratio (db) > 6 > 6 NIL..8 1.9. -3 5 1 5 1K(Hz) K 5K 1K K C67 + +1-1 C67CD383 C67CD43 C67CD463 ensitivity (db) -38-4 -46 OMNI OMNI OMNI Power upply Vs (V).K.K Max. Current (ma).5.5.5 Frequency Range (Hz) 5-16 5-16 5-16 Max. Operation Voltage (V) 1 1 1 ensitivity Reduction within 1.5 V (db) -3-3 -3 /N Ratio (db) > 6 > 6 > 6 NIL.7 5. 1.9.7-3 5 1 5 1K(Hz) K 5K 1K K 3
Condenser Microphones C63 + +1 C63CD43 C63CD443 C63CD463 ensitivity (db) -4-44 -46 OMNI OMNI OMNI Power upply Vs (V).K.K Max. Current (ma).5.5.5 Frequency Range (Hz) 5-16 5-16 5-16 Max. Operation Voltage (V) 1 1 1 ensitivity Reduction within 1.5 V (db) -3-3 -3 /N Ratio (db) > 6 > 6 > 6 3. -1-3 5 1 5 1K(Hz) K 5K 1K K C635 + +1-1 C635CD43 C635CD443 C635CD463 ensitivity (db) -4-44 -46 OMNI OMNI OMNI Power upply Vs (V).K.K Max. Current (ma).5.5.5 Frequency Range (Hz) 5-16 5-16 5-16 Max. Operation Voltage (V) 1 1 1 ensitivity Reduction within 1.5 V (db) -3-3 -3 /N Ratio (db) > 6 > 6 > 6 3.5 5 1.9 NIL 3.5-3 5 1 5 1K(Hz) K 5K 1K K C65 + +1-1 -3 5 1 5 1K(Hz) K 5K 1K K C85 + +1-1 C65CD383 C65CD43 C65CD463 ensitivity (db) -38-4 -46 OMNI OMNI OMNI Power upply Vs (V).K.K Max. Current (ma).5.5.5 Frequency Range (Hz) 5-16 5-16 5-16 Max. Operation Voltage (V) 1 1 1 ensitivity Reduction within 1.5 V (db) -3-3 -3 /N Ratio (db) > 6 > 6 > 6 C85BD43 C85BD463 ensitivity (db) -4-46 OMNI OMNI Power upply Vs (V) 1.5 1.5.K Max. Current (ma).5.5 Frequency Range (Hz) 5-16 5-16 Max. Operation Voltage (V) 1 1 ensitivity Reduction within 1.5 V (db) -3-3 /N Ratio (db) > 6 > 6 5. 1.9 NIL (8) 7-8197 -3 5 1 5 1K(Hz) K 5K 1K K 4
Condenser Microphones (8) 7-8197 C9465 + +1-1 -3 5 1 5 1K(Hz) K 5K 1K C9745 + +1-1 -3 5 1 5 1K(Hz) K 5K 1K K C975 + +1-1 C9465HB45 ensitivity (db) -4 + OMNI Power upply Vs (V) 4.5 Resistance Loading RL (Ω) 1K Max. Current (ma).8 Frequency Range (Hz) 5-16 Max. Operation Voltage (V) 1 ensitivity Reduction within 3 V (db) -3 /N Ratio (db) > 6 C9745BE43 C9745BE43 C9745BE443 C9745DD43 C9745DD43 C9745DD443 C9745DD463 ensitivity (db) -4-4 -44-4 -4-44 -46 OMNI OMNI OMNI OMNI OMNI OMNI OMNI Power upply Vs (V) 1.5 1.5 1.5.5.5.5.5 Resistance Loading RL (Ω) 3K 3K 3K.K.K.K.K Max. Current (ma).5.5.5.5.5.5.5 Frequency Range (Hz) 5-16 5-16 5-16 5-16 5-16 5-16 5-16 Max. Operation Voltage (V) 1 1 1 1 1 1 1 ensitivity Reduction within 1.1 V (db) -3-3 -3 ensitivity Reduction within V (db) -3-3 -3-3 /N Ratio (db) > 6 > 6 > 6 > 6 > 6 > 6 > 6 C975DD4 ensitivity (db) -4 + OMNI Power upply Vs (V).5 Max. Current (ma).5 Frequency Range (Hz) 5-16 Max. Operation Voltage (V) 1 ensitivity Reduction within 3 V (db) -3 /N Ratio (db) > 6 6.5 4.5.5 NIL 6.5 4.5 4.5.5 NIL 4.5-3 5 1 5 1K(Hz) K 5K 1K K CF9745 Terminal: + +1-1 -3 5 1 5 1K(Hz) K 5K 1K K CF9745BE43 CF9745BE43 CF9745BE443 CF9745DD43 CF9745DD43 CF9745DD443 CF9745DD463 ensitivity (db) -4-4 -44-4 -4-44 -46 OMNI OMNI OMNI OMNI OMNI OMNI OMNI Power upply Vs (V) 1.5 1.5 1.5.5.5.5.5 Resistance Loading RL (Ω) 3K 3K 3K.K.K.K.K Max. Current (ma).5.5.5.5.5.5.5 Frequency Range (Hz) 5-16 5-16 5-16 5-16 5-16 5-16 5-16 Max. Operation Voltage (V) 1 1 1 1 1 1 1 ensitivity Reduction within 1.1 V (db) -3-3 -3 ensitivity Reduction within V (db) -3-3 -3-3 /N Ratio (db) > 6 > 6 > 6 > 6 > 6 > 6 > 6 4.5 4.5..5 5
Condenser Microphones C9767 + +1-1 C9767BC363 C9767BC383 C9767BC43 C9767BC43 C9767BC443 C9767HD38 C9767HD4 C9767HD46 ensitivity (db) -36-38 -4-4 -44-38 + -4 + -46 + OMNI OMNI OMNI OMNI OMNI OMNI OMNI OMNI Power upply Vs (V) 1.5 1.5 1.5 1.5 1.5 4.5 4.5 4.5 Resistance Loading RL (Ω) 1.5K 1.5K 1.5K 1.5K 1.5K.K.K.K Max. Current (ma).5.5.5.5.5.8.8.8 Frequency Range (Hz) 5-16 5-16 5-16 5-16 5-16 5-16 5-16 5-16 Max. Operation Voltage (V) 1 1 1 1 1 1 1 1 ensitivity Reduction within 1.1 V (db) -3-3 -3-3 -3 ensitivity Reduction within V (db) -3-3 -3 /N Ratio (db) > 6 > 6 > 6 > 6 > 6 > 6 > 6 > 6 6.7 6..5 NIL 6.7-3 5 1 5 1K(Hz) K 5K 1K K CF155 + +1-1 CF155BD383 ensitivity (db) -38 OMNI Power upply Vs (V) 1.5 Max. Current (ma).5 Frequency Range (Hz) 5-16 Max. Operation Voltage (V) 1 ensitivity Reduction within 1 V (db) -3 /N Ratio (db) > 6 5.5-3 5 1 5 1K(Hz) K 5K 1K K U63 + +1-1 -3 5 1 5 1K(Hz) K 5K 1K K U635 + +1-1 U63CD464 ensitivity (db) -46 UNI Power upply Vs (V) Max. Current (ma).5 Frequency Range (Hz) 1-1 Max. Operation Voltage (V) 1 ensitivity Reduction within 1.5 V (db) -3 /N Ratio (db) > 6 U635CD464 ensitivity (db) -46 UNI Power upply Vs (V) Max. Current (ma).5 Frequency Range (Hz) 1-1 Max. Operation Voltage (V) 1 ensitivity Reduction within 1.5 V (db) -3 /N Ratio (db) > 6 3. 3.5 (8) 7-8197 -3 5 1 5 1K(Hz) K 5K 1K K 6
Condenser Microphones (8) 7-8197 U65 + +1-1 -3 5 1 5 1K(Hz) K 5K 1K U85 + +1-1 U65CD54 ensitivity (db) -5 UNI Power upply Vs (V) Max. Current (ma).5 Frequency Range (Hz) 1-1 Max. Operation Voltage (V) 1 ensitivity Reduction within 1.5 V (db) -3 /N Ratio (db) > 6 U85CD464 ensitivity (db) -46 UNI Power upply Vs (V) Max. Current (ma).5 Frequency Range (Hz) 1-1 Max. Operation Voltage (V) 1 ensitivity Reduction within 1.5 V (db) -3 /N Ratio (db) > 6-3 5 1 5 1K(Hz) K 5K 1K K U975 + +1-1 U975BA474 ensitivity (db) -47 UNI Power upply Vs (V) 1.5 Resistance Loading RL (Ω) 68 Max. Current (ma).5 Frequency Range (Hz) 1-1 Max. Operation Voltage (V) 1 ensitivity Reduction within 1 V (db) -3 /N Ratio (db) > 6-3 5 1 5 1K(Hz) K 5K 1K K N453 + +1-1 1cm 5cm N453CD543 ensitivity (db) -54 NOIE Power upply Vs (V). Max. Current (ma).5 Frequency Range (Hz) 1-1 Max. Operation Voltage (V) 1 ensitivity Reduction within 1.5 V (db) -3 /N Ratio (db) > 6 3. -3 5 1 5 1K(Hz) K 5K 1K K 7
Condenser Microphones N67 + +1 1cm N67CD514 ensitivity (db) -51 NOIE Power upply Vs (V). Max. Current (ma).5 Frequency Range (Hz) 1-1 Max. Operation Voltage (V) 1 ensitivity Reduction within 1.5 V (db) -3 /N Ratio (db) > 6.7-1 5cm -3 5 1 5 1K(Hz) K 5K 1K N635 + +1-1 1cm 5cm N635CD464 ensitivity (db) -46 NOIE Power upply Vs (V). Max. Current (ma).5 Frequency Range (Hz) 1-1 Max. Operation Voltage (V) 1 ensitivity Reduction within 1.5 V (db) -3 /N Ratio (db) > 6 3.5-3 5 1 5 1K(Hz) K 5K 1K K N65 + +1 1cm -1 5cm -3 5 1 5 1K(Hz) K 5K 1K K N975 + +1-1 1cm 5cm N65BD54 ensitivity (db) -5 NOIE Power upply Vs (V) 1.5 Max. Current (ma).5 Frequency Range (Hz) 1-1 Max. Operation Voltage (V) 1 ensitivity Reduction within 1 V (db) -3 /N Ratio (db) > 6 N975BA544 ensitivity (db) -54 NOIE Power upply Vs (V) 1.5 Resistance Loading RL (Ω) 68 Max. Current (ma).5 Frequency Range (Hz) 1-1 Max. Operation Voltage (V) 1 ensitivity Reduction within 1.5 V (db) -3 /N Ratio (db) > 6 (8) 7-8197 -3 5 1 5 1K(Hz) K 5K 1K K 8
Condenser Microphones (8) 7-8197 B6 + +1-1 -3 5 1 5 1K(Hz) K 5K 1K K B67 + +1-1 B6ED464 ensitivity (db) -46 BACK-OMNI Power upply Vs (V) 3. Max. Current (ma).5 Frequency Range (Hz) 5-16 Max. Operation Voltage (V) 1 ensitivity Reduction within.5 V (db) -3 /N Ratio (db) > 6 B67ED464 ensitivity (db) -46 BACK-OMNI Power upply Vs (V) 3. Max. Current (ma).5 Frequency Range (Hz) 5-16 Max. Operation Voltage (V) 1 ensitivity Reduction within.5 V (db) -3 /N Ratio (db) > 6-3 5 1 5 1K(Hz) K 5K 1K K B635 + +1-1 B635ED464 ensitivity (db) -46 BACK-OMNI Power upply Vs (V) 3. Max. Current (ma).5 Frequency Range (Hz) 5-16 Max. Operation Voltage (V) 1 ensitivity Reduction within.5 V (db) -3 /N Ratio (db) > 6-3 5 1 5 1K(Hz) K 5K 1K K B65 + +1-1 B65ED464 ensitivity (db) -46 BACK-OMNI Power upply Vs (V) 3. Max. Current (ma).5 Frequency Range (Hz) 5-16 Max. Operation Voltage (V) 1 ensitivity Reduction within.5 V (db) -3 /N Ratio (db) > 6-3 5 1 5 1K(Hz) K 5K 1K K 9
Receivers DYNAMIC RECEIVER eries PIEZO RECEIVER eries Model No. Diameter Height PL (db) Input (mm) (mm) Power (mv) J1A J1A163 1..4 3 1mW AB PT J13A J13AJ93 13..5 3 1 AB PD J13B J13BJ93 13..5 3 1 AB PT J13E J13E1143 13..7 3 18 METAL PD J13D J13D113 13. 3. 3 1 METAL PT H13C H13C143 13.5.7 3 1 METAL PD J14BC J14BC1163 13.5 4.5 3 1mW AB PD J15B J15BJ963 15..6 3 1 METAL PD J15A J15AJ963 15..7 3 1 AB PD J15C J15CJ953 15..7 3 1 AB PT H15F H15F113 15. 3.3 3 35 METAL PD J15E J15EC113 15. 4.3 3 1mW METAL PD JB JBJ973..8 3 1 AB PD JC JCJ915. 3.3 15 1 AB PT HF HF1115. 3.8 15 5 AB PD JA JA915. 4. 15 6 AB PD J3B J3B9315 3. 5. 15 6 AB L AB J5AJ J5AJ915 5. 4.8 15 6 PD H5A H5AJ915 5. 4.8 15 6 AB PD AB J8E J8E115 8. 3.8 15 1 PD J8C J8C9315 8. 7. 15 6 AB PD H8C H8C9315 8. 7. 15 6 AB PD H8D H8DJ9615 8. 7. 15 1 AB P J8A J8A9315 8. 7.3 15 6 AB L H8A H8A9315 8. 7.3 15 6 AB L J8B J8B9615 8. 7.5 15 1 AB PD H9A H9AJ9715 9. 5.4 15 1 AB PD J31A J31A9315 31. 11. 15 6 AB PT H31A H31A9315 31. 11. 15 6 AB PT H31B H31B9413 31. 11. 13 6 AB PD J31E J31EJ963 31. 1.3 3 1 METAL PT J31F J31FJ963 31. 1.3 3 1 METAL PT H31DJ H31DJ963 31. 1.3 3 1 METAL PT H31C H31C943 31. 14. 3 6 METAL PT J35A J35A113 35. 17.6 3 1mW AB PT J38B J38B9715 38. 18.8 15 6 AB PD J38A J38A9615 38. 1. 15 6 AB PT H38A H38A9615 38. 1. 15 6 AB PT Model No. Diameter Height PL (db) Capacitance (mm) (mm) L - Leadwire, P - Pin, PT - Plate, PD - older Pad Frame Frame Terminal 1mW H45A H45A11315 45. 1. 15 AB PD DB-E1568 DB-E778 DB-E88 DB-E88 DB-E818 156PZ11 77PR31 8PR1 8PR31 81PR331 1.. 3.4 33.4 3.4 3.8 5.7 4.1 5 Max. 1 Max. 5 Max. 5 Max. 3 Max. AB AB AB ALUMINUM ALUMINUM Terminal L L P PD L (8) 7-8197 1
Headsets (8) 7-8197 CE-19 CE9 CE-19 peaker Dimensions 8mm 3 Ohms + 15% at 1.KHz Rated Input Power mw Maximum Input Power 1mW for 1 minute ensitivity 11dB db (input signal 1mW with UNLIGHT, Model-16, at 1.KHz) ound Pressure Level 11dB db (input signal 1mW with UNLIGHT, Model-16, from 6 to 1.KHz Avg.) Must be Normal, Program ource mw CE9 peaker Dimensions 3mm 3 Ohms + 15% at 1.KHz Rated Input Power mw Maximum Input Power 1mW for 1 minute ensitivity 15dB db (input signal 1mW with UNLIGHT, Model-16, at 1.KHz) ound Pressure Level 15dB db (input signal 1mW with UNLIGHT, Model-16, from 6 to 1.KHz Avg.) Must be Normal, Program ource mw TIP: PK-L RING: PK-R LEEVE: GND TIP: PK-L RING: PK-R LEEVE: GND CE-15 CE-15 peaker Dimensions 13mm 3 Ohms + 15% at 1.KHz Rated Input Power 1mW Maximum Input Power 3mW for 1 minute ensitivity 95dB db (input signal 1mW with UNLIGHT, Model-16, at 1.KHz) ound Pressure Level 95dB db (input signal 1mW with UNLIGHT, Model-16, from 6 to 1.KHz Avg.) Must be Normal, Program ource 1mW TIP: PK-L RING: PK-R LEEVE: GND CE-196 CE-196 peaker Dimensions 15mm 16 Ohms + 15% at 1.KHz Rated Input Power 1mW Maximum Input Power 3mW for 1 minute ensitivity 18dB db (input signal 1mW with UNLIGHT, Model-16, at 1.KHz) ound Pressure Level 18dB db (input signal 1mW with UNLIGHT, Model-16, from 6 to 1.KHz Avg.) Must be Normal, Program ource 1mW TIP: PK-L RING: PK-R LEEVE: GND 11
Headsets CE8 CE8 peaker Dimensions 15mm 16 Ohms + 15% at 1.KHz Rated Input Power 1mW Maximum Input Power 3mW for 1 minute ensitivity 15dB db (input signal 1mW with UNLIGHT, Model-16, at 1.KHz) ound Pressure Level 15dB db (input signal 1mW with UNLIGHT, Model-16, from 6 to 1.KHz Avg.) Must be Normal, Program ource 1mW TIP: PK-L RING: PK-R LEEVE: GND CE-1 CE-1 peaker Dimensions 15mm 3 Ohms + 15% at 1.KHz Rated Input Power 1mW Maximum Input Power 3mW for 1 minute ensitivity 15dB db (input signal 1mW with UNLIGHT, Model-16, at 1.KHz) ound Pressure Level 15dB db (input signal 1mW with UNLIGHT, Model-16, from 6 to 1.KHz Avg.) Must be Normal, Program ource 1mW TIP: PK-L RING: PK-R LEEVE: GND CE-115U CE-115 CE-115U peaker Dimensions 8mm 3 Ohms + 15% at 1.KHz Rated Input Power mw Maximum Input Power 1mW for 1 minute ensitivity 15dB db (input signal 1mW with UNLIGHT, Model-16, at 1.KHz) ound Pressure Level 15dB db (input signal 1mW with UNLIGHT, Model-16, from 6 to 1.KHz Avg.) Must be Normal, Program ource mw CE-115 peaker Dimensions 8mm 3 Ohms + 15% at 1.KHz Rated Input Power mw Maximum Input Power 1mW for 1 minute ensitivity 11dB db (input signal 1mW with UNLIGHT, Model-16, at 1.KHz) ound Pressure Level 11dB db (input signal 1mW with UNLIGHT, Model-16, from 6 to 1.KHz Avg.) Must be Normal, Program ource mw TIP: PK-L RING: PK-R LEEVE: GND (8) 7-8197 TIP: MIC RING: PK LEEVE: GND 1
Headsets (8) 7-8197 CE-19 CE-336 CE-19 peaker Dimensions 7mm 3 Ohms + 15% at 1.KHz Rated Input Power mw Maximum Input Power 1mW for 1 minute ensitivity 15dB db (input signal 1mW with UNLIGHT, Model-16, at 1.KHz) ound Pressure Level 15dB db (input signal 1mW with UNLIGHT, Model-16, from 6 to 1.KHz Avg.) Must be Normal, Program ource mw CE-336 peaker Dimensions 3mm 3 Ohms + 15% at 1.KHz Rated Input Power mw Maximum Input Power 1mW for 1 minute ensitivity 11dB db (input signal 1mW with UNLIGHT, Model-16, at 1.KHz) ound Pressure Level 11dB db (input signal 1mW with UNLIGHT, Model-16, from 6 to 1.KHz Avg.) Must be Normal, Program ource mw PM3 71C Color Plug TIP: MIC RING: MIC LEEVE: GND PM3 577C Color Plug TIP: PK-L RING: PK-R LEEVE: GND TIP: MIC RING: PK LEEVE: GND CE-75 CE-75 peaker Dimensions 15mm 3 Ohms + 15% at 1.KHz Rated Input Power 1mW Maximum Input Power 3mW for 1 minute ensitivity 1dB db (input signal 1mW with UNLIGHT, Model-16, at 1.KHz) ound Pressure Level 1dB db (input signal 1mW with UNLIGHT, Model-16, from 6 to 1.KHz Avg.) Must be Normal, Program ource 1mW TIP: PK-L RING: PK-R LEEVE: GND 13
CHALLENGE ELECTRONIC VALUE ADDED ERVICE Need a solution? Challenge s design staff is always available to help, with either custom PC lead forming or special wire termination. Please contact us with any special design requirements. Contact Challenge Electronics for copies of our new election Guides: peakers ounding Devices Fans Battery naps & Holders Let Challenge Electronics experience guide you through your next design. If cost reduction is your goal, Challenge Electronics can cross most manufacturers products. Call Challenge Electronics today. 95 E. Jefryn Boulevard Deer Park, New York 1179 Tel (631) 595-17 or (8) 7-8197 Fax (631) 586-5899