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CM6500


Part Number CM6500
Manufacturer Champion
Title (CM6500 / CM6501) Single PFC Controller
Description The CM6500/1 is a single Power Factor offline switched mode power suppliers. The power supply of ! CM6500/01 allows the use of smaller, lower cos...
Features Controller for ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! Inrush Current Control Separated PFC OVP pin Separated Power Ground and Analog Ground PWMSDB to turn off PWMCLK without disturbing PFC section 23V Bi-CMOS process VIN OK guaranteed turn on PWM Clock at 2.5V instead of 1.5V Internally synchronized lead...

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CM6500 : CM6500 / CM6500B are a USB 2.0 audio chip builds in 8051 for flexible applications. With internal 2-channel ADC and DAC and S/PDIF interface makes it suits for Headset, Docking, Speaker and Mic applications. The internal 8051 can be also developed to a lot of different applications, such as Lync device, iDevice docking or even Android Phone or Tablet/Slate docking device. CM6500 / CM6500B is compatible with USB audio Class 1.0, thus it can plug & play without additional software installation on the major operation systems. The internal DAC/ADC and S/PDIF out interface support 48K/44.1KHz sampling rate and 16bit resolution. FEATURES  USB 2.0 full-speed compliant  USB Audio Class 1.0 compli.

CM6500B : CM6500 / CM6500B are a USB 2.0 audio chip builds in 8051 for flexible applications. With internal 2-channel ADC and DAC and S/PDIF interface makes it suits for Headset, Docking, Speaker and Mic applications. The internal 8051 can be also developed to a lot of different applications, such as Lync device, iDevice docking or even Android Phone or Tablet/Slate docking device. CM6500 / CM6500B is compatible with USB audio Class 1.0, thus it can plug & play without additional software installation on the major operation systems. The internal DAC/ADC and S/PDIF out interface support 48K/44.1KHz sampling rate and 16bit resolution. FEATURES  USB 2.0 full-speed compliant  USB Audio Class 1.0 compli.

CM6501 : The CM6500/1 is a single Power Factor offline switched mode power suppliers. The power supply of ! CM6500/01 allows the use of smaller, lower cost bulk capacitors, reduces power line loading and stress on the switching FETs, and results in a power supply that fully compiles with IEC-1000-2-3 specifications. CM6500/1 includes circuits for the implementation of leading edge, average current, “boost” type power factor correction and a synchronized 47% PWM clock. The CM6500/1 has additional features besides all the features of CM6800. Additional features are Inrush Current Control, Separated PFC OVP pin, Separated Power VCC pin and Analog VCC pin, and Separated Power Ground pin and Analog Groun.

CM6502 : T-1 1/2 Wedge Base .197 MAX . P art Number C M6502 C M1103 C M1104 C M3105 C M6516 C M6521 C M6522 C M6515 C M1107 C M1108 C M286 C M1111 C M3110 Des ign V oltage 4.0 6.0 6.0 6.0 6.0 6.0 6.0 7.0 12.0 12.0 13.5 24.0 24.0 A mps .250 .030 .080 .167 .178 .167 .030 .035 .030 .080 .090 .040 .030 MS C P .200 .024 .070 .300 .720 .480 .040 .040 .080 ..240 .570 .240 .100 L ife Hours 1,000 1,000 5,000 5,000 1,000 1,000 1,000 1,000 1,000 5,000 200 5,000 5,000 F ilament T ype C -2V C -2R C -2V C -2R C -2R C -2R C -2V C -2V C -2V C -2R C -2V C -2F C -2F .571 MAX . .217 MAX . .181 MAX . T-1 3/4 Wire Terminal .230 MAX. P art Number C M2184 C M1728 C M2119 C M1783 C M2169 C M2264 C M1738 C M2129 C .

CM6502S : CM6802S is a ZVS-Like Single PFC and it is designed to meet 90+ spec. ( total efficiciency). It has the following key features. 1.) Around 2% efficiency gain when the output load is below 40% of the full load. 2.) Hold Up time can be increased ~ 30% from the existing 6800 power supply. 3.) 420V bulk capacitor value can be reduced, and also PFC boost ripple current can be reduced; therefore, the boost inductor core size may be reduced. 4.) No Load Consumption can be reduced to 290mW at 270VAC. 5.) The stress over the entire external power device is reduced and EMI noise reduced. 6.) A PGB function is designed for interfacing to next stage controller. It has a customer programmable low thresho.

CM6502THH : CM6502THH is a ZVS-Like Single PFC and it is designed to meet 90+ spec. (total efficiency). It has the following key features. 1.) Around 2% efficiency gain when the output load is below 40% of the full load 2.) 420V bulk capacitor value can be reduced, and also PFC Boost Capacitor ripple current can be reduced 3.) Turbo Speed PFC may reduce 420 Bulk Capacitor size further 4.) A PGB function is designed for interfacing to next stage controller or the House Keeping IC at secondary side. It has a customer programmable low threshold PGTHL 5.) “Remember it was Light Load” function and “Remember it was Full Load” function may reduce PFC 420V Bulk Capacitor size further. It boosts the total effici.

CM6503 : FEATURES The 8 pin single PFC controller with 50% PWM clock , CM6503/4 is a space-saving controller for power factor corrected, switched mode power supplies that offers very low start-up and operating currents. For the power supply less than 500Watt, its performance could be very close to CM6800 or ML4800 architecture. Its IAC has dual function. 8 pin CM6503/4 does not require and bleed resistors. It use IAC pin during the start up condition to start up CM6503/4. After CM6503/4 is on, IAC will switch itself back to the IAC function. Power Factor Correction (PFC) offers the use of smaller, lower cost bulk capacitors, reduces power line loading and stress on the switching FETs, and results i.

CM6504 : FEATURES The 8 pin single PFC controller with 50% PWM clock , CM6503/4 is a space-saving controller for power factor corrected, switched mode power supplies that offers very low start-up and operating currents. For the power supply less than 500Watt, its performance could be very close to CM6800 or ML4800 architecture. Its IAC has dual function. 8 pin CM6503/4 does not require and bleed resistors. It use IAC pin during the start up condition to start up CM6503/4. After CM6503/4 is on, IAC will switch itself back to the IAC function. Power Factor Correction (PFC) offers the use of smaller, lower cost bulk capacitors, reduces power line loading and stress on the switching FETs, and results i.




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